BLASTP 2.2.25+
Reference:
Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database
search programs", Nucleic Acids Res. 25:3389-3402.
Reference for composition-based statistics:
Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei
Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and
Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST
protein database searches with composition-based statistics and
other refinements", Nucleic Acids Res. 29:2994-3005.
Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF
excluding environmental samples from WGS projects
15,229,318 sequences; 5,219,829,388 total letters
Query= Rv1753c
Length=1053
Score E
Sequences producing significant alignments: (Bits) Value
gi|57116904|ref|YP_177830.1| PPE family protein [Mycobacterium t... 1949 0.0
gi|339298334|gb|AEJ50444.1| PPE family protein [Mycobacterium tu... 1946 0.0
gi|289745807|ref|ZP_06505185.1| PPE family protein [Mycobacteriu... 1944 0.0
gi|254231946|ref|ZP_04925273.1| PPE family protein [Mycobacteriu... 1675 0.0
gi|289574424|ref|ZP_06454651.1| PPE family protein [Mycobacteriu... 1661 0.0
gi|15841218|ref|NP_336255.1| PPE family protein [Mycobacterium t... 1661 0.0
gi|326903369|gb|EGE50302.1| PPE family protein [Mycobacterium tu... 1636 0.0
gi|289443216|ref|ZP_06432960.1| PPE family protein [Mycobacteriu... 1508 0.0
gi|339631806|ref|YP_004723448.1| PPE family protein [Mycobacteri... 1453 0.0
gi|289750313|ref|ZP_06509691.1| PPE family protein [Mycobacteriu... 1431 0.0
gi|289753844|ref|ZP_06513222.1| predicted protein [Mycobacterium... 1425 0.0
gi|289757864|ref|ZP_06517242.1| predicted protein [Mycobacterium... 1352 0.0
gi|121637661|ref|YP_977884.1| PPE family protein [Mycobacterium ... 1272 0.0
gi|31792941|ref|NP_855434.1| PPE family protein [Mycobacterium b... 1263 0.0
gi|341601679|emb|CCC64352.1| PPE family protein [Mycobacterium b... 1222 0.0
gi|254550768|ref|ZP_05141215.1| PPE family protein [Mycobacteriu... 1216 0.0
gi|253799205|ref|YP_003032206.1| PPE family protein [Mycobacteri... 1208 0.0
gi|148822960|ref|YP_001287714.1| PPE family protein [Mycobacteri... 1204 0.0
gi|254364588|ref|ZP_04980634.1| PPE family protein [Mycobacteriu... 1201 0.0
gi|340626761|ref|YP_004745213.1| ppe family protein [Mycobacteri... 1162 0.0
gi|183982826|ref|YP_001851117.1| PPE family protein [Mycobacteri... 1001 0.0
gi|298525254|ref|ZP_07012663.1| predicted protein [Mycobacterium... 949 0.0
gi|183980953|ref|YP_001849244.1| PPE family protein [Mycobacteri... 946 0.0
gi|183981049|ref|YP_001849340.1| PPE family protein [Mycobacteri... 936 0.0
gi|306793197|ref|ZP_07431499.1| putative PPE family protein [Myc... 934 0.0
gi|306972055|ref|ZP_07484716.1| putative PPE family protein [Myc... 929 0.0
gi|307084344|ref|ZP_07493457.1| putative PPE family protein [Myc... 916 0.0
gi|323719734|gb|EGB28849.1| PPE family protein [Mycobacterium tu... 900 0.0
gi|306788863|ref|ZP_07427185.1| putative PPE family protein [Myc... 895 0.0
gi|306803461|ref|ZP_07440129.1| putative PPE family protein [Myc... 892 0.0
gi|308375671|ref|ZP_07444707.2| LOW QUALITY PROTEIN: putative PP... 890 0.0
gi|298525251|ref|ZP_07012660.1| PPE family protein [Mycobacteriu... 884 0.0
gi|306797578|ref|ZP_07435880.1| putative PPE family protein [Myc... 884 0.0
gi|339294705|gb|AEJ46816.1| PPE family protein [Mycobacterium tu... 876 0.0
gi|306784498|ref|ZP_07422820.1| PPE family protein [Mycobacteriu... 875 0.0
gi|306779763|ref|ZP_07418100.1| PPE family protein [Mycobacteriu... 863 0.0
gi|306775945|ref|ZP_07414282.1| PPE family protein [Mycobacteriu... 857 0.0
gi|340626928|ref|YP_004745380.1| PPE family protein [Mycobacteri... 806 0.0
gi|307079765|ref|ZP_07488935.1| putative PPE family protein [Myc... 788 0.0
gi|306967856|ref|ZP_07480517.1| putative PPE family protein [Myc... 780 0.0
gi|289754014|ref|ZP_06513392.1| predicted protein [Mycobacterium... 775 0.0
gi|294996836|ref|ZP_06802527.1| PPE family protein [Mycobacteriu... 775 0.0
gi|298525412|ref|ZP_07012821.1| predicted protein [Mycobacterium... 773 0.0
gi|15841390|ref|NP_336427.1| PPE family protein [Mycobacterium t... 773 0.0
gi|289443398|ref|ZP_06433142.1| PPE family protein [Mycobacteriu... 773 0.0
gi|57116929|ref|YP_177850.1| PPE family protein [Mycobacterium t... 773 0.0
gi|289574601|ref|ZP_06454828.1| PPE family protein [Mycobacteriu... 771 0.0
gi|306797748|ref|ZP_07436050.1| PPE family protein [Mycobacteriu... 771 0.0
gi|308370866|ref|ZP_07422999.2| PPE family protein [Mycobacteriu... 770 0.0
gi|254232093|ref|ZP_04925420.1| PPE family protein [Mycobacteriu... 770 0.0
>gi|57116904|ref|YP_177830.1| PPE family protein [Mycobacterium tuberculosis H37Rv]
gi|148661552|ref|YP_001283075.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
gi|81415779|sp|Q79FL2.1|PPE24_MYCTU RecName: Full=Uncharacterized PPE family protein PPE24
gi|38684053|emb|CAE55416.1| PPE FAMILY PROTEIN [Mycobacterium tuberculosis H37Rv]
gi|148505704|gb|ABQ73513.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
Length=1053
Score = 1949 bits (5050), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1053/1053 (100%), Positives = 1053/1053 (100%), Gaps = 0/1053 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI
Sbjct 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
Query 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS
Sbjct 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
Query 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE
Sbjct 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
Query 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG
Sbjct 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
Query 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA
Sbjct 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
Query 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF
Sbjct 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
Query 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
>gi|339298334|gb|AEJ50444.1| PPE family protein [Mycobacterium tuberculosis CCDC5180]
Length=1053
Score = 1946 bits (5040), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1051/1053 (99%), Positives = 1051/1053 (99%), Gaps = 0/1053 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSL IPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLTIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI
Sbjct 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
Query 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS
Sbjct 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
Query 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE
Sbjct 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
Query 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG
Sbjct 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
Query 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA
Sbjct 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
Query 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF
Sbjct 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
Query 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
>gi|289745807|ref|ZP_06505185.1| PPE family protein [Mycobacterium tuberculosis 02_1987]
gi|289686335|gb|EFD53823.1| PPE family protein [Mycobacterium tuberculosis 02_1987]
Length=1053
Score = 1944 bits (5035), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1050/1053 (99%), Positives = 1050/1053 (99%), Gaps = 0/1053 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSL IPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLTIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI
Sbjct 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
Query 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS
Sbjct 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
Query 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE
Sbjct 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
Query 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG
Sbjct 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
Query 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA
Sbjct 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
Query 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
PSSGFFNSGAGGNSGFGNNGSGLSGWFNT PAGLLGGSGYQNFGGLSSGFSNLGSGVSGF
Sbjct 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTKPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
Query 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
>gi|254231946|ref|ZP_04925273.1| PPE family protein [Mycobacterium tuberculosis C]
gi|124601005|gb|EAY60015.1| PPE family protein [Mycobacterium tuberculosis C]
Length=1078
Score = 1675 bits (4339), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1043/1078 (97%), Positives = 1045/1078 (97%), Gaps = 25/1078 (2%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI
Sbjct 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
Query 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS
Sbjct 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
Query 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE
Sbjct 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
Query 841 LTINSIGVGGFTL----------PQITTPPITTPPLTI---------------DPINLTG 875
LTINSIGVGGFTL P +T PI T+ DPINLTG
Sbjct 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
Query 876 FTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPG 935
FTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPG
Sbjct 901 FTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPG 960
Query 936 IHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLL 995
IHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLL
Sbjct 961 IHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLL 1020
Query 996 GGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
GGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1021 GGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1078
>gi|289574424|ref|ZP_06454651.1| PPE family protein [Mycobacterium tuberculosis K85]
gi|289538855|gb|EFD43433.1| PPE family protein [Mycobacterium tuberculosis K85]
Length=1104
Score = 1661 bits (4301), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1043/1104 (95%), Positives = 1045/1104 (95%), Gaps = 51/1104 (4%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AI--------------------------TLPSLNIPAATTPANITVGAFSLPGLTLPSLN 514
AI TLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 515 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 574
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 575 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ 634
NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ 660
Query 635 LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI 694
LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI
Sbjct 661 LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI 720
Query 695 TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA 754
TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA
Sbjct 721 TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA 780
Query 755 LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP 814
LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP
Sbjct 781 LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP 840
Query 815 EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTL----------PQITTPPITTP 864
EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTL P +T PI
Sbjct 841 EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLT 900
Query 865 PLTI---------------DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTP 909
T+ DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTP
Sbjct 901 GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTP 960
Query 910 PITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSG 969
PITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSG
Sbjct 961 PITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSG 1020
Query 970 AGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFS 1029
AGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFS
Sbjct 1021 AGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFS 1080
Query 1030 VASVVSGFANIGTNLAGFFQGTTS 1053
VASVVSGFANIGTNLAGFFQGTTS
Sbjct 1081 VASVVSGFANIGTNLAGFFQGTTS 1104
>gi|15841218|ref|NP_336255.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|13881441|gb|AAK46069.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
Length=1105
Score = 1661 bits (4301), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1053/1105 (96%), Positives = 1053/1105 (96%), Gaps = 52/1105 (4%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AI----------------------------------------------------TLPSLN 488
AI TLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 489 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 548
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 549 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS 608
NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS 660
Query 609 LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV 668
LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV
Sbjct 661 LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV 720
Query 669 TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP 728
TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP
Sbjct 721 TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP 780
Query 729 FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI 788
FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI
Sbjct 781 FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI 840
Query 789 PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV 848
PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV
Sbjct 841 PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV 900
Query 849 GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 908
GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT
Sbjct 901 GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 960
Query 909 PPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNS 968
PPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNS
Sbjct 961 PPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNS 1020
Query 969 GAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPF 1028
GAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPF
Sbjct 1021 GAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPF 1080
Query 1029 SVASVVSGFANIGTNLAGFFQGTTS 1053
SVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1081 SVASVVSGFANIGTNLAGFFQGTTS 1105
>gi|326903369|gb|EGE50302.1| PPE family protein [Mycobacterium tuberculosis W-148]
Length=1129
Score = 1636 bits (4237), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1048/1129 (93%), Positives = 1050/1129 (94%), Gaps = 76/1129 (6%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AI--------------------------TLPSLNIPAATTPANITVGAFSLPGLTLPSLN 514
AI TLPSL IPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLTIPAATTPANITVGAFSLPGLTLPSLN 540
Query 515 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 574
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 575 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ 634
NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ 660
Query 635 LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI 694
LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI
Sbjct 661 LPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPI 720
Query 695 TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA 754
TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA
Sbjct 721 TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGA 780
Query 755 LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP 814
LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP
Sbjct 781 LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTP 840
Query 815 EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLT 874
EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLT
Sbjct 841 EFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLT 900
Query 875 GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGG--------- 925
GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI+PI + G
Sbjct 901 GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTP 960
Query 926 -----------------------------------------FTTPPLTVPGIHLPSTTIG 944
FTTPPLTVPGIHLPSTTIG
Sbjct 961 PITTPPLTIDPINLTGFHPPPNHHPTHHHPTATIEPIGVGGFTTPPLTVPGIHLPSTTIG 1020
Query 945 AFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFG 1004
AFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFG
Sbjct 1021 AFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFG 1080
Query 1005 GLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
GLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1081 GLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1129
>gi|289443216|ref|ZP_06432960.1| PPE family protein [Mycobacterium tuberculosis T46]
gi|289416135|gb|EFD13375.1| PPE family protein [Mycobacterium tuberculosis T46]
Length=1152
Score = 1508 bits (3904), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 986/1152 (86%), Positives = 1001/1152 (87%), Gaps = 104/1152 (9%)
Query 6 LPPEINSALIFAGAGPEPMAAAATAWDGLAME-LASAAASFGSVTSGLVGGAWQGASSSA 64
+PPEINSALIFAGAGPEPMA +GL AS +SFGSVTSGLVGGAWQGASSSA
Sbjct 1 MPPEINSALIFAGAGPEPMARPRRPGNGLGHRNWASGRSSFGSVTSGLVGGAWQGASSSA 60
Query 65 MAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSLVMSN 124
MAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSLVMSN
Sbjct 61 MAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSLVMSN 120
Query 125 LFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLAS 184
LFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLAS
Sbjct 121 LFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLAS 180
Query 185 GAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNF 244
GAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNF
Sbjct 181 GAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNF 240
Query 245 GNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLT 304
GNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLT
Sbjct 241 GNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLT 300
Query 305 GNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFF 364
GNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFF
Sbjct 301 GNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFF 360
Query 365 NAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVF 424
NAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVF
Sbjct 361 NAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVF 420
Query 425 NIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITL 484
NIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITL
Sbjct 421 NIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITL 480
Query 485 PSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 544
PSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA
Sbjct 481 PSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 540
Query 545 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV 604
TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV
Sbjct 541 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV 600
Query 605 GAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPL 663
GAFSLPGLTLPSLNIPAATTPANITV F LP L++PS+ IP T P ITVGAF+LP L
Sbjct 601 GAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGL 660
Query 664 QIPEVTIPQLTIPAGITIGGFSL-------------------------------PAIHTQ 692
+P + IP T PA IT+G FSL P++
Sbjct 661 TLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIP 720
Query 693 PITVGQIGVGQFGLP--------------------------------------------- 707
P+TV I VG F LP
Sbjct 721 PVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 780
Query 708 -SIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLV 766
SIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLV
Sbjct 781 PSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLV 840
Query 767 VHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGF 826
VHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGF
Sbjct 841 VHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGF 900
Query 827 TLPQITTQEIITPELTINSIGVGGFTL----------PQITTPPITTPPLTI-------- 868
TLPQITTQEIITPELTINSIGVGGFTL P +T PI T+
Sbjct 901 TLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 960
Query 869 -------DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPI 921
DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPI
Sbjct 961 TTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPI 1020
Query 922 GVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGS 981
GVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGS
Sbjct 1021 GVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGS 1080
Query 982 GLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIG 1041
GLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIG
Sbjct 1081 GLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIG 1140
Query 1042 TNLAGFFQGTTS 1053
TNLAGFFQGTTS
Sbjct 1141 TNLAGFFQGTTS 1152
>gi|339631806|ref|YP_004723448.1| PPE family protein [Mycobacterium africanum GM041182]
gi|339331162|emb|CCC26842.1| PPE family protein [Mycobacterium africanum GM041182]
Length=1255
Score = 1453 bits (3761), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 923/979 (95%), Positives = 925/979 (95%), Gaps = 52/979 (5%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AI----------------------------------------------------TLPSLN 488
AI TLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 489 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 548
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 549 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS 608
NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS 660
Query 609 LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV 668
LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV
Sbjct 661 LPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEV 720
Query 669 TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP 728
TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP
Sbjct 721 TIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP 780
Query 729 FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI 788
FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI
Sbjct 781 FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNI 840
Query 789 PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV 848
PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV
Sbjct 841 PGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV 900
Query 849 GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 908
GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT
Sbjct 901 GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 960
Query 909 PPITTPPLTIEPIGVGGFT 927
PPITTPPLTI+PI + GFT
Sbjct 961 PPITTPPLTIDPINLTGFT 979
Score = 251 bits (640), Expect = 7e-64, Method: Compositional matrix adjust.
