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= Rv1135c
Length=618
Score E
Sequences producing significant alignments: (Bits) Value
gi|148822348|ref|YP_001287102.1| PPE family protein [Mycobacteri... 1130 0.0
gi|308231748|ref|ZP_07413627.2| PPE family protein [Mycobacteriu... 1129 0.0
gi|15840574|ref|NP_335611.1| PPE family protein [Mycobacterium t... 1128 0.0
gi|31792329|ref|NP_854822.1| PPE family protein [Mycobacterium b... 1127 0.0
gi|340626147|ref|YP_004744599.1| PPE family protein [Mycobacteri... 1127 0.0
gi|289569131|ref|ZP_06449358.1| PPE family protein [Mycobacteriu... 1125 0.0
gi|298524632|ref|ZP_07012041.1| PPE family protein [Mycobacteriu... 1004 0.0
gi|167969276|ref|ZP_02551553.1| PPE family protein [Mycobacteriu... 934 0.0
gi|289753201|ref|ZP_06512579.1| PPE family protein [Mycobacteriu... 909 0.0
gi|340626148|ref|YP_004744600.1| PPE family protein [Mycobacteri... 733 0.0
gi|289573789|ref|ZP_06454016.1| PPE family protein [Mycobacteriu... 655 0.0
gi|289757228|ref|ZP_06516606.1| PPE family protein [Mycobacteriu... 591 2e-166
gi|294993318|ref|ZP_06799009.1| PPE family protein [Mycobacteriu... 590 2e-166
gi|339294129|gb|AEJ46240.1| PPE family protein [Mycobacterium tu... 590 3e-166
gi|118616724|ref|YP_905056.1| PPE family protein [Mycobacterium ... 539 6e-151
gi|183981484|ref|YP_001849775.1| PPE family protein [Mycobacteri... 533 3e-149
gi|183984290|ref|YP_001852581.1| PPE family protein [Mycobacteri... 529 7e-148
gi|183984289|ref|YP_001852580.1| PPE family protein [Mycobacteri... 527 3e-147
gi|118616670|ref|YP_905002.1| PPE family protein [Mycobacterium ... 519 6e-145
gi|183981160|ref|YP_001849451.1| PPE family protein [Mycobacteri... 503 4e-140
gi|240169655|ref|ZP_04748314.1| PPE family protein [Mycobacteriu... 490 3e-136
gi|183981425|ref|YP_001849716.1| PPE family protein [Mycobacteri... 486 4e-135
gi|240167841|ref|ZP_04746500.1| PPE family protein [Mycobacteriu... 483 3e-134
gi|15841015|ref|NP_336052.1| PPE family protein [Mycobacterium t... 481 1e-133
gi|121637470|ref|YP_977693.1| PPE family protein [Mycobacterium ... 481 1e-133
gi|323719996|gb|EGB29108.1| PPE family protein [Mycobacterium tu... 481 2e-133
gi|254550567|ref|ZP_05141014.1| PPE family protein [Mycobacteriu... 481 2e-133
gi|297634116|ref|ZP_06951896.1| PPE family protein [Mycobacteriu... 481 2e-133
gi|340626569|ref|YP_004745021.1| PPE family protein [Mycobacteri... 479 5e-133
gi|57116882|ref|YP_177817.1| PPE family protein [Mycobacterium t... 479 9e-133
gi|308378968|ref|ZP_07484506.2| PPE family protein [Mycobacteriu... 478 1e-132
gi|308373181|ref|ZP_07431301.2| PPE family protein [Mycobacteriu... 478 1e-132
gi|306779561|ref|ZP_07417898.1| PPE family protein [Mycobacteriu... 478 1e-132
gi|306775737|ref|ZP_07414074.1| PPE family protein [Mycobacteriu... 478 1e-132
gi|254364419|ref|ZP_04980465.1| PPE family protein [Mycobacteriu... 476 7e-132
gi|31792734|ref|NP_855227.1| PPE family protein [Mycobacterium b... 469 8e-130
gi|289759292|ref|ZP_06518670.1| PPE family protein [Mycobacteriu... 468 1e-129
gi|15842736|ref|NP_337773.1| PPE family protein [Mycobacterium t... 468 2e-129
gi|121639043|ref|YP_979267.1| PPE family protein [Mycobacterium ... 467 2e-129
gi|183985299|ref|YP_001853590.1| PPE family protein [Mycobacteri... 467 4e-129
gi|289444725|ref|ZP_06434469.1| PPE family protein [Mycobacteriu... 466 5e-129
gi|298526634|ref|ZP_07014043.1| PPE family protein [Mycobacteriu... 463 4e-128
gi|289575872|ref|ZP_06456099.1| PPE family protein [Mycobacteriu... 463 4e-128
gi|31794336|ref|NP_856829.1| PPE family protein [Mycobacterium b... 463 4e-128
gi|240170430|ref|ZP_04749089.1| PPE family protein [Mycobacteriu... 461 2e-127
gi|289448840|ref|ZP_06438584.1| PPE family protein [Mycobacteriu... 459 7e-127
gi|121639042|ref|YP_979266.1| PPE family protein [Mycobacterium ... 451 1e-124
gi|298526633|ref|ZP_07014042.1| predicted protein [Mycobacterium... 451 2e-124
gi|15842735|ref|NP_337772.1| PPE family protein [Mycobacterium t... 449 7e-124
gi|340628135|ref|YP_004746587.1| PPE family protein [Mycobacteri... 449 1e-123
>gi|148822348|ref|YP_001287102.1| PPE family protein [Mycobacterium tuberculosis F11]
gi|253799824|ref|YP_003032825.1| PPE family protein [Mycobacterium tuberculosis KZN 1435]
gi|254364039|ref|ZP_04980085.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
15 more sequence titles
Length=636
Score = 1130 bits (2922), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 618/618 (100%), Positives = 618/618 (100%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 19 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 78
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 79 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 138
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 139 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 198
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 199 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 258