Identities = 239/258 (93%), Positives = 243/258 (95%), Gaps = 0/258 (0%)
Query 796 INVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQ 855
IN+ GFTLPQITTP ITTP I PI + GFTLPQITT I TP LTI+ I + GFTLPQ
Sbjct 998 INLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQ 1057
Query 856 ITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP 915
ITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP
Sbjct 1058 ITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP 1117
Query 916 LTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSG 975
LTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSG
Sbjct 1118 LTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSG 1177
Query 976 FGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVS 1035
FGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVS
Sbjct 1178 FGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVS 1237
Query 1036 GFANIGTNLAGFFQGTTS 1053
GFANIGTNLAGFFQGTTS
Sbjct 1238 GFANIGTNLAGFFQGTTS 1255
>gi|289750313|ref|ZP_06509691.1| PPE family protein [Mycobacterium tuberculosis T92]
gi|289690900|gb|EFD58329.1| PPE family protein [Mycobacterium tuberculosis T92]
Length=1053
Score = 1431 bits (3705), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 901/1053 (86%), Positives = 915/1053 (87%), Gaps = 103/1053 (9%)
Query 104 VVQPMLVAANRADLVSLVMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIAS 163
+VQPMLVAANRADLVSLVMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIAS
Sbjct 1 MVQPMLVAANRADLVSLVMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIAS 60
Query 164 ALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNAN 223
ALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNAN
Sbjct 61 ALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNAN 120
Query 224 NGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFAN 283
NGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFAN
Sbjct 121 NGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFAN 180
Query 284 TGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGI 343
TGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGI
Sbjct 181 TGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGI 240
Query 344 GNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGT 403
GNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGT
Sbjct 241 GNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGT 300
Query 404 FNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLT 463
FNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLT
Sbjct 301 FNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLT 360
Query 464 LPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN 523
LPPLQIPGISVPAFSLPAITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN
Sbjct 361 LPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN 420
Query 524 ITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 583
ITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL
Sbjct 421 ITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 480
Query 584 PGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSV 643
PGLTLPSLNIPAATTPANITVGAFSLPG+TLPSLNIPAATTPANITV F LP L++PS+
Sbjct 481 PGLTLPSLNIPAATTPANITVGAFSLPGMTLPSLNIPAATTPANITVGAFSLPGLTLPSL 540
Query 644 AIPPVTVPP-ITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSL---------------- 686
IP T P ITVGAF+LP L +P + IP T PA IT+G FSL
Sbjct 541 NIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP 600
Query 687 ---------------PAIHTQPITVGQIGVGQFGLP------------------------ 707
P++ P+TV I VG F LP
Sbjct 601 ANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFS 660
Query 708 ----------------------SIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGG 745
SIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGG
Sbjct 661 LPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGG 720
Query 746 GLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQ 805
GLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQ
Sbjct 721 GLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQ 780
Query 806 ITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTL----------PQ 855
ITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTL P
Sbjct 781 ITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPP 840
Query 856 ITTPPITTPPLTI---------------DPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
+T PI T+ DPINLTGFTLPQITTPPITTPPLTIDPINLTG
Sbjct 841 LTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
Query 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA
Sbjct 901 FTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTA 960
Query 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF
Sbjct 961 PSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGF 1020
Query 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1021 ANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
>gi|289753844|ref|ZP_06513222.1| predicted protein [Mycobacterium tuberculosis EAS054]
gi|289694431|gb|EFD61860.1| predicted protein [Mycobacterium tuberculosis EAS054]
Length=1012
Score = 1425 bits (3689), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 907/1012 (90%), Positives = 909/1012 (90%), Gaps = 101/1012 (9%)
Query 143 MWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAG 202
MWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAG
Sbjct 1 MWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPAWLASGAPAAAMTAAAGIPALAG 60
Query 203 GPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFG 262
GPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFG
Sbjct 61 GPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFGSGNFGNSNIGSASLGNNNIGFG 120
Query 263 NLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFG 322
NLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFG
Sbjct 121 NLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIGIGLTGNNQIGIGGLNSGTGNFG 180
Query 323 LFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTG 382
LFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTG
Sbjct 181 LFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGNTGFFNAGSFNTGMLDVGNANTG 240
Query 383 SLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNG 442
SLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNG
Sbjct 241 SLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNINTGVFNIGHMNNGLFNTGDMNNG 300
Query 443 VFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSL--------------- 487
VFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSL
Sbjct 301 VFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGA 360
Query 488 -----------NIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTL 536
NIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTL
Sbjct 361 FSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTL 420
Query 537 PSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 596
PSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA
Sbjct 421 PSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 480
Query 597 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVG 656
TTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVG
Sbjct 481 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVG 540
Query 657 AFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLS 716
AFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLS
Sbjct 541 AFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLS 600
Query 717 TPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPI 776
TPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPI
Sbjct 601 TPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPI 660
Query 777 VIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEI 836
VIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEI
Sbjct 661 VIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEI 720
Query 837 ITPELTINSIGVGGFTLPQ-------------------------ITTPPITTPPLTIDPI 871
ITPELTINSIGVGGFTLPQ ITTPPITTPPLTIDPI
Sbjct 721 ITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPI 780
Query 872 NLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGG------ 925
NLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI+PI + G
Sbjct 781 NLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQI 840
Query 926 --------------------------------------------FTTPPLTVPGIHLPST 941
FTTPPLTVPGIHLPST
Sbjct 841 TTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST 900
Query 942 TIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQ 1001
TIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQ
Sbjct 901 TIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQ 960
Query 1002 NFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
NFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 961 NFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1012
>gi|289757864|ref|ZP_06517242.1| predicted protein [Mycobacterium tuberculosis T85]
gi|289713428|gb|EFD77440.1| predicted protein [Mycobacterium tuberculosis T85]
Length=979
Score = 1352 bits (3499), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 863/927 (94%), Positives = 867/927 (94%), Gaps = 52/927 (5%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPD
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPD------------------- 461
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
LTLP L IP I+V AFSLP +TLPSLN
Sbjct 462 ---------------------------LTLPPLQIPG------ISVPAFSLPAITLPSLN 488
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSL IPAATTPA
Sbjct 489 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLTIPAATTPA 548
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL
Sbjct 549 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 608
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 720
PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI
Sbjct 609 PPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRI 668
Query 721 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 780
TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS
Sbjct 669 TVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGS 728
Query 781 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 840
FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE
Sbjct 729 FFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE 788
Query 841 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 900
LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG
Sbjct 789 LTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTG 848
Query 901 FTLPQITTPPITTPPLTIEPIGVGGFT 927
FTLPQITTPPITTPPLTI+PI + GFT
Sbjct 849 FTLPQITTPPITTPPLTIDPINLTGFT 875
>gi|121637661|ref|YP_977884.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224990136|ref|YP_002644823.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
gi|121493308|emb|CAL71779.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224773249|dbj|BAH26055.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
Length=1026
Score = 1272 bits (3292), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 887/1064 (84%), Positives = 918/1064 (87%), Gaps = 49/1064 (4%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV F LP L++PS+ IP T P
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
ITVGAF+LP L +P + IP T PA IT+ GF S+P++ P+TV I VG F L
Sbjct 601 -ITVGAFNLPPLQIPEVTIPQLTIPAGITIGGF-----SLPAIHTQPITVGQIGVGQFGL 654
Query 661 PP------LQIPEVTIPQLTIPAGITIGGFSLPAIH-----TQPITVGQIGVGQFGLPSI 709
P L P +T+P IP + ++PA+ T G + G+F LP +
Sbjct 655 PSIGWDVFLSTPRITVPAFGIPFTLQFQT-NVPALQPPGGGLSTFTNGALIFGEFDLPQL 713
Query 710 GWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHP 769
+ T I + +F +P N+P + P A+ F LPQ+
Sbjct 714 VVHPYTLTGPIVIGSFFLP-----AFNIPGIDVP----------AINVDGFTLPQITT-- 756
Query 770 YTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLP 829
PA P +P I V GFTLPQITT I TPE I IGVGGFTLP
Sbjct 757 --------------PAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLP 802
Query 830 QITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 889
QITT I TP LTI+ I + GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP
Sbjct 803 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 862
Query 890 PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP 949
PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP
Sbjct 863 PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP 922
Query 950 GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG 1009
GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG
Sbjct 923 GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG 982
Query 1010 FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 983 FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1026
>gi|31792941|ref|NP_855434.1| PPE family protein [Mycobacterium bovis AF2122/97]
gi|31618532|emb|CAD94484.1| PPE FAMILY PROTEIN [Mycobacterium bovis AF2122/97]
Length=1051
Score = 1263 bits (3267), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 877/1089 (81%), Positives = 910/1089 (84%), Gaps = 74/1089 (6%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV F LP L++PS+ IP T P
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
ITVGAF+LP L +P + IP T PA IT+ GF S+P++ P+TV I VG F L
Sbjct 601 -ITVGAFNLPPLQIPEVTIPQLTIPAGITIGGF-----SLPAIHTQPITVGQIGVGQFGL 654
Query 661 PP------LQIPEVTIPQLTIPAGITIGGFSLPAIH-----TQPITVGQIGVGQFGLPSI 709
P L P +T+P IP + ++PA+ T G + G+F LP +
Sbjct 655 PSIGWDVFLSTPRITVPAFGIPFTLQFQT-NVPALQPPGGGLSTFTNGALIFGEFDLPQL 713
Query 710 GWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHP 769
+ T I + +F +P N+P + P A+ F LPQ+
Sbjct 714 VVHPYTLTGPIVIGSFFLP-----AFNIPGIDVP----------AINVDGFTLPQITT-- 756
Query 770 YTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLP 829
PA P +P I V GFTLPQITT I TPE I IGVGGFTLP
Sbjct 757 --------------PAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLP 802
Query 830 QITTQEIITPELTINSIGVGGFTL----------PQITTPPITTPPLTI----------- 868
QITT I TP LTI+ I + GFTL P +T PI T+
Sbjct 803 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 862
Query 869 ----DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVG 924
DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVG
Sbjct 863 PLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVG 922
Query 925 GFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLS 984
GFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLS
Sbjct 923 GFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLS 982
Query 985 GWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNL 1044
GWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNL
Sbjct 983 GWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNL 1042
Query 1045 AGFFQGTTS 1053
AGFFQGTTS
Sbjct 1043 AGFFQGTTS 1051
>gi|341601679|emb|CCC64352.1| PPE family protein [Mycobacterium bovis BCG str. Moreau RDJ]
Length=976
Score = 1222 bits (3163), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 837/1064 (79%), Positives = 868/1064 (82%), Gaps = 99/1064 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV F LP L++PS+ IP T P
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
ITVGAF+LP L +P + IP T PA IT+ GF S+P++ P+TV I VG F L
Sbjct 601 -ITVGAFNLPPLQIPEVTIPQLTIPAGITIGGF-----SLPAIHTQPITVGQIGVGQFGL 654
Query 661 PP------LQIPEVTIPQLTIPAGITIGGFSLPAIH-----TQPITVGQIGVGQFGLPSI 709
P L P +T+P IP + ++PA+ T G + G+F LP +
Sbjct 655 PSIGWDVFLSTPRITVPAFGIPFTLQFQT-NVPALQPPGGGLSTFTNGALIFGEFDLPQL 713
Query 710 GWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHP 769
+ T I + +F +P N+P + P A+ F LPQ+
Sbjct 714 VVHPYTLTGPIVIGSFFLP-----AFNIPGIDVP----------AINVDGFTLPQITT-- 756
Query 770 YTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLP 829
PA P +P I V GFTLPQITT I TPE I IGVGGFTLP
Sbjct 757 --------------PAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLP 802
Query 830 QITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 889
QITT I TP LTIDPINLTGFTLPQITTPPITTP
Sbjct 803 QITTPPITTPP-------------------------LTIDPINLTGFTLPQITTPPITTP 837
Query 890 PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP 949
PLTI+PI + GFT P PLTVPGIHLPSTTIGAFAIP
Sbjct 838 PLTIEPIGVGGFTTP-------------------------PLTVPGIHLPSTTIGAFAIP 872
Query 950 GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG 1009
GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG
Sbjct 873 GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG 932
Query 1010 FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 933 FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 976
>gi|254550768|ref|ZP_05141215.1| PPE family protein [Mycobacterium tuberculosis '98-R604 INH-RIF-EM']
gi|344219575|gb|AEN00206.1| PPE family protein [Mycobacterium tuberculosis CTRI-2]
Length=1000
Score = 1216 bits (3145), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 868/1061 (82%), Positives = 895/1061 (85%), Gaps = 69/1061 (6%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITV F LP L++PS+ IP T P ITVGAF+LP L +P + IP T PA
Sbjct 541 IPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPLQIPEVTIPQLTIPA 599
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPP------LSIPSVAIPPVTVPPIT 654
IT+G FSLP + + + I V F LP LS P + +P +P
Sbjct 600 GITIGGFSLPAIHTQPITV------GQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTL 653
Query 655 VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV-GQIGVGQFGLPSIGWDV 713
N+P LQ P + T A + G F LP + P T+ G I +G F LP+
Sbjct 654 QFQTNVPALQPPGGGLSTFTNGA-LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPA----- 707
Query 714 FLSTPRITVPAFGIP-FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTL 772
+ P I VPA + FTL Q PA+ P EF +P
Sbjct 708 -FNIPGIDVPAINVDGFTLP-QITTPAITTP---------------EFAIP--------- 741
Query 773 TGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQIT 832
PI +G GFTLPQITT I TPE I IGVGGFTLPQIT
Sbjct 742 --PIGVG--------------------GFTLPQITTQEIITPELTINSIGVGGFTLPQIT 779
Query 833 TQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLT 892
T I TP LTI+ I + GFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLT
Sbjct 780 TPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLT 839
Query 893 IDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGP 952
IDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGP
Sbjct 840 IDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGP 899
Query 953 GYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSN 1012
GYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSN
Sbjct 900 GYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSN 959
Query 1013 LGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
LGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 960 LGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1000
>gi|253799205|ref|YP_003032206.1| PPE family protein [Mycobacterium tuberculosis KZN 1435]
gi|289554473|ref|ZP_06443683.1| PPE family protein [Mycobacterium tuberculosis KZN 605]
gi|253320708|gb|ACT25311.1| PPE family protein [Mycobacterium tuberculosis KZN 1435]
gi|289439105|gb|EFD21598.1| PPE family protein [Mycobacterium tuberculosis KZN 605]
gi|328458960|gb|AEB04383.1| hypothetical protein TBSG_02254 [Mycobacterium tuberculosis KZN
4207]
Length=1025
Score = 1208 bits (3126), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 857/1086 (79%), Positives = 886/1086 (82%), Gaps = 94/1086 (8%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITV F LP L++PS+ IP T P ITVGAF+LP L +P + IP T PA
Sbjct 541 IPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPLQIPEVTIPQLTIPA 599
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPP------LSIPSVAIPPVTVPPIT 654
IT+G FSLP + + + I V F LP LS P + +P +P
Sbjct 600 GITIGGFSLPAIHTQPITV------GQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTL 653
Query 655 VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV-GQIGVGQFGLPSIGWDV 713
N+P LQ P + T A + G F LP + P T+ G I +G F LP+
Sbjct 654 QFQTNVPALQPPGGGLSTFTNGA-LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPA----- 707
Query 714 FLSTPRITVPAFGIP-FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTL 772
+ P I VPA + FTL Q PA+ P EF +P
Sbjct 708 -FNIPGIDVPAINVDGFTLP-QITTPAITTP---------------EFAIP--------- 741
Query 773 TGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQIT 832
PI +G GFTLPQITT I TPE I IGVGGFTLPQIT
Sbjct 742 --PIGVG--------------------GFTLPQITTQEIITPELTINSIGVGGFTLPQIT 779
Query 833 TQEIITPELTINSIGVGGFTL----------PQITTPPITTPPLTI-------------- 868
T I TP LTI+ I + GFTL P +T PI T+
Sbjct 780 TPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLT 839
Query 869 -DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFT 927
DPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQ TTPPITTPPLTIEPIGVGGFT
Sbjct 840 IDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQSTTPPITTPPLTIEPIGVGGFT 899
Query 928 TPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWF 987
TPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWF
Sbjct 900 TPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWF 959
Query 988 NTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGF 1047
NTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGF
Sbjct 960 NTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGF 1019
Query 1048 FQGTTS 1053
FQGTTS
Sbjct 1020 FQGTTS 1025
>gi|148822960|ref|YP_001287714.1| PPE family protein [Mycobacterium tuberculosis F11]
gi|297634310|ref|ZP_06952090.1| PPE family protein [Mycobacterium tuberculosis KZN 4207]
gi|297731297|ref|ZP_06960415.1| PPE family protein [Mycobacterium tuberculosis KZN R506]
gi|313658629|ref|ZP_07815509.1| PPE family protein [Mycobacterium tuberculosis KZN V2475]
gi|148721487|gb|ABR06112.1| PPE family protein [Mycobacterium tuberculosis F11]
Length=975
Score = 1204 bits (3115), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 849/1060 (81%), Positives = 871/1060 (83%), Gaps = 92/1060 (8%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITV F LP L++PS+ IP T P ITVGAF+LP L +P + IP T PA
Sbjct 541 IPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPLQIPEVTIPQLTIPA 599
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPP------LSIPSVAIPPVTVPPIT 654
IT+G FSLP + + + I V F LP LS P + +P +P
Sbjct 600 GITIGGFSLPAIHTQPITV------GQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTL 653
Query 655 VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV-GQIGVGQFGLPSIGWDV 713
N+P LQ P + T A + G F LP + P T+ G I +G F L
Sbjct 654 QFQTNVPALQPPGGGLSTFTNGA-LIFGEFDLPQLVVHPYTLTGPIVIGSFFL------- 705
Query 714 FLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLT 773
PAF IP +VPA+ G F LPQ+ T
Sbjct 706 ---------PAFNIP-----GIDVPAINVDG---------------FTLPQITTPAIT-- 734
Query 774 GPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITT 833
P F IP I V GFTLPQITT I TPE I IGVGGFTLPQITT
Sbjct 735 ---------TPEFAIP-----PIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITT 780
Query 834 QEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI 893
I TP LTIDPINLTGFTLPQITTPPITTPPLTI
Sbjct 781 PPITTPP-------------------------LTIDPINLTGFTLPQITTPPITTPPLTI 815
Query 894 DPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPG 953
DPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPG
Sbjct 816 DPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPG 875
Query 954 YFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNL 1013
YFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNL
Sbjct 876 YFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNL 935
Query 1014 GSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
GSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 936 GSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 975
>gi|254364588|ref|ZP_04980634.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
gi|134150102|gb|EBA42147.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
Length=1050
Score = 1201 bits (3107), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 878/1070 (83%), Positives = 910/1070 (86%), Gaps = 37/1070 (3%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITV F LP L++PS+ IP T P ITVGAF+LP L +P + IP T PA
Sbjct 541 IPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPLQIPEVTIPQLTIPA 599
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPP------LSIPSVAIPPVTVPPIT 654
IT+G FSLP + + + I V F LP LS P + +P +P
Sbjct 600 GITIGGFSLPAIHTQPITV------GQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTL 653
Query 655 VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV-GQIGVGQFGLPSIGWDV 713
N+P LQ P + T A + G F LP + P T+ G I +G F LP+
Sbjct 654 QFQTNVPALQPPGGGLSTFTNGA-LIFGEFDLPQLVVHPYTLTGPIVIGSFFLPA----- 707
Query 714 FLSTPRITVPAFGIP-FTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQL----VVH 768
+ P I VPA + FTL Q PA+ P F + G F LPQ+ ++
Sbjct 708 -FNIPGIDVPAINVDGFTLP-QITTPAITTP-----EFAIPPIGVGGFTLPQITTQEIIT 760
Query 769 PYTLTGPIVIGSFFLPAFNIPGIDVPA-----INVDGFTLPQITTPAITTPEFAIPPIGV 823
P I +G F LP P I P IN+ GFTLPQITTP ITTP I PI +
Sbjct 761 PELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINL 820
Query 824 GGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 883
GFTLPQITT I TP LTI+ I + GFTLPQITTPPITTPPLTIDPINLTGFTLPQITT
Sbjct 821 TGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 880
Query 884 PPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTI 943
PPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTI
Sbjct 881 PPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTI 940
Query 944 GAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNF 1003
GAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNF
Sbjct 941 GAFAIPGGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNF 1000
Query 1004 GGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
GGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 1001 GGLSSGFSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1050
>gi|340626761|ref|YP_004745213.1| ppe family protein [Mycobacterium canettii CIPT 140010059]
gi|340004951|emb|CCC44099.1| ppe family protein [Mycobacterium canettii CIPT 140010059]
Length=1308
Score = 1162 bits (3007), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 764/1003 (77%), Positives = 795/1003 (80%), Gaps = 83/1003 (8%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSL
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLT 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFN 659
NITVGAFSLPGLTLPSLNIPAATTPANITV F LP L++PS+ IP T P ITVGAF+
Sbjct 601 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLTIPAATTPANITVGAFS 660
Query 660 LPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPR 719
LP L +P + IP T PA IT+G FSLP + LPS+ +
Sbjct 661 LPGLTLPSLNIPAATTPANITVGAFSLPGLT---------------LPSLNIPAATTPAN 705
Query 720 ITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIG 779
ITV AF +P N+PA P + T GA LP L + T I +
Sbjct 706 ITVGAFSLPGLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVS 761
Query 780 SFFLPAFNIPG-----IDVPAINVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQITT 833
F LP +IP + VP I V F LP + P +T P+ IP I +GGF+LP I T
Sbjct 762 GFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHT 821
Query 834 QEIITPELTINSIGVGGFTLPQI------TTPPITTP----PLTID-------------- 869
Q I T+ IGVG F LP I +TP IT P P T+
Sbjct 822 QPI-----TVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGG 876
Query 870 -------PINLTGFTLPQITTPPIT----------------TPPLTIDPINLTGFTLPQI 906
+ F LPQ+ P T P + + IN+ GFTLPQI
Sbjct 877 LSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQI 936
Query 907 TTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP 949
TTP ITTP I PIGVGGFT P +T I P FAIP
Sbjct 937 TTPAITTPEFAIPPIGVGGFTLPQITTQEIITPE-----FAIP 974
Score = 711 bits (1836), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 449/478 (94%), Positives = 455/478 (96%), Gaps = 6/478 (1%)
Query 456 SITTPDLTLPPLQIPG------ISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLT 509
+ + P LTLP L IP I+V AFSLP +TLPSLNIPAATTPANITVGAFSLPGLT
Sbjct 580 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 639
Query 510 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPA 569
LPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPA
Sbjct 640 LPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPA 699
Query 570 ATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANIT 629
ATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANIT
Sbjct 700 ATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANIT 759
Query 630 VSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI 689
VSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI
Sbjct 760 VSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI 819
Query 690 HTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLST 749
HTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLST
Sbjct 820 HTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLST 879
Query 750 FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTP 809
FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTP
Sbjct 880 FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLPQITTP 939
Query 810 AITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTID 869
AITTPEFAIPPIGVGGFTLPQITTQEIITPE I IGVGGFTLPQITTPPITTPPLTID
Sbjct 940 AITTPEFAIPPIGVGGFTLPQITTQEIITPEFAIPPIGVGGFTLPQITTPPITTPPLTID 999
Query 870 PINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFT 927
PINL GFTLPQITTPPITTPPLTIDPINL GFTLPQITTPPITTPPLTI+PI + GFT
Sbjct 1000 PINLAGFTLPQITTPPITTPPLTIDPINLAGFTLPQITTPPITTPPLTIDPINLTGFT 1057
>gi|183982826|ref|YP_001851117.1| PPE family protein [Mycobacterium marinum M]
gi|183176152|gb|ACC41262.1| PPE family protein [Mycobacterium marinum M]
Length=1021
Score = 1001 bits (2588), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 684/1064 (65%), Positives = 797/1064 (75%), Gaps = 56/1064 (5%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAG EPM AA AWDGLA EL+ AA SF S+TSG++GG+WQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGSEPMLTAAAAWDGLADELSMAALSFESITSGILGGSWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
+S AMA AAAPYA WLA AA QA Q AQA+ M AEFEAV+TA+V P LVAANR++LVSL
Sbjct 61 ASLAMAGAAAPYAGWLATAAGQAAQAGAQASVMAAEFEAVRTAMVPPALVAANRSNLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIA +EA YE++WA DVS MSAYH+GASA+ +AL+PF+ PLQ+LAGL +
Sbjct 121 VLSNLFGQNAPAIATVEAAYEEIWALDVSVMSAYHSGASAVVTALTPFA-PLQSLAGLQS 179
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
L++ A + + AA PA+ T +NLG+ANVGGGNVGN NNG N G+ NLG+ NFG
Sbjct 180 GLST-AMSGGASVAAAAPAVPDRVTTLNLGLANVGGGNVGNGNNGFGNFGSGNLGSGNFG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+SNIG+++LG+NN GFGNLGS N GFAN G GNFGFGN GNNNIG
Sbjct 239 SGNFGSSNIGASNLGSNNFGFGNLGS----------FNNGFANIGAGNFGFGNNGNNNIG 288
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGL GNNQ+GIG LNSGTGN GLFNSG GN+GFFNSG+GNFGIGN+GNF TG +NSG+G+
Sbjct 289 IGLNGNNQVGIGLLNSGTGNVGLFNSGDGNIGFFNSGSGNFGIGNTGNFGTGIFNSGNGS 348
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TG FNAGSFNTG+L+VG+ NTG LNTGSYNMG FNPGSSNTG+FN G ANTG+LNAG+IN
Sbjct 349 TGLFNAGSFNTGVLNVGDGNTGILNTGSYNMGGFNPGSSNTGSFNIGGANTGWLNAGSIN 408
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG+ N G MNNGLFNTGDMNNG+F+RGVGQG L F I P+LTLPPL +PGI+VP F+LP
Sbjct 409 TGILNSGDMNNGLFNTGDMNNGIFFRGVGQGRLYFGIGLPELTLPPLDVPGITVPGFNLP 468
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
A+TLPS+++PA TTPANITVGAF LPGLTLP L IPAATTPANITVGAF LPGLTLP L
Sbjct 469 ALTLPSMSLPAITTPANITVGAFDLPGLTLPPLTIPAATTPANITVGAFDLPGLTLPPLT 528
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPAATTPANITVGAF LPGLTLP L IPAATTPANITVGAF LPGLTLP L IPAATTPA
Sbjct 529 IPAATTPANITVGAFDLPGLTLPPLTIPAATTPANITVGAFDLPGLTLPPLTIPAATTPA 588
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
NITVGAF+LPGL +PSL IP+ + PA + F LP ++ S+ V IT G+F
Sbjct 589 NITVGAFNLPGLAIPSLTIPSISIPAGTAIGSFDLPGITTQSIF-----VNNITTGSFTT 643
Query 661 PPLQIPEVTIPQLTIPAGITIGGFSL--PAIHTQPITVGQIGV-GQFGLPSIGWDVFLST 717
P + P + P +TIP GF L A+ I Q G+ GQ+
Sbjct 644 PTIVTPTIAGPVVTIP------GFHLDFKALIPNNIIALQTGIAGQY------------- 684
Query 718 PRITVPAFGIPFTLQ---FQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTG 774
PA G + ++ +T L P GLS FT + F LP + P
Sbjct 685 -----PAIGNFYGMEGAYLETGTLTLGPI--GLSGFTISPISISGFSLPNFTI-PGINVP 736
Query 775 PIVIGSFFLPA-----FNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLP 829
PI + F LPA F P + + I +DGFTLPQI+TP ITT F I PI VGGFTLP
Sbjct 737 PIHLADFTLPAITTPEFTTPPLSIDPIALDGFTLPQISTPQITTEPFTIDPIAVGGFTLP 796
Query 830 QITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 889
QI+T +I T TI+ I VGGFTLPQI+TP ITT P TIDPI + GFTLPQI+TP ITT
Sbjct 797 QISTPQITTEPFTIDPIAVGGFTLPQISTPQITTEPFTIDPIAVGGFTLPQISTPQITTE 856
Query 890 PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIP 949
P TIDPI + GFTLPQI PP TT LTI PIG+ FTTP LT+P IH+P+ T+ +IP
Sbjct 857 PFTIDPIAVGGFTLPQINIPPTTTGELTIPPIGLASFTTPALTIPSIHVPAGTLAQVSIP 916
Query 950 GGPGYFNSSTAPSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSG 1009
G G+ NSSTAPSSGFFN+GAGG+SGFGNNGSGLSGWFNTN GL+GGSGYQN+G + SG
Sbjct 917 AGSGFLNSSTAPSSGFFNAGAGGSSGFGNNGSGLSGWFNTNATGLIGGSGYQNYGSVFSG 976
Query 1010 FSNLGSGVSGFANRGILPFSVASVVSGFANIGTNLAG-FFQGTT 1052
FSNLG+GVSGFAN G LP ++ S+VSGFAN+G++L+G FFQ T
Sbjct 977 FSNLGTGVSGFANTGTLPLAMTSLVSGFANVGSSLSGLFFQSVT 1020
>gi|298525254|ref|ZP_07012663.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
gi|298495048|gb|EFI30342.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
Length=585
Score = 949 bits (2454), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 584/585 (99%), Positives = 584/585 (99%), Gaps = 0/585 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 585
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 585
Score = 75.1 bits (183), Expect = 6e-11, Method: Compositional matrix adjust.
Identities = 57/154 (38%), Positives = 77/154 (50%), Gaps = 32/154 (20%)
Query 805 QITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTP 864
ITTP +T P IP I V F+LP IT LP +T P TTP
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAIT--------------------LPSLTIPAATTP 495
Query 865 P-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTPPLTIEPIG 922
+T+ +L G TLP + P TTP +T+ +L G TLP + P TTP I
Sbjct 496 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP----ANIT 551
Query 923 VGGFTTPPLTVPGIHLPST------TIGAFAIPG 950
VG F+ P LT+P +++P+ T+GAF++PG
Sbjct 552 VGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 585
Score = 65.9 bits (159), Expect = 4e-08, Method: Compositional matrix adjust.
Identities = 54/168 (33%), Positives = 74/168 (45%), Gaps = 41/168 (24%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVG 697
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLT------- 509
Query 698 QIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIF 757
LPS+ + ITV AF +P N+PA P +
Sbjct 510 --------LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN---------ITV 552
Query 758 GEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA-INVDGFTLP 804
G F LP L LP+ NIP PA I V F+LP
Sbjct 553 GAFSLPGLT----------------LPSLNIPAATTPANITVGAFSLP 584
Score = 53.1 bits (126), Expect = 3e-04, Method: Compositional matrix adjust.