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 259 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 318
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 319 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 378
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 379 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 438
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 439 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 498
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 499 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 558
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 559 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 618
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 619 NSSGGFNAGNDQSGFFDG 636
>gi|308231748|ref|ZP_07413627.2| PPE family protein [Mycobacterium tuberculosis SUMu001]
gi|308370051|ref|ZP_07420132.2| PPE family protein [Mycobacterium tuberculosis SUMu002]
gi|308370629|ref|ZP_07422169.2| PPE family protein [Mycobacterium tuberculosis SUMu003]
11 more sequence titles
Length=619
Score = 1129 bits (2919), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 618/618 (100%), Positives = 618/618 (100%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 2 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 62 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 122 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 181
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 182 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 241
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 242 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 301
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 302 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 361
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 362 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 421
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 422 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 481
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 482 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 541
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 542 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 601
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 602 NSSGGFNAGNDQSGFFDG 619
>gi|15840574|ref|NP_335611.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|13880753|gb|AAK45425.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
Length=636
Score = 1128 bits (2918), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 617/618 (99%), Positives = 617/618 (99%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 19 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 78
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSA AQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 79 AATAMAAAAAPYASWLSTAATRALSAVAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 138
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 139 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 198
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 199 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 258
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 259 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 318
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 319 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 378
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 379 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 438
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 439 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 498
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 499 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 558
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 559 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 618
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 619 NSSGGFNAGNDQSGFFDG 636
>gi|31792329|ref|NP_854822.1| PPE family protein [Mycobacterium bovis AF2122/97]
gi|57116833|ref|YP_177790.1| PPE family protein [Mycobacterium tuberculosis H37Rv]
gi|121637067|ref|YP_977290.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
26 more sequence titles
Length=618
Score = 1127 bits (2916), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 618/618 (100%), Positives = 618/618 (100%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 601 NSSGGFNAGNDQSGFFDG 618
>gi|340626147|ref|YP_004744599.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
gi|340004337|emb|CCC43480.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
Length=618
Score = 1127 bits (2914), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 617/618 (99%), Positives = 617/618 (99%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFN GNDQSGFFDG
Sbjct 601 NSSGGFNTGNDQSGFFDG 618