Identities = 51/163 (32%), Positives = 72/163 (45%), Gaps = 33/163 (20%)
Query 700 GVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGE 759
GVGQ L ++TP +T+P IP +VPA P
Sbjct 447 GVGQGSL-----QFSITTPDLTLPPLQIP-----GISVPAFSLP---------------A 481
Query 760 FDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA------INVDGFTLPQITTPAITT 813
LP L + T I +G+F LP +P +++PA I V F+LP +T P++
Sbjct 482 ITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNI 541
Query 814 PEFAIPP-IGVGGFTLPQITTQEIITPELTI-NSIGVGGFTLP 854
P P I VG F+LP +T + P T +I VG F+LP
Sbjct 542 PAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLP 584
>gi|183980953|ref|YP_001849244.1| PPE family protein [Mycobacterium marinum M]
gi|183174279|gb|ACC39389.1| PPE family protein [Mycobacterium marinum M]
Length=1221
Score = 946 bits (2445), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 604/1005 (61%), Positives = 710/1005 (71%), Gaps = 73/1005 (7%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSA IFAGAG PM AA AW GLA ELASAA SFGSVTSGLV G+WQG
Sbjct 1 MNFSVLPPEINSARIFAGAGSSPMLDAAAAWQGLAKELASAADSFGSVTSGLVDGSWQGP 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
S++AM A AAPYA WL A A QA+Q A QA A ++EFEAV++A+V+P LVAANR+DLVSL
Sbjct 61 SAAAMTAVAAPYAGWLGAVAAQAQQAAGQAGAFVSEFEAVQSAMVRPALVAANRSDLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA E+ YE+MWA DV+ M+AYH+GAS + SAL+PF+ PL N+AG+PA
Sbjct 121 VLSNLFGQNAPAIAATESAYEEMWALDVAVMAAYHSGASTVVSALTPFTAPLANVAGVPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A+ +A A A +NLG+ANVG GNVGNANNGL NIGN NLGN NFG
Sbjct 181 QAAAALMNSAAPMVAAP-AATAQLIGVNLGLANVGSGNVGNANNGLGNIGNGNLGNGNFG 239
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGN G+SN G A+LG+NNIG N G N G GN+GN+NTGF NTG+GNFG NTGNNNIG
Sbjct 240 SGNLGSSNFGWANLGSNNIGVANAGGGNQGFGNIGNVNTGFGNTGIGNFGLANTGNNNIG 299
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
I LTG+NQIGIGGLNSG GNFGLFNSG+GNVGFFNSGNGNFGIGN+G+FNTG WNSG GN
Sbjct 300 IALTGDNQIGIGGLNSGVGNFGLFNSGTGNVGFFNSGNGNFGIGNTGDFNTGVWNSGSGN 359
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
+GFFN G FNTG+LDVGNANTG LNTGSYNMG FNPG+SNTG FN G+ NTG+ N G++N
Sbjct 360 SGFFNPGMFNTGVLDVGNANTGYLNTGSYNMGSFNPGASNTGAFNIGDGNTGWFNNGDLN 419
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG N G MNNGL NTGD+NNG FYRGVGQGSL F+ITTPDLTLPPL++ GIS+PAFSLP
Sbjct 420 TGALNFGDMNNGLLNTGDLNNGFFYRGVGQGSLHFAITTPDLTLPPLELAGISIPAFSLP 479
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
IT+PS++IPA +TPANITVG F LPG+TLP L+IPAATTPA+I VG F LPG+TLP L+
Sbjct 480 PITVPSMSIPAISTPANITVGGFDLPGITLPGLDIPAATTPADIVVGGFDLPGITLPGLD 539
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPA+I VG F LPG+TLP L+IPA TTPA+I VG F LPG+TLP L+IPA TTPA
Sbjct 540 IPAVTTPADIVVGGFDLPGITLPGLDIPAVTTPADIVVGGFDLPGITLPGLDIPAVTTPA 599
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVP-PITVGAFN 659
+I VG F LPG+TLP L+IPA TTPA+I V GF LP +++P + IP VT P I VG F+
Sbjct 600 DIVVGGFDLPGITLPGLDIPAVTTPADIVVGGFDLPGITLPGLDIPAVTTPADIVVGGFD 659
Query 660 LPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV-----GQIGVGQFGLPSIGWDVF 714
LP + +P + IP +T P IT+GGF LP +T+ G I VG F LP I
Sbjct 660 LPGITLPGLDIPAVTTPPNITVGGFGLPEFTIPSLTIPSQALGNIAVGGFDLPQITTPP- 718
Query 715 LSTPRITVPAFGIPFTLQFQTNV-----PALQPPGGGLST-------------------- 749
+S P + +P IP + V P++ PG L T
Sbjct 719 ISVPPVALPEISIPPITTPRVTVSGFTGPSISAPGWFLPTIITPTVSPIPPFNQNPVDLL 778
Query 750 -----FTNGALIFGEFD--LPQLVVHPY------------TLTGP-IVIGSFFLPAFNIP 789
FTN + +P++V Y L+ P + GSF LP F I
Sbjct 779 LVRDVFTNSVTTKIQLPTFIPRIVFGAYPGLPGGENGVIGELSIPGVTFGSFTLPYFTID 838
Query 790 ---------------GIDVPA-----INVDGFTLPQITTPAITTPEFAIPPIGVGGFTLP 829
G +P+ INV F LP ITTP ITT IP IGV FTLP
Sbjct 839 DPNGGNWTIPSIGLSGFTIPSTTFDPINVAAFMLPDITTPEITTTAITIPSIGVDEFTLP 898
Query 830 QITTQEIITPELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTP 889
QI+T T TI+ IG+GGFTLPQI+TPP +T P TIDPI L GFTLPQI+TPP +T
Sbjct 899 QISTPPFSTDPFTIDPIGLGGFTLPQISTPPFSTDPFTIDPIGLGGFTLPQISTPPFSTD 958
Query 890 PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVP 934
P TIDPI L GFTLPQI+TPP +T P TI+PIG+GGFT P ++ P
Sbjct 959 PFTIDPIGLGGFTLPQISTPPFSTDPFTIDPIGLGGFTLPQISTP 1003
Score = 553 bits (1425), Expect = 7e-155, Method: Compositional matrix adjust.
Identities = 353/691 (52%), Positives = 423/691 (62%), Gaps = 102/691 (14%)
Query 460 PDLTLPPLQIPGISVPA------FSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSL 513
P +TLP L IP ++ PA F LP ITLP L+IPA TTPA+I VG F LPG+TLP L
Sbjct 531 PGITLPGLDIPAVTTPADIVVGGFDLPGITLPGLDIPAVTTPADIVVGGFDLPGITLPGL 590
Query 514 NIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP 573
+IPA TTPA+I VG F LPG+TLP L+IPA TTPA+I VG F LPG+TLP L+IPA TTP
Sbjct 591 DIPAVTTPADIVVGGFDLPGITLPGLDIPAVTTPADIVVGGFDLPGITLPGLDIPAVTTP 650
Query 574 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA----------- 622
A+I VG F LPG+TLP L+IPA TTP NITVG F LP T+PSL IP+
Sbjct 651 ADIVVGGFDLPGITLPGLDIPAVTTPPNITVGGFGLPEFTIPSLTIPSQALGNIAVGGFD 710
Query 623 ----TTPA-------------------NITVSGFQLPPLSIPSVAIPPVTVPPIT-VGAF 658
TTP +TVSGF P +S P +P + P ++ + F
Sbjct 711 LPQITTPPISVPPVALPEISIPPITTPRVTVSGFTGPSISAPGWFLPTIITPTVSPIPPF 770
Query 659 NLPPLQ---------------------IPEVT--------------IPQLTIPAGITIGG 683
N P+ IP + I +L+IP G+T G
Sbjct 771 NQNPVDLLLVRDVFTNSVTTKIQLPTFIPRIVFGAYPGLPGGENGVIGELSIP-GVTFGS 829
Query 684 FSLPAIHTQP-----ITVGQIGVGQFGLPSIGWDVF---------LSTPRITVPAFGIPF 729
F+LP T+ IG+ F +PS +D ++TP IT A IP
Sbjct 830 FTLPYFTIDDPNGGNWTIPSIGLSGFTIPSTTFDPINVAAFMLPDITTPEITTTAITIPS 889
Query 730 TLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIP 789
+ +P + P FT + G F LPQ+ P++ T P I L F +P
Sbjct 890 IGVDEFTLPQISTPPFSTDPFTIDPIGLGGFTLPQISTPPFS-TDPFTIDPIGLGGFTLP 948
Query 790 GIDVPAINVD----------GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITP 839
I P + D GFTLPQI+TP +T F I PIG+GGFTLPQI+T T
Sbjct 949 QISTPPFSTDPFTIDPIGLGGFTLPQISTPPFSTDPFTIDPIGLGGFTLPQISTPPFSTD 1008
Query 840 ELTINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLT 899
TI+ IG+GGFTLPQI+TPP +T P TIDPI L GFTLPQI+TPPI+T P TIDPI +
Sbjct 1009 PFTIDPIGLGGFTLPQISTPPFSTDPFTIDPIGLGGFTLPQISTPPISTDPFTIDPIAVA 1068
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSST 959
GFTLPQI P TT TI PIG+GGFTTPP+T+P IHLPSTT+ FAIPGGPGY N+S
Sbjct 1069 GFTLPQINIPAFTTNEFTIAPIGIGGFTTPPITIPSIHLPSTTLAEFAIPGGPGYLNTSA 1128
Query 960 APSSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSG 1019
PSSGFFN+GAGGNSG+ NNGSGLSGWFNTNPAGLLGGSGYQN+GGLSSGF NLGSGVSG
Sbjct 1129 TPSSGFFNTGAGGNSGYANNGSGLSGWFNTNPAGLLGGSGYQNYGGLSSGFYNLGSGVSG 1188
Query 1020 FANRGILPFSVASVVSGFANIGTNLAGFFQG 1050
AN G+LPFSV S+VSG +NIG NL+GFF+G
Sbjct 1189 IANTGVLPFSVTSLVSGVSNIGNNLSGFFRG 1219
Score = 62.0 bits (149), Expect = 7e-07, Method: Compositional matrix adjust.
Identities = 50/149 (34%), Positives = 77/149 (52%), Gaps = 27/149 (18%)
Query 810 AITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPP-LTI 868
AITTP+ +PP+ + G ++P + I T+P ++ P I+TP +T+
Sbjct 455 AITTPDLTLPPLELAGISIPAFSLPPI---------------TVPSMSIPAISTPANITV 499
Query 869 DPINLTGFTLPQITTPPITTP-PLTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFT 927
+L G TLP + P TTP + + +L G TLP + P +TTP I VGGF
Sbjct 500 GGFDLPGITLPGLDIPAATTPADIVVGGFDLPGITLPGLDIPAVTTP----ADIVVGGFD 555
Query 928 TPPLTVPGIHLPSTT------IGAFAIPG 950
P +T+PG+ +P+ T +G F +PG
Sbjct 556 LPGITLPGLDIPAVTTPADIVVGGFDLPG 584
Score = 40.0 bits (92), Expect = 2.7, Method: Compositional matrix adjust.
Identities = 26/80 (33%), Positives = 45/80 (57%), Gaps = 10/80 (12%)
Query 458 TTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTP----ANITVGAFSLPGLTLPSL 513
T P ++ PP+ ++ ++ TLP +NIPA TT A I +G F+ P +T+PS+
Sbjct 1046 TLPQISTPPISTDPFTIDPIAVAGFTLPQINIPAFTTNEFTIAPIGIGGFTTPPITIPSI 1105
Query 514 NIPAATTPANITVGAFSLPG 533
++P+ T+ F++PG
Sbjct 1106 HLPST------TLAEFAIPG 1119
>gi|183981049|ref|YP_001849340.1| PPE family protein [Mycobacterium marinum M]
gi|183174375|gb|ACC39485.1| PPE family protein [Mycobacterium marinum M]
Length=1398
Score = 936 bits (2419), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 574/1025 (56%), Positives = 692/1025 (68%), Gaps = 105/1025 (10%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPE+NSALIF G G EPM AATAW G+A+EL SAA SF SVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEVNSALIFTGPGAEPMRTAATAWGGMAVELESAADSFASVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AM AAA Y WL AAA AEQ AAQA A++AEF A ++A+VQP L+AANR+ LVSL
Sbjct 61 SSVAMGTAAASYLGWLNAAAAHAEQAAAQAEALVAEFAAAQSAMVQPFLLAANRSSLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLP- 179
V+SNLFGQNAPAIAA+EA YEQMWA DVS M+ YHAGASA A++L+P ++PLQNL+ LP
Sbjct 121 VLSNLFGQNAPAIAAVEAEYEQMWALDVSTMATYHAGASAAAASLTPLAQPLQNLSDLPG 180
Query 180 ---AWLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGN 236
A +GAPA +TAA L + +N G+AN+G GNVGNANNG+ N+G+ NLGN
Sbjct 181 RVIAAFGNGAPATTVTAAVTALRLPADASTVNFGLANIGSGNVGNANNGIGNLGSGNLGN 240
Query 237 YNFGSGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGN 296
+N GSGN G++N G A+LG+NNIG N G NN+G GNLG LNTGFAN G GNFGF NTGN
Sbjct 241 FNLGSGNLGSANAGWANLGSNNIGGANSGGNNLGWGNLGGLNTGFANAGSGNFGFANTGN 300
Query 297 NNIGIGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNS 356
NNIGIGLTG+NQ+GIGGLNSG GNFGLFNSG+GNVG FNSG GNFGIGNSG + TG +NS
Sbjct 301 NNIGIGLTGDNQVGIGGLNSGVGNFGLFNSGTGNVGLFNSGTGNFGIGNSGAYGTGLFNS 360
Query 357 GHGNTGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNA 416
G NTG NAGSFNTG+LDVGNANTGSLNTGS+NMG FNPG SNTG NTG ANTG+ N
Sbjct 361 GQANTGLLNAGSFNTGLLDVGNANTGSLNTGSFNMGSFNPGPSNTGALNTGTANTGWFNT 420
Query 417 GNINTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPA 476
G++NTG FNIG MNNGLFNTG+MNNG+FYRGVGQG+ FSITTPDLTLPPL+IPGI++P
Sbjct 421 GSLNTGAFNIGDMNNGLFNTGEMNNGIFYRGVGQGNFYFSITTPDLTLPPLEIPGITIPN 480
Query 477 FSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTL 536
SLP IT+P+L IPAATTPAN+ VG F LPG+TLP+L IPAATTPAN+ VG F LPG+TL
Sbjct 481 LSLPPITVPALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPGVTL 540
Query 537 PSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 596
P+L IPAATTPAN+ VG F LPG+TLP+L IPAATTPAN+ VG F LPG+TLP+L IPAA
Sbjct 541 PALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPGVTLPALTIPAA 600
Query 597 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITV 655
TTPAN+ VG F LPG+TLP+L IPAATTPAN+ V GF LP +++P++ IP T P + V
Sbjct 601 TTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVV 660
Query 656 GAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV------GQIGVGQFGLPSI 709
G F+LP + +P +TIP T PA + +GGF LP + +T+ + VG F LP +
Sbjct 661 GGFDLPGVTLPALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPQL 720
Query 710 GWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHP 769
G P +T+P P TL T V GA E +P L + P
Sbjct 721 G------IPSLTIP----PLTLAEGTTV---------------GAFSLPELGIPSLTIPP 755
Query 770 YTLTGPIVIGSFFLPAFNIPGIDVPAI------NVDGFTLPQITTPAITTPEFAIPP-IG 822
TL +G+F LP IP + +P + V F+LPQ+ P++T P +P
Sbjct 756 LTLAEGTTVGAFSLPELGIPSLTIPPLTLAEGTTVGAFSLPQLGIPSLTIPSLTVPAGTT 815
Query 823 VGGFTLPQITTQEIITPELTINSIGVGGFTLPQITT---------PPITTPPLTID---- 869
VGGF LP + T+ I T+ I GGF P I+T P +T P + ++
Sbjct 816 VGGFDLPALQTRSI-----TVGGIDAGGFRTPAISTVSSTGYLELPTVTIPGVRVNNFVA 870
Query 870 --PINLT-------------------------------------GFTLPQITTPPITTPP 890
P N+ GF+LPQI T P
Sbjct 871 FIPNNIEFLQTGQPGVIPQIGGLEHQAYISTGDIVIQGFSISGIGFSLPQIDVGAFTLPE 930
Query 891 L-----TIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGA 945
L I P + FTLP+ITTP ITTPPL ++P+ V GFT P +T P P +
Sbjct 931 LTIPPIGIPPTIVGAFTLPEITTPVITTPPLVVDPVSVAGFTLPEITTPEFTTPPLVVDP 990
Query 946 FAIPG 950
++ G
Sbjct 991 VSVAG 995
Score = 438 bits (1127), Expect = 2e-120, Method: Compositional matrix adjust.
Identities = 315/680 (47%), Positives = 387/680 (57%), Gaps = 100/680 (14%)
Query 460 PDLTLPPLQI-PGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
P LT+PPL + G +V AFSLP + +PSL IP T TVGAFSLP L +PSL IP
Sbjct 723 PSLTIPPLTLAEGTTVGAFSLPELGIPSLTIPPLTLAEGTTVGAFSLPELGIPSLTIPPL 782
Query 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG------------------- 559
T TVGAFSLP L +PSL IP+ T PA TVG F LP
Sbjct 783 TLAEGTTVGAFSLPQLGIPSLTIPSLTVPAGTTVGGFDLPALQTRSITVGGIDAGGFRTP 842
Query 560 ----------LTLPSLNIP-----------------------------------AATTPA 574
L LP++ IP A +
Sbjct 843 AISTVSSTGYLELPTVTIPGVRVNNFVAFIPNNIEFLQTGQPGVIPQIGGLEHQAYISTG 902
Query 575 NITVGAFSLPGL--TLPSLNIPAATTPA---------NITVGAFSLPGLTLPSLNIPAAT 623
+I + FS+ G+ +LP +++ A T P VGAF+LP +T P + P
Sbjct 903 DIVIQGFSISGIGFSLPQIDVGAFTLPELTIPPIGIPPTIVGAFTLPEITTPVITTPPLV 962
Query 624 TPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGG 683
++V+GF LP ++ P PP+ V P++V F LP + PE T P L + +++ G
Sbjct 963 VDP-VSVAGFTLPEITTPEFTTPPLVVDPVSVAGFTLPEITTPEFTTPPLVVDP-VSVAG 1020
Query 684 FSLPAIHTQ-----PITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVP 738
F+LP I T P+ V + V F LP I F + P P FTL P
Sbjct 1021 FTLPEITTPEFTTPPLVVDPVSVAGFTLPQISTPEFTTAPFTIDPVSVAGFTL------P 1074
Query 739 ALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA--- 795
+ P + FT + F LPQ+ +T T P I + F +P I P
Sbjct 1075 QISTPEFTTAPFTIDPVSVAGFTLPQISTPEFT-TAPFTIDPVSVAGFTLPQISTPEFTT 1133
Query 796 -------INVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGV 848
++V GFTLPQI+TP TT F I P+ V GFTLPQI+T E T TI+ + V
Sbjct 1134 APFTIDPVSVAGFTLPQISTPEFTTAPFTIDPVSVAGFTLPQISTPEFTTAPFTIDPVSV 1193
Query 849 GGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITT 908
GFTLPQI+TP TT P TIDP+++ GFTLPQI+TP TT P TIDP+++ GFTLPQI+T
Sbjct 1194 AGFTLPQISTPEFTTAPFTIDPVSVAGFTLPQISTPEFTTAPFTIDPVSVAGFTLPQIST 1253
Query 909 PPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNS 968
P TT P+TI PIG+G FTTPPLT+P IHLP TTIG FA P GPGY NSS PSSGFFNS
Sbjct 1254 PQFTTAPITIPPIGLGSFTTPPLTIPSIHLPGTTIGEFAFPAGPGYLNSSATPSSGFFNS 1313
Query 969 GAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPF 1028
GAGGNSG GNNGSGLSGWFNTNP GLLGGSGYQN+GGLSSGFSNLGSGVSGFAN G+ PF
Sbjct 1314 GAGGNSGLGNNGSGLSGWFNTNPVGLLGGSGYQNYGGLSSGFSNLGSGVSGFANTGVRPF 1373
Query 1029 SVASVVSGFANIGTNLAGFF 1048
S+ ++SGFANIG+NL+GFF
Sbjct 1374 SLTGLISGFANIGSNLSGFF 1393
Score = 136 bits (342), Expect = 2e-29, Method: Compositional matrix adjust.
Identities = 120/358 (34%), Positives = 163/358 (46%), Gaps = 47/358 (13%)
Query 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNI 515
ITTP+ T PPL + +SV F+LP IT P P + V S+ G TLP +
Sbjct 975 EITTPEFTTPPLVVDPVSVAGFTLPEITTPEFTTPP------LVVDPVSVAGFTLPEITT 1028
Query 516 PAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN 575
P TTP + V S+ G TLP ++ P TT A T+ S+ G TLP ++ P TT A
Sbjct 1029 PEFTTPP-LVVDPVSVAGFTLPQISTPEFTT-APFTIDPVSVAGFTLPQISTPEFTT-AP 1085
Query 576 ITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP----ANITVS 631
T+ S+ G TLP ++ P TT A T+ S+ G TLP ++ P TT ++V+
Sbjct 1086 FTIDPVSVAGFTLPQISTPEFTT-APFTIDPVSVAGFTLPQISTPEFTTAPFTIDPVSVA 1144
Query 632 GFQLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIH- 690
GF LP +S P P T+ P++V F LP + PE T TI +++ GF+LP I
Sbjct 1145 GFTLPQISTPEFTTAPFTIDPVSVAGFTLPQISTPEFTTAPFTIDP-VSVAGFTLPQIST 1203
Query 691 ----TQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGG 746
T P T+ + V F LP I F + P P FTL
Sbjct 1204 PEFTTAPFTIDPVSVAGFTLPQISTPEFTTAPFTIDPVSVAGFTLP-------------- 1249
Query 747 LSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVDGFTLP 804
+ PQ P T+ PI +GSF P IP I +P + F P
Sbjct 1250 ------------QISTPQFTTAPITIP-PIGLGSFTTPPLTIPSIHLPGTTIGEFAFP 1294
Score = 97.1 bits (240), Expect = 2e-17, Method: Compositional matrix adjust.
Identities = 103/309 (34%), Positives = 142/309 (46%), Gaps = 65/309 (21%)
Query 653 ITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWD 712
IT LPPL+IP +TIP L++P IT+ ++PA T + VG F LP +
Sbjct 461 ITTPDLTLPPLEIPGITIPNLSLPP-ITVPALTIPAATTP----ANVVVGGFDLPGV--- 512
Query 713 VFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTL 772
+ P +T+PA P ++ G FDLP +
Sbjct 513 ---TLPALTIPAATTP------------------------ANVVVGGFDLPGVT------ 539
Query 773 TGPIVIGSFFLPAFNIPGIDVPA-INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQ 830
LPA IP PA + V GF LP +T PA+T P P + VGGF LP
Sbjct 540 ----------LPALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPG 589
Query 831 ITTQEIITPELTINS-IGVGGFTLPQITTPPITTPPLT------IDPINLTGFTLPQITT 883
+T + P T + + VGGF LP +T P +T P T + +L G TLP +T
Sbjct 590 VTLPALTIPAATTPANVVVGGFDLPGVTLPALTIPAATTPANVVVGGFDLPGVTLPALTI 649
Query 884 PPITTPP-LTIDPINLTGFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTT 942
P TTP + + +L G TLP +T P TTP + VGGF P +T+P + +P+ T
Sbjct 650 PAATTPANVVVGGFDLPGVTLPALTIPAATTPANVV----VGGFDLPGVTLPALTIPAAT 705
Query 943 IGAFAIPGG 951
A + GG
Sbjct 706 TPANVVVGG 714
>gi|306793197|ref|ZP_07431499.1| putative PPE family protein [Mycobacterium tuberculosis SUMu005]
gi|308338373|gb|EFP27224.1| putative PPE family protein [Mycobacterium tuberculosis SUMu005]
Length=576
Score = 934 bits (2415), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 575/576 (99%), Positives = 575/576 (99%), Gaps = 0/576 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANI 576
IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANI
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANI 576
Score = 70.1 bits (170), Expect = 2e-09, Method: Compositional matrix adjust.
Identities = 52/140 (38%), Positives = 69/140 (50%), Gaps = 26/140 (18%)
Query 805 QITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTP 864
ITTP +T P IP I V F+LP IT LP +T P TTP
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAIT--------------------LPSLTIPAATTP 495
Query 865 P-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTPPLTIEPIG 922
+T+ +L G TLP + P TTP +T+ +L G TLP + P TTP I
Sbjct 496 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP----ANIT 551
Query 923 VGGFTTPPLTVPGIHLPSTT 942
VG F+ P LT+P +++P+ T
Sbjct 552 VGAFSLPGLTLPSLNIPAAT 571
Score = 66.2 bits (160), Expect = 3e-08, Method: Compositional matrix adjust.
Identities = 47/117 (41%), Positives = 66/117 (57%), Gaps = 17/117 (14%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAIPG 950
G TLP + P TTP I VG F+ P LT+P +++P+ T+GAF++PG
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 559
Score = 62.8 bits (151), Expect = 3e-07, Method: Compositional matrix adjust.
Identities = 43/117 (37%), Positives = 61/117 (53%), Gaps = 11/117 (9%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI-------- 689
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 690 -HTQP--ITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPP 743
T P ITVG + LPS+ + ITV AF +P N+PA P
Sbjct 517 AATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP 573
Score = 48.9 bits (115), Expect = 0.005, Method: Compositional matrix adjust.
Identities = 52/195 (27%), Positives = 76/195 (39%), Gaps = 49/195 (25%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQITTQEIITPELTINSIGVG 849
I V F+LP +T P++ P P I VG F+LP
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLP-------------------- 558
Query 850 GFTLPQITTPPITTP 864
G TLP + P TTP
Sbjct 559 GLTLPSLNIPAATTP 573
Score = 46.2 bits (108), Expect = 0.034, Method: Compositional matrix adjust.
Identities = 48/152 (32%), Positives = 63/152 (42%), Gaps = 35/152 (23%)
Query 663 LQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITV 722
+ P++T+P L IP GI++ FSLPAI LPS+ + ITV
Sbjct 457 ITTPDLTLPPLQIP-GISVPAFSLPAIT---------------LPSLTIPAATTPANITV 500
Query 723 PAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFF 782
AF +P N+PA P + T GA LP L + T I +G+F
Sbjct 501 GAFSLPGLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFS 556
Query 783 LPAFNIPGIDVPAINVDGFTLPQITTPAITTP 814
LP G TLP + PA TTP
Sbjct 557 LP---------------GLTLPSLNIPAATTP 573
>gi|306972055|ref|ZP_07484716.1| putative PPE family protein [Mycobacterium tuberculosis SUMu010]
gi|308358461|gb|EFP47312.1| putative PPE family protein [Mycobacterium tuberculosis SUMu010]
Length=572
Score = 929 bits (2401), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 572/572 (100%), Positives = 572/572 (100%), Gaps = 0/572 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATT 572
IPAATTPANITVGAFSLPGLTLPSLNIPAATT
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATT 572
Score = 68.9 bits (167), Expect = 5e-09, Method: Compositional matrix adjust.
Identities = 51/140 (37%), Positives = 68/140 (49%), Gaps = 26/140 (18%)
Query 805 QITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTP 864
ITTP +T P IP I V F+LP IT LP + P TTP
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAIT--------------------LPSLNIPAATTP 495
Query 865 P-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTPPLTIEPIG 922
+T+ +L G TLP + P TTP +T+ +L G TLP + P TTP I
Sbjct 496 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP----ANIT 551
Query 923 VGGFTTPPLTVPGIHLPSTT 942
VG F+ P LT+P +++P+ T
Sbjct 552 VGAFSLPGLTLPSLNIPAAT 571
Score = 66.6 bits (161), Expect = 2e-08, Method: Compositional matrix adjust.
Identities = 50/133 (38%), Positives = 63/133 (48%), Gaps = 26/133 (19%)
Query 783 LPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELT 842
LP IPGI VPA ++ TLP + PA TTP I VG F+LP
Sbjct 464 LPPLQIPGISVPAFSLPAITLPSLNIPAATTPA----NITVGAFSLP------------- 506
Query 843 INSIGVGGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTG 900
G TLP + P TTP +T+ +L G TLP + P TTP +T+ +L G
Sbjct 507 -------GLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 559
Query 901 FTLPQITTPPITT 913
TLP + P TT
Sbjct 560 LTLPSLNIPAATT 572
Score = 64.7 bits (156), Expect = 9e-08, Method: Compositional matrix adjust.
Identities = 46/117 (40%), Positives = 65/117 (56%), Gaps = 17/117 (14%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P + P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAIPG 950
G TLP + P TTP I VG F+ P LT+P +++P+ T+GAF++PG
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 559
Score = 60.1 bits (144), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 41/113 (37%), Positives = 59/113 (53%), Gaps = 11/113 (9%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI-------- 689
++ P + +PP+ +P I+V AF+LP + +P + IP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 690 -HTQP--ITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPA 739
T P ITVG + LPS+ + ITV AF +P N+PA
Sbjct 517 AATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPA 569
Score = 48.1 bits (113), Expect = 0.010, Method: Compositional matrix adjust.
Identities = 47/173 (28%), Positives = 72/173 (42%), Gaps = 29/173 (16%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQITTQEIITPELT 842
I V F+LP +T P++ P P I VG F+LP +T + P T
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAAT 571
Score = 45.4 bits (106), Expect = 0.057, Method: Compositional matrix adjust.
Identities = 35/110 (32%), Positives = 49/110 (45%), Gaps = 15/110 (13%)
Query 715 LSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTG 774
L P I+VPAF +P N+PA P + T GA LP L + T
Sbjct 467 LQIPGISVPAFSLPAITLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPA 522
Query 775 PIVIGSFFLPAFNIPGIDVPA-----------INVDGFTLPQITTPAITT 813
I +G+F LP +P +++PA ++ G TLP + PA TT
Sbjct 523 NITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATT 572
>gi|307084344|ref|ZP_07493457.1| putative PPE family protein [Mycobacterium tuberculosis SUMu012]
gi|308366041|gb|EFP54892.1| putative PPE family protein [Mycobacterium tuberculosis SUMu012]
Length=565
Score = 916 bits (2368), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 565/565 (100%), Positives = 565/565 (100%), Gaps = 0/565 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSLPGLTLPSL 565
IPAATTPANITVGAFSLPGLTLPSL
Sbjct 541 IPAATTPANITVGAFSLPGLTLPSL 565
Score = 64.7 bits (156), Expect = 9e-08, Method: Compositional matrix adjust.
Identities = 46/117 (40%), Positives = 65/117 (56%), Gaps = 17/117 (14%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P + P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAIPG 950
G TLP + P TTP I VG F+ P LT+P +++P+ T+GAF++PG
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPG 559
Score = 63.5 bits (153), Expect = 2e-07, Method: Compositional matrix adjust.
Identities = 49/134 (37%), Positives = 63/134 (48%), Gaps = 26/134 (19%)
Query 805 QITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTP 864
ITTP +T P IP I V F+LP IT LP + P TTP
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAIT--------------------LPSLNIPAATTP 495
Query 865 P-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTPPLTIEPIG 922
+T+ +L G TLP + P TTP +T+ +L G TLP + P TTP I
Sbjct 496 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP----ANIT 551
Query 923 VGGFTTPPLTVPGI 936
VG F+ P LT+P +
Sbjct 552 VGAFSLPGLTLPSL 565
Score = 58.5 bits (140), Expect = 7e-06, Method: Compositional matrix adjust.
Identities = 38/102 (38%), Positives = 55/102 (54%), Gaps = 11/102 (10%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI-------- 689
++ P + +PP+ +P I+V AF+LP + +P + IP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 690 -HTQP--ITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIP 728
T P ITVG + LPS+ + ITV AF +P
Sbjct 517 AATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLP 558
Score = 50.8 bits (120), Expect = 0.001, Method: Compositional matrix adjust.
Identities = 38/107 (36%), Positives = 57/107 (54%), Gaps = 9/107 (8%)
Query 763 PQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA------INVDGFTLPQITTPAITTPEF 816
P L + P + G I + +F LPA +P +++PA I V F+LP +T P++ P
Sbjct 460 PDLTLPPLQIPG-ISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 817 AIPP-IGVGGFTLPQITTQEIITPELTI-NSIGVGGFTLPQITTPPI 861
P I VG F+LP +T + P T +I VG F+LP +T P +
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSL 565
Score = 46.2 bits (108), Expect = 0.031, Method: Compositional matrix adjust.