>gi|289569131|ref|ZP_06449358.1| PPE family protein [Mycobacterium tuberculosis T17]
gi|289542885|gb|EFD46533.1| PPE family protein [Mycobacterium tuberculosis T17]
Length=618
Score = 1125 bits (2909), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 617/618 (99%), Positives = 617/618 (99%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPE NSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEDNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 601 NSSGGFNAGNDQSGFFDG 618
>gi|298524632|ref|ZP_07012041.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
gi|298494426|gb|EFI29720.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
Length=554
Score = 1004 bits (2597), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 554/554 (100%), Positives = 554/554 (100%), Gaps = 0/554 (0%)
Query 65 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 124
MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN
Sbjct 1 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 60
Query 125 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTAPALA 184
LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTAPALA
Sbjct 61 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTAPALA 120
Query 185 SGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFF 244
SGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFF
Sbjct 121 SGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFF 180
Query 245 NFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSF 304
NFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSF
Sbjct 181 NFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSF 240
Query 305 NVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSG 364
NVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSG
Sbjct 241 NVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSG 300
Query 365 IGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAG 424
IGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAG
Sbjct 301 IGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAG 360
Query 425 SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSG 484
SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSG
Sbjct 361 SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSG 420
Query 485 DINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIG 544
DINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIG
Sbjct 421 DINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIG 480
Query 545 HSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSG 604
HSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSG
Sbjct 481 HSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSG 540
Query 605 GFNAGNDQSGFFDG 618
GFNAGNDQSGFFDG
Sbjct 541 GFNAGNDQSGFFDG 554
>gi|167969276|ref|ZP_02551553.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
Length=618
Score = 934 bits (2415), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 590/618 (96%), Positives = 592/618 (96%), Gaps = 0/618 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGN + G + NVGSFNFGTAN
Sbjct 241 TGFFNFGSGNTANTNFGSGNSATSTCAAATTATVTSAWGISAMATGAAWNVGSFNFGTAN 300
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW
Sbjct 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA
Sbjct 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGA 540
Query 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD
Sbjct 541 FFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGD 600
Query 601 NSSGGFNAGNDQSGFFDG 618
NSSGGFNAGNDQSGFFDG
Sbjct 601 NSSGGFNAGNDQSGFFDG 618
>gi|289753201|ref|ZP_06512579.1| PPE family protein [Mycobacterium tuberculosis EAS054]
gi|289693788|gb|EFD61217.1| PPE family protein [Mycobacterium tuberculosis EAS054]
Length=522
Score = 909 bits (2350), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 510/523 (98%), Positives = 512/523 (98%), Gaps = 1/523 (0%)
Query 96 VYEAARAATVDPLLVAANRHQLVSLVLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYH 155
+YEA R + NRHQLVSLVLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYH
Sbjct 1 MYEA-RGRPPWIHCWSRNRHQLVSLVLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYH 59
Query 156 SGASAVAAQLAPWAQAVRALPNPTAPALASGPAALAIPALGIGNTGIGNIFSIGNIGDYN 215
SGASAVAAQLAPWAQAVRALPNPTAPALASGPAALAIPALGIGNTGIGNIFSIGNIGDYN
Sbjct 60 SGASAVAAQLAPWAQAVRALPNPTAPALASGPAALAIPALGIGNTGIGNIFSIGNIGDYN 119
Query 216 LGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGN 275
LGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGN
Sbjct 120 LGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGN 179
Query 276 FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN 335
FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN
Sbjct 180 FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN 239
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD
Sbjct 240 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 299
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA
Sbjct 300 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 359