Identities = 45/163 (28%), Positives = 69/163 (43%), Gaps = 29/163 (17%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQIT 832
I V F+LP +T P++ P P I VG F+LP +T
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 561
>gi|323719734|gb|EGB28849.1| PPE family protein [Mycobacterium tuberculosis CDC1551A]
Length=557
Score = 900 bits (2326), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 556/557 (99%), Positives = 556/557 (99%), Gaps = 0/557 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGAFSL 557
IPAATTPANITVGAFSL
Sbjct 541 IPAATTPANITVGAFSL 557
Score = 62.4 bits (150), Expect = 4e-07, Method: Compositional matrix adjust.
Identities = 45/115 (40%), Positives = 64/115 (56%), Gaps = 17/115 (14%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAI 948
G TLP + P TTP I VG F+ P LT+P +++P+ T+GAF++
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 557
Score = 59.7 bits (143), Expect = 3e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 57.0 bits (136), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 37/101 (37%), Positives = 49/101 (49%), Gaps = 22/101 (21%)
Query 628 ITVSGFQLPPLSIPSVAIPPVTVPP----------------ITVGAFNLPPLQIPEVTIP 671
IT LPPL IP +++P ++P ITVGAF+LP L +P + IP
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSLPAIHTQPITV------GQIGVGQFGL 706
T PA IT+G FSLP + + + I VG F L
Sbjct 517 AATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 557
Score = 43.1 bits (100), Expect = 0.28, Method: Compositional matrix adjust.
Identities = 43/159 (28%), Positives = 66/159 (42%), Gaps = 29/159 (18%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTL 828
I V F+LP +T P++ P P I VG F+L
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 557
>gi|306788863|ref|ZP_07427185.1| putative PPE family protein [Mycobacterium tuberculosis SUMu004]
gi|308334582|gb|EFP23433.1| putative PPE family protein [Mycobacterium tuberculosis SUMu004]
Length=554
Score = 895 bits (2314), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 553/554 (99%), Positives = 553/554 (99%), Gaps = 0/554 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITVGA 554
IPAATTPANITVGA
Sbjct 541 IPAATTPANITVGA 554
Score = 61.2 bits (147), Expect = 9e-07, Method: Compositional matrix adjust.
Identities = 42/103 (41%), Positives = 58/103 (57%), Gaps = 11/103 (10%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTT 942
G TLP + P TTP I VG F+ P LT+P +++P+ T
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAAT 545
Score = 59.7 bits (143), Expect = 3e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 56.6 bits (135), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 32/78 (42%), Positives = 42/78 (54%), Gaps = 16/78 (20%)
Query 628 ITVSGFQLPPLSIPSVAIPPVTVPP----------------ITVGAFNLPPLQIPEVTIP 671
IT LPPL IP +++P ++P ITVGAF+LP L +P + IP
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSLPAI 689
T PA IT+G FSLP +
Sbjct 517 AATTPANITVGAFSLPGL 534
Score = 40.0 bits (92), Expect = 2.3, Method: Compositional matrix adjust.
Identities = 38/149 (26%), Positives = 60/149 (41%), Gaps = 28/149 (18%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIP 819
I V F+LP +T P++ P P
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTP 547
>gi|306803461|ref|ZP_07440129.1| putative PPE family protein [Mycobacterium tuberculosis SUMu008]
gi|308349871|gb|EFP38722.1| putative PPE family protein [Mycobacterium tuberculosis SUMu008]
Length=552
Score = 892 bits (2304), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 551/552 (99%), Positives = 551/552 (99%), Gaps = 0/552 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANITV 552
IPAATTPANITV
Sbjct 541 IPAATTPANITV 552
Score = 61.2 bits (147), Expect = 1e-06, Method: Compositional matrix adjust.
Identities = 42/103 (41%), Positives = 58/103 (57%), Gaps = 11/103 (10%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTT 942
G TLP + P TTP I VG F+ P LT+P +++P+ T
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAAT 545
Score = 59.7 bits (143), Expect = 3e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 56.6 bits (135), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 32/78 (42%), Positives = 42/78 (54%), Gaps = 16/78 (20%)
Query 628 ITVSGFQLPPLSIPSVAIPPVTVPP----------------ITVGAFNLPPLQIPEVTIP 671
IT LPPL IP +++P ++P ITVGAF+LP L +P + IP
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSLPAI 689
T PA IT+G FSLP +
Sbjct 517 AATTPANITVGAFSLPGL 534
Score = 40.0 bits (92), Expect = 2.4, Method: Compositional matrix adjust.
Identities = 38/149 (26%), Positives = 60/149 (41%), Gaps = 28/149 (18%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIP 819
I V F+LP +T P++ P P
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTP 547
>gi|308375671|ref|ZP_07444707.2| LOW QUALITY PROTEIN: putative PPE family protein [Mycobacterium
tuberculosis SUMu007]
gi|308345567|gb|EFP34418.1| LOW QUALITY PROTEIN: putative PPE family protein [Mycobacterium
tuberculosis SUMu007]
Length=551
Score = 890 bits (2300), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 550/551 (99%), Positives = 550/551 (99%), Gaps = 0/551 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTPANIT 551
IPAATTPANIT
Sbjct 541 IPAATTPANIT 551
Score = 61.2 bits (147), Expect = 9e-07, Method: Compositional matrix adjust.
Identities = 42/103 (41%), Positives = 58/103 (57%), Gaps = 11/103 (10%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTT 942
G TLP + P TTP I VG F+ P LT+P +++P+ T
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAAT 545
Score = 60.1 bits (144), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 57.0 bits (136), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 32/78 (42%), Positives = 42/78 (54%), Gaps = 16/78 (20%)
Query 628 ITVSGFQLPPLSIPSVAIPPVTVPP----------------ITVGAFNLPPLQIPEVTIP 671
IT LPPL IP +++P ++P ITVGAF+LP L +P + IP
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSLPAI 689
T PA IT+G FSLP +
Sbjct 517 AATTPANITVGAFSLPGL 534
Score = 40.0 bits (92), Expect = 2.2, Method: Compositional matrix adjust.
Identities = 38/149 (26%), Positives = 60/149 (41%), Gaps = 28/149 (18%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIP 819
I V F+LP +T P++ P P
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTP 547
>gi|298525251|ref|ZP_07012660.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
gi|298495045|gb|EFI30339.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
Length=612
Score = 884 bits (2285), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 558/572 (98%), Positives = 562/572 (99%), Gaps = 0/572 (0%)
Query 482 ITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNI 541
I + + + P A +TVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNI
Sbjct 41 IEVETFDQPGQEDLAVVTVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNI 100
Query 542 PAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN 601
PAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN
Sbjct 101 PAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN 160
Query 602 ITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLP 661
ITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLP
Sbjct 161 ITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNLP 220
Query 662 PLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRIT 721
PLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRIT
Sbjct 221 PLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRIT 280
Query 722 VPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSF 781
VPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSF
Sbjct 281 VPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSF 340
Query 782 FLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPEL 841
FLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPEL
Sbjct 341 FLPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPEL 400
Query 842 TINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGF 901
TINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGF
Sbjct 401 TINSIGVGGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGF 460
Query 902 TLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAP 961
TLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAP
Sbjct 461 TLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAP 520
Query 962 SSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFA 1021
SSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFA
Sbjct 521 SSGFFNSGAGGNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFA 580
Query 1022 NRGILPFSVASVVSGFANIGTNLAGFFQGTTS 1053
NRGILPFSVASVVSGFANIGTNLAGFFQGTTS
Sbjct 581 NRGILPFSVASVVSGFANIGTNLAGFFQGTTS 612
Score = 60.8 bits (146), Expect = 1e-06, Method: Compositional matrix adjust.
Identities = 64/224 (29%), Positives = 94/224 (42%), Gaps = 53/224 (23%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVG--------------- 501
++ P + +PP+ +P I+V AF+LP + +P + IP T PA IT+G
Sbjct 197 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVG 256
Query 502 --------------------------AFSLPGLTLPSLNIPAATTP----ANITVGAFSL 531
AF +P N+PA P + T GA
Sbjct 257 QIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFTNGALIF 316
Query 532 PGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSL 591
LP L + T I +G+F LP +P +++PA I V F+LP +T P++
Sbjct 317 GEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA------INVDGFTLPQITTPAI 370
Query 592 NIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQL 635
P P I VG F+LP +T + P T +I V GF L
Sbjct 371 TTPEFAIPP-IGVGGFTLPQITTQEIITPELTI-NSIGVGGFTL 412
Score = 44.3 bits (103), Expect = 0.12, Method: Compositional matrix adjust.
Identities = 90/294 (31%), Positives = 129/294 (44%), Gaps = 58/294 (19%)
Query 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
I+T +G + G F + VF ++TP +T+P IP +
Sbjct 248 IHTQPITVGQIGVGQFGLPSIGWDVF------------LSTPRITVPAFGIPFTLQFQTN 295
Query 474 VPAFSLP---------------AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 296 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 354
Query 519 TTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITV 578
I V F+LP +T P++ P P I VG F+LP +T + P T +I V
Sbjct 355 -----INVDGFTLPQITTPAITTPEFAIPP-IGVGGFTLPQITTQEIITPELTI-NSIGV 407
Query 579 GAFSL-PGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPAN----ITVSGF 633
G F+L T P P P N+T G TLP + P TTP I ++GF
Sbjct 408 GGFTLPQITTPPITTPPLTIDPINLT-------GFTLPQITTPPITTPPLTIDPINLTGF 460
Query 634 QLPPLSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLP 687
LP ++ P + PP+T+ PI VG F PPL +P + +P TIG F++P
Sbjct 461 TLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPS------TTIGAFAIP 508
>gi|306797578|ref|ZP_07435880.1| putative PPE family protein [Mycobacterium tuberculosis SUMu006]
gi|308342080|gb|EFP30931.1| putative PPE family protein [Mycobacterium tuberculosis SUMu006]
Length=547
Score = 884 bits (2284), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 546/547 (99%), Positives = 546/547 (99%), Gaps = 0/547 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPAATTP 547
IPAATTP
Sbjct 541 IPAATTP 547
Score = 61.2 bits (147), Expect = 9e-07, Method: Compositional matrix adjust.
Identities = 42/103 (41%), Positives = 58/103 (57%), Gaps = 11/103 (10%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPSTT 942
G TLP + P TTP I VG F+ P LT+P +++P+ T
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPAAT 545
Score = 60.1 bits (144), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 58.2 bits (139), Expect = 7e-06, Method: Compositional matrix adjust.
Identities = 42/112 (38%), Positives = 53/112 (48%), Gaps = 22/112 (19%)
Query 805 QITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTP 864
ITTP +T P IP I V F+LP IT LP +T P TTP
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAIT--------------------LPSLTIPAATTP 495
Query 865 P-LTIDPINLTGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTP 914
+T+ +L G TLP + P TTP +T+ +L G TLP + P TTP
Sbjct 496 ANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP 547
Score = 57.4 bits (137), Expect = 1e-05, Method: Compositional matrix adjust.
Identities = 42/108 (39%), Positives = 51/108 (48%), Gaps = 25/108 (23%)
Query 783 LPAFNIPGIDVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELT 842
LP IPGI VPA ++ TLP +T PA TTP I VG F+LP
Sbjct 464 LPPLQIPGISVPAFSLPAITLPSLTIPAATTPA----NITVGAFSLP------------- 506
Query 843 INSIGVGGFTLPQITTPPITTPP-LTIDPINLTGFTLPQITTPPITTP 889
G TLP + P TTP +T+ +L G TLP + P TTP
Sbjct 507 -------GLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTP 547
Score = 57.0 bits (136), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 32/78 (42%), Positives = 42/78 (54%), Gaps = 16/78 (20%)
Query 628 ITVSGFQLPPLSIPSVAIPPVTVPP----------------ITVGAFNLPPLQIPEVTIP 671
IT LPPL IP +++P ++P ITVGAF+LP L +P + IP
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSLPAI 689
T PA IT+G FSLP +
Sbjct 517 AATTPANITVGAFSLPGL 534
Score = 56.6 bits (135), Expect = 3e-05, Method: Compositional matrix adjust.
Identities = 34/78 (44%), Positives = 48/78 (62%), Gaps = 7/78 (8%)
Query 880 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI-EPIGVGGFTTPPLTVPGIHL 938
ITTP +T PPL I I++ F+LP IT P +T P T I VG F+ P LT+P +++
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNI 515
Query 939 PST------TIGAFAIPG 950
P+ T+GAF++PG
Sbjct 516 PAATTPANITVGAFSLPG 533
Score = 40.0 bits (92), Expect = 2.1, Method: Compositional matrix adjust.
Identities = 38/149 (26%), Positives = 60/149 (41%), Gaps = 28/149 (18%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTPEFAIP 819
I V F+LP +T P++ P P
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIPAATTP 547
>gi|339294705|gb|AEJ46816.1| PPE family protein [Mycobacterium tuberculosis CCDC5079]
Length=710
Score = 876 bits (2263), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 535/646 (83%), Positives = 547/646 (85%), Gaps = 10/646 (1%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSL----------PGLTLPSLNIPAATTPANITVGAFS 530
AITLPSL IPAATTPANITVGAFSL PG S + PA + V
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPRVDVAVADHPGRHHTSQHHRRRLQPARVDVAVVE 540
Query 531 LPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPS 590
PG S + PA + V PG S + PA + V PG S
Sbjct 541 HPGRHHTSQHHRRRLQPARVDVAVVEHPGRHHTSQHHRRRLQPARVDVAVVEHPGRHHTS 600
Query 591 LNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLP 636
+ PA + V PG S + PA + V+ + P
Sbjct 601 QHHRRRLQPARVDVAVVEHPGRHHTSQHHRRRLQPARVDVAVVEHP 646
Score = 63.9 bits (154), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 39/89 (44%), Positives = 47/89 (53%), Gaps = 7/89 (7%)
Query 584 PGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSV 643
P LTLP L IP + PA FSLP +TLPSL IPAATTPANITV F LP + + +V
Sbjct 460 PDLTLPPLQIPGISVPA------FSLPAITLPSLTIPAATTPANITVGAFSLPRVDV-AV 512
Query 644 AIPPVTVPPITVGAFNLPPLQIPEVTIPQ 672
A P L P ++ +
Sbjct 513 ADHPGRHHTSQHHRRRLQPARVDVAVVEH 541
Score = 55.8 bits (133), Expect = 5e-05, Method: Compositional matrix adjust.
Identities = 24/52 (47%), Positives = 37/52 (72%), Gaps = 0/52 (0%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI 689
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPRV 508
Score = 44.7 bits (104), Expect = 0.093, Method: Compositional matrix adjust.
Identities = 30/71 (43%), Positives = 40/71 (57%), Gaps = 4/71 (5%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLT--GFTL 903
GVG +L ITTP +T PPL I I++ F+LP IT P +T P T P N+T F+L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATT-PANITVGAFSL 505
Query 904 PQITTPPITTP 914
P++ P
Sbjct 506 PRVDVAVADHP 516
Score = 43.9 bits (102), Expect = 0.15, Method: Compositional matrix adjust.
Identities = 29/66 (44%), Positives = 36/66 (55%), Gaps = 6/66 (9%)
Query 881 ITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI-EPIGVGGFTTPPLTV-----P 934
ITTP +T PPL I I++ F+LP IT P +T P T I VG F+ P + V P
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPRVDVAVADHP 516
Query 935 GIHLPS 940
G H S
Sbjct 517 GRHHTS 522
Score = 38.9 bits (89), Expect = 5.3, Method: Compositional matrix adjust.
Identities = 21/50 (42%), Positives = 31/50 (62%), Gaps = 6/50 (12%)
Query 906 ITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAIP 949
ITTP +T PPL I I V F+ P +T+P + +P+ T+GAF++P
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
>gi|306784498|ref|ZP_07422820.1| PPE family protein [Mycobacterium tuberculosis SUMu003]
gi|308330757|gb|EFP19608.1| PPE family protein [Mycobacterium tuberculosis SUMu003]
Length=543
Score = 875 bits (2262), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 542/543 (99%), Positives = 542/543 (99%), Gaps = 0/543 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
Query 541 IPA 543
IPA
Sbjct 541 IPA 543
Score = 60.1 bits (144), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 41/101 (41%), Positives = 57/101 (57%), Gaps = 11/101 (10%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPS 940
G TLP + P TTP I VG F+ P LT+P +++P+
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLTLPSLNIPA 543
Score = 60.1 bits (144), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 34/93 (37%), Positives = 52/93 (56%), Gaps = 12/93 (12%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPA 724
I VG F LP L+ P + +PA
Sbjct 517 AATTPANITVGAFSLPG------LTLPSLNIPA 543
Score = 56.6 bits (135), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 34/78 (44%), Positives = 48/78 (62%), Gaps = 7/78 (8%)
Query 880 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI-EPIGVGGFTTPPLTVPGIHL 938
ITTP +T PPL I I++ F+LP IT P +T P T I VG F+ P LT+P +++
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNI 515
Query 939 PST------TIGAFAIPG 950
P+ T+GAF++PG
Sbjct 516 PAATTPANITVGAFSLPG 533
Score = 39.3 bits (90), Expect = 3.8, Method: Compositional matrix adjust.
Identities = 37/144 (26%), Positives = 59/144 (41%), Gaps = 28/144 (19%)
Query 679 ITIGGFSLPAIHTQPITVGQIGVGQF--GLPSIGWDVFLSTPRITVPAFGIPFTLQFQTN 736
I G F++ ++ G + G F G+ ++TP +T+P IP +
Sbjct 419 INTGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIP-----GIS 473
Query 737 VPALQPPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPA- 795
VPA P LP L + T I +G+F LP +P +++PA
Sbjct 474 VPAFSLP---------------AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAA 518
Query 796 -----INVDGFTLPQITTPAITTP 814
I V F+LP +T P++ P
Sbjct 519 TTPANITVGAFSLPGLTLPSLNIP 542
>gi|306779763|ref|ZP_07418100.1| PPE family protein [Mycobacterium tuberculosis SUMu002]
gi|308327310|gb|EFP16161.1| PPE family protein [Mycobacterium tuberculosis SUMu002]
Length=535
Score = 863 bits (2230), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 534/535 (99%), Positives = 534/535 (99%), Gaps = 0/535 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 535
AITLPSL IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT
Sbjct 481 AITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 535
Score = 59.7 bits (143), Expect = 3e-06, Method: Compositional matrix adjust.
Identities = 41/86 (48%), Positives = 50/86 (59%), Gaps = 17/86 (19%)
Query 610 PGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPP-ITVGAFNLPPLQIPEV 668
P LTLP L IP + PA F LP +++PS+ IP T P ITVGAF+LP L
Sbjct 460 PDLTLPPLQIPGISVPA------FSLPAITLPSLTIPAATTPANITVGAFSLPGL----- 508
Query 669 TIPQLTIPAG-----ITIGGFSLPAI 689
T+P L IPA IT+G FSLP +
Sbjct 509 TLPSLNIPAATTPANITVGAFSLPGL 534
Score = 57.8 bits (138), Expect = 1e-05, Method: Compositional matrix adjust.
Identities = 30/78 (39%), Positives = 46/78 (59%), Gaps = 6/78 (7%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITV- 696
++ P + +PP+ +P I+V AF+LP + +P +TIP T PA IT+G FSLP + + +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 697 -----GQIGVGQFGLPSI 709
I VG F LP +
Sbjct 517 AATTPANITVGAFSLPGL 534
Score = 57.0 bits (136), Expect = 2e-05, Method: Compositional matrix adjust.
Identities = 34/78 (44%), Positives = 48/78 (62%), Gaps = 7/78 (8%)
Query 880 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI-EPIGVGGFTTPPLTVPGIHL 938
ITTP +T PPL I I++ F+LP IT P +T P T I VG F+ P LT+P +++
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLPGLTLPSLNI 515
Query 939 PST------TIGAFAIPG 950
P+ T+GAF++PG
Sbjct 516 PAATTPANITVGAFSLPG 533
Score = 53.5 bits (127), Expect = 2e-04, Method: Compositional matrix adjust.
Identities = 39/93 (42%), Positives = 50/93 (54%), Gaps = 11/93 (11%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P +T P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLTIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTPPLTIEPIGVGGFTTPPLT 932
G TLP + P TTP I VG F+ P LT
Sbjct 507 GLTLPSLNIPAATTP----ANITVGAFSLPGLT 535
>gi|306775945|ref|ZP_07414282.1| PPE family protein [Mycobacterium tuberculosis SUMu001]
gi|308215584|gb|EFO74983.1| PPE family protein [Mycobacterium tuberculosis SUMu001]
Length=531
Score = 857 bits (2214), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 531/531 (100%), Positives = 531/531 (100%), Gaps = 0/531 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 531
AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL
Sbjct 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSL 531
Score = 55.5 bits (132), Expect = 5e-05, Method: Compositional matrix adjust.
Identities = 32/75 (43%), Positives = 47/75 (63%), Gaps = 12/75 (16%)
Query 623 TTPANITVSGFQLPPLSIPSVAIPPVTVPP-----------ITVGAFNLPPLQIPEVTIP 671
TTP ++T+ Q+P +S+P+ ++P +T+P ITVGAF+LP L +P + IP
Sbjct 458 TTP-DLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIP 516
Query 672 QLTIPAGITIGGFSL 686
T PA IT+G FSL
Sbjct 517 AATTPANITVGAFSL 531
Score = 53.1 bits (126), Expect = 3e-04, Method: Compositional matrix adjust.
Identities = 23/52 (45%), Positives = 36/52 (70%), Gaps = 0/52 (0%)
Query 638 LSIPSVAIPPVTVPPITVGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAI 689
++ P + +PP+ +P I+V AF+LP + +P + IP T PA IT+G FSLP +
Sbjct 457 ITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGL 508
Score = 51.2 bits (121), Expect = 0.001, Method: Compositional matrix adjust.
Identities = 31/76 (41%), Positives = 45/76 (60%), Gaps = 7/76 (9%)
Query 880 QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTI-EPIGVGGFTTPPLTVPGIHL 938
ITTP +T PPL I I++ F+LP IT P + P T I VG F+ P LT+P +++
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPGLTLPSLNI 515
Query 939 PST------TIGAFAI 948
P+ T+GAF++
Sbjct 516 PAATTPANITVGAFSL 531
Score = 47.8 bits (112), Expect = 0.011, Method: Compositional matrix adjust.
Identities = 31/75 (42%), Positives = 41/75 (55%), Gaps = 7/75 (9%)
Query 847 GVGGFTLP-QITTPPITTPPLTIDPINLTGFTLPQITTPPITTPP------LTIDPINLT 899
GVG +L ITTP +T PPL I I++ F+LP IT P + P +T+ +L
Sbjct 447 GVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLP 506
Query 900 GFTLPQITTPPITTP 914
G TLP + P TTP
Sbjct 507 GLTLPSLNIPAATTP 521
Score = 42.0 bits (97), Expect = 0.65, Method: Compositional matrix adjust.
Identities = 22/52 (43%), Positives = 33/52 (64%), Gaps = 6/52 (11%)
Query 905 QITTPPITTPPLTIEPIGVGGFTTPPLTVPGIHLPST------TIGAFAIPG 950
ITTP +T PPL I I V F+ P +T+P +++P+ T+GAF++PG
Sbjct 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIPAATTPANITVGAFSLPG 507
>gi|340626928|ref|YP_004745380.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
gi|340005118|emb|CCC44267.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
Length=987
Score = 806 bits (2083), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 560/922 (61%), Positives = 648/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPE+NSALIFAGAG PM AAA+AWDGLA ELASAAASFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEVNSALIFAGAGSGPMLAAASAWDGLATELASAAASFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ AAQA ++ EFEA + +VQP LVAANR+ LVSL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAAAQAQVIVTEFEAARLTMVQPALVAANRSSLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VM+NLFGQNAPAIAA EA YE+MWA DVSAM+ YH+GASA+A+AL F+ PL+ AG
Sbjct 121 VMANLFGQNAPAIAAAEAAYEEMWALDVSAMATYHSGASAVAAALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T AAGIP AG A NLG+ANVGGGN+GNAN GL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAAGIPTFAGRAIAANLGLANVGGGNLGNANIGLRNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G++N G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGASNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSG GN GLFNSGS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 IGLTGNNQIGIGGLNSGNGNVGLFNSGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNAGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFPNTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 P----------DITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 866 IASIHLPSTTMG-----GFAIP 882
Score = 514 bits (1324), Expect = 3e-143, Method: Compositional matrix adjust.
Identities = 328/562 (59%), Positives = 380/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP + P AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPGISVP------AFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG
Sbjct 628 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFPNTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PSSGFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSSGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSN+GSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNVGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 47.0 bits (110), Expect = 0.021, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 883
>gi|307079765|ref|ZP_07488935.1| putative PPE family protein [Mycobacterium tuberculosis SUMu011]
gi|308362385|gb|EFP51236.1| putative PPE family protein [Mycobacterium tuberculosis SUMu011]
Length=491
Score = 788 bits (2036), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 491/491 (100%), Positives = 491/491 (100%), Gaps = 0/491 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLNIPA 491
AITLPSLNIPA
Sbjct 481 AITLPSLNIPA 491
>gi|306967856|ref|ZP_07480517.1| putative PPE family protein [Mycobacterium tuberculosis SUMu009]
gi|308354507|gb|EFP43358.1| putative PPE family protein [Mycobacterium tuberculosis SUMu009]
Length=493
Score = 780 bits (2015), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 487/488 (99%), Positives = 488/488 (100%), Gaps = 0/488 (0%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA
Sbjct 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL
Sbjct 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA
Sbjct 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG
Sbjct 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG
Sbjct 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN
Sbjct 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN
Sbjct 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP
Sbjct 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
Query 481 AITLPSLN 488
AITLPSL+
Sbjct 481 AITLPSLD 488
>gi|289754014|ref|ZP_06513392.1| predicted protein [Mycobacterium tuberculosis EAS054]
gi|289694601|gb|EFD62030.1| predicted protein [Mycobacterium tuberculosis EAS054]
Length=987
Score = 775 bits (2002), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 561/922 (61%), Positives = 649/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+D GF +P
Sbjct 866 IASIHLPSTTMD-----GFAIP 882
Score = 514 bits (1324), Expect = 3e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 628 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+ FAIP GPGYFNSS PSSGFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMDGFAIPAGPGYFNSSATPSSGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 47.4 bits (111), Expect = 0.016, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMDGFAIPA 883
Score = 38.1 bits (87), Expect = 9.3, Method: Compositional matrix adjust.
Identities = 25/72 (35%), Positives = 36/72 (50%), Gaps = 11/72 (15%)
Query 456 SITTPDLTLPPLQIPGISVPAFSLPAITLPSLNIP----------AATTPANITVGAFSL 505
I TP++T PP I I + F+LP + +P + P A TTPA +T+ + L
Sbjct 813 QIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPA-LTIASIHL 871
Query 506 PGLTLPSLNIPA 517
P T+ IPA
Sbjct 872 PSTTMDGFAIPA 883
>gi|294996836|ref|ZP_06802527.1| PPE family protein [Mycobacterium tuberculosis 210]
Length=1013
Score = 775 bits (2001), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 565/913 (62%), Positives = 651/913 (72%), Gaps = 65/913 (7%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 27 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 86
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 87 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 146
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AGL A
Sbjct 147 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAGLAA 206
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 207 --GPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 264
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 265 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 324
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 325 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 384
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 385 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 444
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 445 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 504
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 505 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 564
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 565 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 624
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPPVTVPPITVGAFNL 660
TVG F TLP+++ P +TP I++ GF P ++ +++ G NL
Sbjct 625 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQAIS-----------GVINL 667
Query 661 PPLQIPEVTIPQLT--IPAGIT------------IGGF--SLPA-IHTQPITV------- 696
P + +TI L IP IT IGGF + PA I+T ITV
Sbjct 668 PTFSLNGITILNLVVFIPTNITACQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQING 727
Query 697 -----GQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQPPGGGLSTFT 751
G I V F LP++ + S I+V F +P + PAL G+ +
Sbjct 728 VGFSIGAINVTPFTLPNVVIQPW-SLGGISVDGFTLPEISTQEFTTPALTISPIGVGALS 786
Query 752 NGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD-----GFTLPQI 806
+ +F P+L + P TL G F LP +IP I PA +D GFTLPQI
Sbjct 787 LPDITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIALGGFTLPQI 840
Query 807 TTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQITTPPITTPPL 866
TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T I P
Sbjct 841 MTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPST 900
Query 867 TIDPINLTGFTLP 879
T+ GF +P
Sbjct 901 TMG-----GFAIP 908
Score = 516 bits (1329), Expect = 9e-144, Method: Compositional matrix adjust.
Identities = 327/560 (59%), Positives = 381/560 (69%), Gaps = 62/560 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 480 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 533
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 534 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 593
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 594 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 653
Query 707 PSIGWDVF---LSTPRITVPAFGIPFTLQF--------QTNVPALQPPGGGLST------ 749
P I ++ P ++ I + F QTN+P + P GG +
Sbjct 654 PGIATQAISGVINLPTFSLNGITILNLVVFIPTNITACQTNMPGVFPQIGGFANTPPAFI 713
Query 750 ----------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDV 793
F+ GA+ F LP +V+ P++L G
Sbjct 714 NTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG------------------- 754
Query 794 PAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTL 853
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGFTL
Sbjct 755 --ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGFTL 812
Query 854 PQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITT 913
PQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P ITT
Sbjct 813 PQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITT 872
Query 914 PPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAGGN 973
P TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PSSGFFN+G GGN
Sbjct 873 PEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSSGFFNAGIGGN 932
Query 974 SGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVASV 1033
SGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V S+
Sbjct 933 SGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVTSL 992
Query 1034 VSGFANIGTNLAG-FFQGTT 1052
VSG ANIG NL+G FFQ TT
Sbjct 993 VSGLANIGNNLSGLFFQSTT 1012
Score = 46.6 bits (109), Expect = 0.024, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 805 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 863
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 864 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 909
>gi|298525412|ref|ZP_07012821.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
gi|298495206|gb|EFI30500.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
Length=1013
Score = 773 bits (1996), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 562/922 (61%), Positives = 650/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 27 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 86
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 87 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 146
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AGL A
Sbjct 147 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAGLAA 206
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 207 --GPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 264
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 265 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 324
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 325 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 384
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 385 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 444
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 445 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 504
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 505 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 564
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 565 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 624
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 625 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 678
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 679 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 738
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 739 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 787
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 788 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 831
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 832 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 891
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 892 IASIHLPSTTMG-----GFAIP 908
Score = 517 bits (1332), Expect = 3e-144, Method: Compositional matrix adjust.
Identities = 330/562 (59%), Positives = 382/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 480 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 533
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 534 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 593
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 594 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 653
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 654 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 711
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 712 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 754
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 755 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 810
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 811 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 870
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PSSGFFN+G G
Sbjct 871 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSSGFFNAGIG 930
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 931 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 990
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 991 SLVSGLANIGNNLSGLFFQSTT 1012
Score = 47.0 bits (110), Expect = 0.021, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 805 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 863
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 864 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 909
>gi|15841390|ref|NP_336427.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|148823130|ref|YP_001287884.1| PPE family protein [Mycobacterium tuberculosis F11]
gi|13881626|gb|AAK46241.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|148721657|gb|ABR06282.1| PPE family protein [Mycobacterium tuberculosis F11]
gi|323719536|gb|EGB28661.1| PPE family protein [Mycobacterium tuberculosis CDC1551A]
Length=1013
Score = 773 bits (1996), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 562/922 (61%), Positives = 650/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 27 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 86
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 87 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 146
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AGL A
Sbjct 147 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAGLAA 206
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 207 --GPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 264
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 265 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 324
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 325 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 384
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 385 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 444
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 445 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 504
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 505 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 564
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 565 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 624
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 625 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 678
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 679 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 738
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 739 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 787
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 788 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 831
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 832 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 891
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 892 IASIHLPSTTMG-----GFAIP 908
Score = 515 bits (1326), Expect = 2e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 480 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 533
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 534 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 593
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 594 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 653
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 654 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 711
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 712 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 754
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 755 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 810
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 811 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 870
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PS GFFN+G G
Sbjct 871 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSLGFFNAGIG 930
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 931 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 990
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 991 SLVSGLANIGNNLSGLFFQSTT 1012
Score = 46.6 bits (109), Expect = 0.022, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 805 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 863
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 864 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 909
>gi|289443398|ref|ZP_06433142.1| PPE family protein [Mycobacterium tuberculosis T46]
gi|289447534|ref|ZP_06437278.1| PPE family protein [Mycobacterium tuberculosis CPHL_A]
gi|289570002|ref|ZP_06450229.1| PPE family protein [Mycobacterium tuberculosis T17]
14 more sequence titles
Length=987
Score = 773 bits (1995), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 560/922 (61%), Positives = 648/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 866 IASIHLPSTTMG-----GFAIP 882
Score = 516 bits (1330), Expect = 6e-144, Method: Compositional matrix adjust.