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGN 515
YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGN
Sbjct 360 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGN 419
Query 516 IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF 575
IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF
Sbjct 420 IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF 479
Query 576 NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFDG 618
NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFDG
Sbjct 480 NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFDG 522
>gi|340626148|ref|YP_004744600.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
gi|340004338|emb|CCC43481.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
Length=611
Score = 733 bits (1892), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 515/627 (83%), Positives = 539/627 (86%), Gaps = 26/627 (4%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGS----------GN 230
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTG+ NLGS GN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGSDNLGSGNIGNANNGGGN 240
Query 231 TGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGN 290
TG AN+GSGN GFFN G GN NTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGN
Sbjct 241 TGNANIGSGNNGFFNLGDGNLGNTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGN 300
Query 291 VGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGL 350
VGSFNFGTANAGSF NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGL
Sbjct 301 VGSFNFGTANAGSF----------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGL 350
Query 351 TGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGF 410
TGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSN+GF N+G TNTGF
Sbjct 351 TGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNYGFANAGSTNTGF 410
Query 411 GNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGD 470
N G TNTG+GN GS NFG GNAG N G GN+G N+GVGNSGA NTGS NSG LNTG
Sbjct 411 FNGGSTNTGYGNGGSINFGIGNAGGANMGNGNAGSFNLGVGNSGAANTGSSNSGNLNTGF 470
Query 471 LNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDAN 530
N+GD NTGW NSGD NTG ++SG+LNT GS Q V NSGFG+ G+GNSGF +SGD N
Sbjct 471 SNAGDTNTGWGNSGDTNTGAYNSGNLNTAVGSVTTQAVANSGFGHSGSGNSGFFHSGDGN 530
Query 531 SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFT 590
SG QNTN+G IGHSGL NSG +VG +NSG+ NTG+FN G NTGI NS
Sbjct 531 SGLQNTNSGLATIGHSGLRNSGDATNVGFNNSGSN-NTGIFNAGTFNTGIFNSG-----N 584
Query 591 TTSGVANSGDNSSGGFNAGNDQSGFFD 617
+SG NSGDNSSG N+ ++QSGFF+
Sbjct 585 ASSGTNNSGDNSSGFSNSSDNQSGFFN 611
Score = 66.6 bits (161), Expect = 1e-08, Method: Compositional matrix adjust.
Identities = 104/283 (37%), Positives = 135/283 (48%), Gaps = 74/283 (26%)
Query 356 IGIGALNSGIGNL-GFGNSGNNNIGLFNSGNNNIG---------------FFNSGDSNFG 399
+GIG N+GIGN+ GN G+ N+G N+G++N+G N G N G
Sbjct 195 LGIG--NTGIGNIFSIGNIGDYNLGNGNTGSDNLGSGNIGNANNGGGNTGNANIGSGNNG 252
Query 400 FFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTG 459
FFN GD GN G TN G GN G+ N G GN GN NFG GN G N G GN G++N G
Sbjct 253 FFNLGD-----GNLGNTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFG 307
Query 460 SFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPV----MNSGFGN 515
+ N+G+ N G N G+ N G AN G+ N G + G+ N G G D + +NSG GN
Sbjct 308 TANAGSFNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN 367
Query 516 IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF 575
+G GNSG NN GLFN+G
Sbjct 368 LGFGNSGNNN------------------------------------------IGLFNSGN 385
Query 576 NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFDG 618
NN G NS + G AN+G ++G FN G+ +G+ +G
Sbjct 386 NNIGFFNSGD-----SNYGFANAGSTNTGFFNGGSTNTGYGNG 423
>gi|289573789|ref|ZP_06454016.1| PPE family protein [Mycobacterium tuberculosis K85]
gi|289538220|gb|EFD42798.1| PPE family protein [Mycobacterium tuberculosis K85]
Length=461
Score = 655 bits (1691), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 426/426 (100%), Positives = 426/426 (100%), Gaps = 0/426 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 19 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 78
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 79 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 138
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 139 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 198
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 199 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 258
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 259 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 318
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 319 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 378
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF
Sbjct 379 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 438
Query 421 GNAGSG 426
GNAGSG
Sbjct 439 GNAGSG 444
Score = 99.8 bits (247), Expect = 1e-18, Method: Compositional matrix adjust.