Identities = 330/562 (59%), Positives = 382/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 628 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PSSGFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSSGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 46.6 bits (109), Expect = 0.028, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 883
>gi|57116929|ref|YP_177850.1| PPE family protein [Mycobacterium tuberculosis H37Rv]
gi|148661726|ref|YP_001283249.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
gi|253799035|ref|YP_003032036.1| PPE family protein [Mycobacterium tuberculosis KZN 1435]
17 more sequence titles
Length=987
Score = 773 bits (1995), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 560/922 (61%), Positives = 648/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 866 IASIHLPSTTMG-----GFAIP 882
Score = 514 bits (1324), Expect = 3e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 628 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PS GFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSLGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 46.6 bits (109), Expect = 0.028, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 883
>gi|289574601|ref|ZP_06454828.1| PPE family protein [Mycobacterium tuberculosis K85]
gi|289539032|gb|EFD43610.1| PPE family protein [Mycobacterium tuberculosis K85]
Length=987
Score = 771 bits (1991), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 562/923 (61%), Positives = 646/923 (70%), Gaps = 85/923 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQ--------------LPPLSIPSVAIP 646
TVG F TLP+++ P +TP I++ GF LP S+ + I
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTTGIATQANSGVINLPTFSLNGITIT 652
Query 647 PVTV---PPITVGAFNLPPLQIPEV-----TIPQLTIPAGITIGG--------------- 683
+ V IT N+P + P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGV-FPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINV 711
Query 684 --FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQ 741
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 712 TPFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALS 760
Query 742 PPGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD-- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 761 LPD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPI 804
Query 800 ---GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQI 856
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +
Sbjct 805 ALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPAL 864
Query 857 TTPPITTPPLTIDPINLTGFTLP 879
T I P T+ GF +P
Sbjct 865 TIASIHLPSTTMG-----GFAIP 882
Score = 514 bits (1323), Expect = 4e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
I ++ I +P F GI T QTN+P + P GG +
Sbjct 628 TGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PSSGFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSSGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 46.6 bits (109), Expect = 0.028, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 883
>gi|306797748|ref|ZP_07436050.1| PPE family protein [Mycobacterium tuberculosis SUMu006]
gi|308341922|gb|EFP30773.1| PPE family protein [Mycobacterium tuberculosis SUMu006]
Length=1013
Score = 771 bits (1990), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 561/922 (61%), Positives = 649/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 27 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 86
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 87 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 146
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AGL A
Sbjct 147 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAGLAA 206
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 207 --GPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 264
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNI GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 265 SGNFGSFNIGSANLGGNNIDIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 324
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 325 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 384
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 385 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 444
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 445 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 504
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 505 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 564
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 565 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 624
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 625 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 678
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 679 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 738
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 739 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 787
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 788 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 831
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 832 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 891
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 892 IASIHLPSTTMG-----GFAIP 908
Score = 515 bits (1326), Expect = 2e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 480 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 533
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 534 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 593
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 594 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 653
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 654 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 711
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 712 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 754
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 755 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 810
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 811 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 870
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PS GFFN+G G
Sbjct 871 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSLGFFNAGIG 930
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 931 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 990
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 991 SLVSGLANIGNNLSGLFFQSTT 1012
Score = 46.6 bits (109), Expect = 0.022, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 805 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 863
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 864 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 909
>gi|308370866|ref|ZP_07422999.2| PPE family protein [Mycobacterium tuberculosis SUMu003]
gi|308330574|gb|EFP19425.1| PPE family protein [Mycobacterium tuberculosis SUMu003]
Length=987
Score = 770 bits (1988), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 559/922 (61%), Positives = 647/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNI GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIDIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ GF P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGGFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 866 IASIHLPSTTMG-----GFAIP 882
Score = 514 bits (1324), Expect = 4e-143, Method: Compositional matrix adjust.
Identities = 329/562 (59%), Positives = 381/562 (68%), Gaps = 66/562 (11%)
Query 528 AFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLT 587
A + P LTLPSL IP I+V AFSLP +TLPSL IPA TTPAN+TVGAF LPGLT
Sbjct 454 AITSPDLTLPSLEIPG------ISVPAFSLPAITLPSLTIPAVTTPANVTVGAFDLPGLT 507
Query 588 LPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPSVAIPP 647
+PSL IPAA TPANITVGAF LPGLT+PSL IPA TTPANITV F LP LSIPSV +PP
Sbjct 508 VPSLTIPAAMTPANITVGAFDLPGLTVPSLTIPATTTPANITVGAFNLPQLSIPSVTVPP 567
Query 648 VTVPPIT-VGAFNLPPLQIPEVTIPQLTIPAGITIGGFSLPAIHTQPITVGQIGVGQFGL 706
+T+P T +GAFNLP L IP VT+P +TIPAG T+GGF+LP IHT I+ QI +G F
Sbjct 568 ITIPAGTALGAFNLPTLSIPSVTVPPITIPAGTTVGGFTLPTIHTPLISTPQISIGGFST 627
Query 707 PSIGWDVFLSTPRITVPAF---GIPFT----------LQFQTNVPALQPPGGGLST---- 749
P I ++ I +P F GI T QTN+P + P GG +
Sbjct 628 PGIATQA--NSGVINLPTFSLNGITITNLVVFIPNNITALQTNMPGVFPQIGGFANTPPA 685
Query 750 ------------------FTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGI 791
F+ GA+ F LP +V+ P++L G
Sbjct 686 FINTGTITVGGGQINGVGFSIGAINVTPFTLPNVVIQPWSLGG----------------- 728
Query 792 DVPAINVDGFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGF 851
I+VDGFTLP+I+T TTP I PIGVG +LP ITTQ+ TPELTI+ I +GGF
Sbjct 729 ----ISVDGFTLPEISTQEFTTPALTISPIGVGALSLPDITTQQFTTPELTIDPITLGGF 784
Query 852 TLPQITTPPITTPPLTIDPINLTGFTLPQITTPPITTPPLTIDPINLTGFTLPQITTPPI 911
TLPQ++ P ITTP TIDPI L GFTLPQI TP ITTPP IDPI L+GFTLPQ+ P I
Sbjct 785 TLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEI 844
Query 912 TTPPLTIEPIGVGGFTTPPLTVPGIHLPSTTIGAFAIPGGPGYFNSSTAPSSGFFNSGAG 971
TTP TI+P+G+ FTTP LT+ IHLPSTT+G FAIP GPGYFNSS PS GFFN+G G
Sbjct 845 TTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPAGPGYFNSSATPSLGFFNAGIG 904
Query 972 GNSGFGNNGSGLSGWFNTNPAGLLGGSGYQNFGGLSSGFSNLGSGVSGFANRGILPFSVA 1031
GNSGFGN+GSGLSGWFNT+P GLL GSGYQN+GGL SGFSNLGSG+SGFAN G LPF+V
Sbjct 905 GNSGFGNSGSGLSGWFNTSPVGLLAGSGYQNYGGLISGFSNLGSGISGFANTGTLPFAVT 964
Query 1032 SVVSGFANIGTNLAG-FFQGTT 1052
S+VSG ANIG NL+G FFQ TT
Sbjct 965 SLVSGLANIGNNLSGLFFQSTT 986
Score = 46.2 bits (108), Expect = 0.029, Method: Compositional matrix adjust.
Identities = 38/106 (36%), Positives = 48/106 (46%), Gaps = 20/106 (18%)
Query 457 ITTPDLTLPPLQIPGISVPAFSLPAI-----TLPSLNIPAATTPANITVGAFSLPGLTLP 511
IT TLP L IP I+ PAF++ I TLP + P TTP + L G TLP
Sbjct 779 ITLGGFTLPQLSIPAITTPAFTIDPIALGGFTLPQIMTPEITTPP-FAIDPIGLSGFTLP 837
Query 512 SLNIPAATTPA--------------NITVGAFSLPGLTLPSLNIPA 543
+NIP TTP +T+ + LP T+ IPA
Sbjct 838 QVNIPEITTPEFTIQPVGLAAFTTPALTIASIHLPSTTMGGFAIPA 883
>gi|254232093|ref|ZP_04925420.1| PPE family protein [Mycobacterium tuberculosis C]
gi|124601152|gb|EAY60162.1| PPE family protein [Mycobacterium tuberculosis C]
Length=987
Score = 770 bits (1988), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 559/922 (61%), Positives = 647/922 (71%), Gaps = 83/922 (9%)
Query 1 MNFSVLPPEINSALIFAGAGPEPMAAAATAWDGLAMELASAAASFGSVTSGLVGGAWQGA 60
M++SVLPPEINSALIFAGAG PM AAA+AWDGLA ELASAA SFGSVT+GLVGG+WQG
Sbjct 1 MHYSVLPPEINSALIFAGAGSGPMLAAASAWDGLATELASAAVSFGSVTAGLVGGSWQGR 60
Query 61 SSSAMAAAAAPYAAWLAAAAVQAEQTAAQAAAMIAEFEAVKTAVVQPMLVAANRADLVSL 120
SS AMAAAAAPYA WLAAAA QAEQ A QA M+AEFEAV+ A+VQP LVAANR+ L+SL
Sbjct 61 SSVAMAAAAAPYAGWLAAAATQAEQAATQAQVMVAEFEAVRLAMVQPALVAANRSGLISL 120
Query 121 VMSNLFGQNAPAIAAIEATYEQMWAADVSAMSAYHAGASAIASALSPFSKPLQNLAGLPA 180
V+SNLFGQNAPAIAA EA YE+MWA DVSAM+AYH+GASA+A AL F+ PL+ AG
Sbjct 121 VISNLFGQNAPAIAAAEAAYEEMWALDVSAMAAYHSGASAVAVALPAFALPLRLPAG--L 178
Query 181 WLASGAPAAAMTAAAGIPALAGGPTAINLGIANVGGGNVGNANNGLANIGNANLGNYNFG 240
A A+T A G+P AG A +LG+ANVGGGN+GNANNGL NIGNANLGN N G
Sbjct 179 AAGPAAVVTALTTAVGMPTFAGRAIAASLGLANVGGGNLGNANNGLGNIGNANLGNNNLG 238
Query 241 SGNFGNSNIGSASLGNNNIGFGNLGSNNVGVGNLGNLNTGFANTGLGNFGFGNTGNNNIG 300
SGNFG+ NIGSA+LG NNIG GN G+NN G+ NLGNLNTGFAN G+GNFG NTGNNNIG
Sbjct 239 SGNFGSFNIGSANLGGNNIGIGNAGANNFGLANLGNLNTGFANAGIGNFGIANTGNNNIG 298
Query 301 IGLTGNNQIGIGGLNSGTGNFGLFNSGSGNVGFFNSGNGNFGIGNSGNFNTGGWNSGHGN 360
GLTGNNQIGIGGLNSG GN GLFN+GS N+GFFNSGNGNFGIGNSGNF+TG +N GHGN
Sbjct 299 NGLTGNNQIGIGGLNSGNGNVGLFNAGSANIGFFNSGNGNFGIGNSGNFSTGLFNPGHGN 358
Query 361 TGFFNAGSFNTGMLDVGNANTGSLNTGSYNMGDFNPGSSNTGTFNTGNANTGFLNAGNIN 420
TGF NAGSFNTGM DVGNANTGS N G YN G FNPG SNTGTFNTG ANTG+ N G+IN
Sbjct 359 TGFLNAGSFNTGMFDVGNANTGSFNVGHYNFGAFNPGPSNTGTFNTGGANTGWFNTGSIN 418
Query 421 TGVFNIGHMNNGLFNTGDMNNGVFYRGVGQGSLQFSITTPDLTLPPLQIPGISVPAFSLP 480
TG FNIG MNNGLFNTGDMNNGVFYRGVGQGSLQF+IT+PDLTLP L+IPGISVPAFSLP
Sbjct 419 TGAFNIGDMNNGLFNTGDMNNGVFYRGVGQGSLQFAITSPDLTLPSLEIPGISVPAFSLP 478
Query 481 AITLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLN 540
AITLPSL IPA TTPAN+TVGAF LPGLT+PSL IPAA TPANITVGAF LPGLT+PSL
Sbjct 479 AITLPSLTIPAVTTPANVTVGAFDLPGLTVPSLTIPAAMTPANITVGAFDLPGLTVPSLT 538
Query 541 IPAATTPANITVGAFSLPGLTLPSLNIPAATTPANITVGAFSLPGLTLPSLNIPAATTPA 600
IPA TTPANITVGAF+LP L++PS+ +P T PA +GAF+LP L++PS+ +P T PA
Sbjct 539 IPATTTPANITVGAFNLPQLSIPSVTVPPITIPAGTALGAFNLPTLSIPSVTVPPITIPA 598
Query 601 NITVGAFSLPGLTLPSLNIPAATTPANITVSGFQLPPLSIPS----VAIPPVTVPPITVG 656
TVG F TLP+++ P +TP I++ F P ++ + + +P ++ IT+
Sbjct 599 GTTVGGF-----TLPTIHTPLISTP-QISIGDFSTPGIATQANSGVINLPTFSLNGITIT 652
Query 657 AF------NLPPLQ------IPEV-----TIPQLTIPAGITIGG---------------- 683
N+ LQ P++ T P IT+GG
Sbjct 653 NLVVFIPNNITALQTNMPGVFPQIGGFANTPPAFINTGTITVGGGQINGVGFSIGAINVT 712
Query 684 -FSLPAIHTQPITVGQIGVGQFGLPSIGWDVFLSTPRITVPAFGIPFTLQFQTNVPALQP 742
F+LP + QP ++G I V F LP I F +TP +T+ G V AL
Sbjct 713 PFTLPNVVIQPWSLGGISVDGFTLPEISTQEF-TTPALTISPIG----------VGALSL 761
Query 743 PGGGLSTFTNGALIFGEFDLPQLVVHPYTLTGPIVIGSFFLPAFNIPGIDVPAINVD--- 799
P + +F P+L + P TL G F LP +IP I PA +D
Sbjct 762 PD----------ITTQQFTTPELTIDPITL------GGFTLPQLSIPAITTPAFTIDPIA 805
Query 800 --GFTLPQITTPAITTPEFAIPPIGVGGFTLPQITTQEIITPELTINSIGVGGFTLPQIT 857
GFTLPQI TP ITTP FAI PIG+ GFTLPQ+ EI TPE TI +G+ FT P +T
Sbjct 806 LGGFTLPQIMTPEITTPPFAIDPIGLSGFTLPQVNIPEITTPEFTIQPVGLAAFTTPALT 865
Query 858 TPPITTPPLTIDPINLTGFTLP 879
I P T+ GF +P
Sbjct 866 IASIHLPSTTMG-----GFAIP 882
Lambda K H
0.315 0.136 0.408
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2650694814264
Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF
excluding environmental samples from WGS projects
Posted date: Sep 5, 2011 4:36 AM
Number of letters in database: 5,219,829,388
Number of sequences in database: 15,229,318
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40