Identities = 117/254 (47%), Positives = 141/254 (56%), Gaps = 22/254 (8%)
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
L I LG N GIG N+ IG N G NLG GN+GN N+G N+G N+G N+G
Sbjct 208 LAIPALGIGNTGIG----NIFSIG--NIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGF 261
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
NFG N+ +TN G GN G N G GN G+GNFG GN G+ N G GN G N G N+G+
Sbjct 262 FNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGS 321
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPV----MNS 511
+N GS N G+ N G N G+ N G AN G+ N G + G+ N G G D + +NS
Sbjct 322 FNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNS 381
Query 512 GFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLF 571
G GN+G GNSG NN G NSG N N G F G S + G NSG NTG
Sbjct 382 GIGNLGFGNSGNNNIGLFNSG--NNNIGFFNSGDS---------NFGFFNSGD-TNTGFG 429
Query 572 NTGFNNTGIGNSAT 585
N GF NTG GN+ +
Sbjct 430 NAGFTNTGFGNAGS 443
Score = 95.1 bits (235), Expect = 3e-17, Method: Compositional matrix adjust.
Identities = 110/267 (42%), Positives = 136/267 (51%), Gaps = 38/267 (14%)
Query 276 FGLGNIGDGNRGS-GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
G+GN G GN S GN+G +N G N G+ N+GS N G N+G N G N G N N
Sbjct 213 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 272
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSG 394
N G NLGN N+G G G+ N G+GN+G GN G+ N+G FN G N G FN G
Sbjct 273 NFGSGNLGNLNLGSGNDGNG-------NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVG 325
Query 395 DSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSG 454
+N G S N GF N GNNN G N G N+G+ N G
Sbjct 326 SANHG-------------------------SPNVGFANLGNNNLGIANLGNNNLGIANLG 360
Query 455 AYNTGSFNSG--TLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSG 512
N G +G + G LNSG N G+ NSG+ N G F+SG+ N GF + D N G
Sbjct 361 NNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDS---NFG 417
Query 513 FGNIGTGNSGFNNSGDANSGFQNTNTG 539
F N G N+GF N+G N+GF N +G
Sbjct 418 FFNSGDTNTGFGNAGFTNTGFGNAGSG 444
Score = 80.5 bits (197), Expect = 9e-13, Method: Compositional matrix adjust.
Identities = 108/261 (42%), Positives = 137/261 (53%), Gaps = 36/261 (13%)
Query 356 IGIGALNSGIGNL-GFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAG 414
+GIG N+GIGN+ GN G+ N+G N+GN N+G N+G +N G N+G N G GN
Sbjct 213 LGIG--NTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTA 270
Query 415 FTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSG 474
TN G GN G+ N G GN GN NFG GN G N G GN G++N G+ N+G+ N G N G
Sbjct 271 NTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHG 330
Query 475 DFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQ 534
N G+AN G+ N G + G+ N G N+G N G +GD G
Sbjct 331 SPNVGFANLGNNNLGIANLGNNNLGIA-------------NLGNNNIGIGLTGDNMIGI- 376
Query 535 NTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSG 594
G LNSG G ++G NSG N GLFN+G NN G NS + G
Sbjct 377 ------------GALNSGIG-NLGFGNSGNN-NIGLFNSGNNNIGFFNSG-----DSNFG 417
Query 595 VANSGDNSSGGFNAGNDQSGF 615
NSGD ++G NAG +GF
Sbjct 418 FFNSGDTNTGFGNAGFTNTGF 438
Score = 78.6 bits (192), Expect = 3e-12, Method: Compositional matrix adjust.
Identities = 99/251 (40%), Positives = 122/251 (49%), Gaps = 44/251 (17%)
Query 368 LGFGNSGNNNI-GLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSG 426
LG GN+G NI + N G+ N+G N+G++N G N+G N G GN GF N G GN +
Sbjct 213 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 272
Query 427 NFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDI 486
NFG GN GN N G GN G N G+GN G N GS N G+ N G N+G FN G AN G
Sbjct 273 NFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHG-- 330
Query 487 NTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHS 546
SP N GF N+G N G N G+ N G N IG +
Sbjct 331 ---------------SP------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLT 369
Query 547 GLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGF 606
G +GI G N+G N G GNS N G+ NSG+N+ G F
Sbjct 370 G------DNMIGI---------GALNSGIGNLGFGNSGNN-----NIGLFNSGNNNIGFF 409
Query 607 NAGNDQSGFFD 617
N+G+ GFF+
Sbjct 410 NSGDSNFGFFN 420
>gi|289757228|ref|ZP_06516606.1| PPE family protein [Mycobacterium tuberculosis T85]
gi|289712792|gb|EFD76804.1| PPE family protein [Mycobacterium tuberculosis T85]
Length=438
Score = 591 bits (1523), Expect = 2e-166, Method: Compositional matrix adjust.
Identities = 391/396 (99%), Positives = 391/396 (99%), Gaps = 0/396 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 19 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 78
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 79 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 138
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 139 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 198
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 199 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 258
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 259 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 318
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 319 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 378
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDS 396
LNSGIGNLGFGNSGNNNIGLFNSGNNNIG G S
Sbjct 379 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRPGMS 414
Score = 94.7 bits (234), Expect = 5e-17, Method: Compositional matrix adjust.
Identities = 102/216 (48%), Positives = 123/216 (57%), Gaps = 12/216 (5%)
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
L I LG N GIG N+ IG N G NLG GN+GN N+G N+G N+G N+G
Sbjct 208 LAIPALGIGNTGIG----NIFSIG--NIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGF 261
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
NFG N+ +TN G GN G N G GN G+GNFG GN G+ N G GN G N G N+G+
Sbjct 262 FNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGS 321
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPV----MNS 511
+N GS N G+ N G N G+ N G AN G+ N G + G+ N G G D + +NS
Sbjct 322 FNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNS 381
Query 512 GFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSG 547
G GN+G GNSG NN G NSG N N G G SG
Sbjct 382 GIGNLGFGNSGNNNIGLFNSG--NNNIGLNRPGMSG 415
Score = 87.0 bits (214), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 94/231 (41%), Positives = 115/231 (50%), Gaps = 35/231 (15%)
Query 276 FGLGNIGDGNRGS-GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
G+GN G GN S GN+G +N G N G+ N+GS N G N+G N G N G N N
Sbjct 213 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 272
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSG 394
N G NLGN N+G G G+ N G+GN+G GN G+ N+G FN G N G FN G
Sbjct 273 NFGSGNLGNLNLGSGNDGNG-------NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVG 325
Query 395 DSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSG 454
+N G S N GF N GNNN G N G N+G+ N G
Sbjct 326 SANHG-------------------------SPNVGFANLGNNNLGIANLGNNNLGIANLG 360
Query 455 AYNTGSFNSG--TLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSP 503
N G +G + G LNSG N G+ NSG+ N G F+SG+ N G P
Sbjct 361 NNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRP 411
Score = 75.9 bits (185), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 98/237 (42%), Positives = 118/237 (50%), Gaps = 31/237 (13%)
Query 368 LGFGNSGNNNI-GLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSG 426
LG GN+G NI + N G+ N+G N+G++N G N+G N G GN GF N G GN +
Sbjct 213 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 272
Query 427 NFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDI 486
NFG GN GN N G GN G N G+GN G N GS N G+ N G N+G FN G AN
Sbjct 273 NFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSAN---- 328
Query 487 NTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHS 546
GSP N GF N+G N G N G+ N G N IG +
Sbjct 329 -------------HGSP------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLT 369
Query 547 GLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSS 603
G G +G NSG G N G N+G NN G+ NS N G+ SGD+SS
Sbjct 370 GDNMIG----IGALNSGIG-NLGFGNSGNNNIGLFNSGNNNIGLNRPGM--SGDSSS 419
Score = 57.8 bits (138), Expect = 6e-06, Method: Compositional matrix adjust.
Identities = 85/215 (40%), Positives = 106/215 (50%), Gaps = 28/215 (13%)
Query 409 GFGNAGFTNT-GFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLN 467
G GN G N GN G N G GN GN N G GN+G N+G GN+G +N GS N+ N
Sbjct 214 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 273
Query 468 TGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSG 527
G N G+ N G N G+ N G + GD N G G N G N GT N+G N G
Sbjct 274 FGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSG--------NVGSFNFGTANAGSFNVG 325
Query 528 DANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNA 587
AN G N +G + L G ++GI+N G N G+ N G NN GIG + N
Sbjct 326 SANHGSPN-------VGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDNM 373
Query 588 AFT--TTSGV-----ANSGDNSSGGFNAGNDQSGF 615
SG+ NSG+N+ G FN+GN+ G
Sbjct 374 IGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGL 408
Score = 57.0 bits (136), Expect = 9e-06, Method: Compositional matrix adjust.
Identities = 81/203 (40%), Positives = 106/203 (53%), Gaps = 20/203 (9%)
Query 419 GFGNAGSGN-FGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFN 477
G GN G GN F GN G+ N G GN+G N+G GN+G N GS N+G N G N+ + N
Sbjct 214 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 273
Query 478 TGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNT- 536
G N G++N G + G+ N G G N G GN G+GN G N G AN+G N
Sbjct 274 FGSGNLGNLNLGSGNDGNGNFGLG--------NIGDGNRGSGNVGSFNFGTANAGSFNVG 325
Query 537 --NTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSG 594
N G+ +G + L G ++GI+N G N G+ N G NN GIG + N G
Sbjct 326 SANHGSPNVGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDN---MIGIG 377
Query 595 VANSGDNSSGGFNAGNDQSGFFD 617
NSG + G N+GN+ G F+
Sbjct 378 ALNSGIGNLGFGNSGNNNIGLFN 400
>gi|294993318|ref|ZP_06799009.1| PPE family protein [Mycobacterium tuberculosis 210]
gi|326902757|gb|EGE49690.1| PPE family protein [Mycobacterium tuberculosis W-148]
Length=420
Score = 590 bits (1521), Expect = 2e-166, Method: Compositional matrix adjust.
Identities = 391/396 (99%), Positives = 391/396 (99%), Gaps = 0/396 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDS 396
LNSGIGNLGFGNSGNNNIGLFNSGNNNIG G S
Sbjct 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRPGMS 396
Score = 94.7 bits (234), Expect = 4e-17, Method: Compositional matrix adjust.
Identities = 102/216 (48%), Positives = 123/216 (57%), Gaps = 12/216 (5%)
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
L I LG N GIG N+ IG N G NLG GN+GN N+G N+G N+G N+G
Sbjct 190 LAIPALGIGNTGIG----NIFSIG--NIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGF 243
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
NFG N+ +TN G GN G N G GN G+GNFG GN G+ N G GN G N G N+G+
Sbjct 244 FNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGS 303
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPV----MNS 511
+N GS N G+ N G N G+ N G AN G+ N G + G+ N G G D + +NS
Sbjct 304 FNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNS 363
Query 512 GFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSG 547
G GN+G GNSG NN G NSG N N G G SG
Sbjct 364 GIGNLGFGNSGNNNIGLFNSG--NNNIGLNRPGMSG 397
Score = 86.7 bits (213), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 94/231 (41%), Positives = 115/231 (50%), Gaps = 35/231 (15%)
Query 276 FGLGNIGDGNRGS-GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
G+GN G GN S GN+G +N G N G+ N+GS N G N+G N G N G N N
Sbjct 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSG 394
N G NLGN N+G G G+ N G+GN+G GN G+ N+G FN G N G FN G
Sbjct 255 NFGSGNLGNLNLGSGNDGNG-------NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVG 307
Query 395 DSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSG 454
+N G S N GF N GNNN G N G N+G+ N G
Sbjct 308 SANHG-------------------------SPNVGFANLGNNNLGIANLGNNNLGIANLG 342
Query 455 AYNTGSFNSG--TLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSP 503
N G +G + G LNSG N G+ NSG+ N G F+SG+ N G P
Sbjct 343 NNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRP 393
Score = 75.9 bits (185), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 99/240 (42%), Positives = 119/240 (50%), Gaps = 31/240 (12%)
Query 365 IGNLGFGNSGNNNI-GLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNA 423
I LG GN+G NI + N G+ N+G N+G++N G N+G N G GN GF N G GN
Sbjct 192 IPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNT 251
Query 424 GSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANS 483
+ NFG GN GN N G GN G N G+GN G N GS N G+ N G N+G FN G AN
Sbjct 252 ANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSAN- 310
Query 484 GDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFI 543
GSP N GF N+G N G N G+ N G N I
Sbjct 311 ----------------HGSP------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
Query 544 GHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSS 603
G +G G +G NSG G N G N+G NN G+ NS N G+ SGD+SS
Sbjct 349 GLTGDNMIG----IGALNSGIG-NLGFGNSGNNNIGLFNSGNNNIGLNRPGM--SGDSSS 401
Score = 58.2 bits (139), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 85/215 (40%), Positives = 106/215 (50%), Gaps = 28/215 (13%)
Query 409 GFGNAGFTNT-GFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLN 467
G GN G N GN G N G GN GN N G GN+G N+G GN+G +N GS N+ N
Sbjct 196 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 255
Query 468 TGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSG 527
G N G+ N G N G+ N G + GD N G G N G N GT N+G N G
Sbjct 256 FGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSG--------NVGSFNFGTANAGSFNVG 307
Query 528 DANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNA 587
AN G N +G + L G ++GI+N G N G+ N G NN GIG + N
Sbjct 308 SANHGSPN-------VGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDNM 355
Query 588 AFT--TTSGV-----ANSGDNSSGGFNAGNDQSGF 615
SG+ NSG+N+ G FN+GN+ G
Sbjct 356 IGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGL 390
Score = 57.8 bits (138), Expect = 6e-06, Method: Compositional matrix adjust.
Identities = 81/203 (40%), Positives = 106/203 (53%), Gaps = 20/203 (9%)
Query 419 GFGNAGSGN-FGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFN 477
G GN G GN F GN G+ N G GN+G N+G GN+G N GS N+G N G N+ + N
Sbjct 196 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 255
Query 478 TGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNT- 536
G N G++N G + G+ N G G N G GN G+GN G N G AN+G N
Sbjct 256 FGSGNLGNLNLGSGNDGNGNFGLG--------NIGDGNRGSGNVGSFNFGTANAGSFNVG 307
Query 537 --NTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSG 594
N G+ +G + L G ++GI+N G N G+ N G NN GIG + N G
Sbjct 308 SANHGSPNVGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDN---MIGIG 359
Query 595 VANSGDNSSGGFNAGNDQSGFFD 617
NSG + G N+GN+ G F+
Sbjct 360 ALNSGIGNLGFGNSGNNNIGLFN 382
>gi|339294129|gb|AEJ46240.1| PPE family protein [Mycobacterium tuberculosis CCDC5079]
gi|339297768|gb|AEJ49878.1| PPE family protein [Mycobacterium tuberculosis CCDC5180]
Length=421
Score = 590 bits (1521), Expect = 3e-166, Method: Compositional matrix adjust.
Identities = 391/396 (99%), Positives = 391/396 (99%), Gaps = 0/396 (0%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP
Sbjct 2 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL
Sbjct 62 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA
Sbjct 122 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 181
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN
Sbjct 182 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 241
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN
Sbjct 242 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 301
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA
Sbjct 302 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 361
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDS 396
LNSGIGNLGFGNSGNNNIGLFNSGNNNIG G S
Sbjct 362 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRPGMS 397
Score = 94.7 bits (234), Expect = 5e-17, Method: Compositional matrix adjust.
Identities = 102/216 (48%), Positives = 123/216 (57%), Gaps = 12/216 (5%)
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
L I LG N GIG N+ IG N G NLG GN+GN N+G N+G N+G N+G
Sbjct 191 LAIPALGIGNTGIG----NIFSIG--NIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGF 244
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
NFG N+ +TN G GN G N G GN G+GNFG GN G+ N G GN G N G N+G+
Sbjct 245 FNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGS 304
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPV----MNS 511
+N GS N G+ N G N G+ N G AN G+ N G + G+ N G G D + +NS
Sbjct 305 FNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNS 364
Query 512 GFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSG 547
G GN+G GNSG NN G NSG N N G G SG
Sbjct 365 GIGNLGFGNSGNNNIGLFNSG--NNNIGLNRPGMSG 398
Score = 86.7 bits (213), Expect = 1e-14, Method: Compositional matrix adjust.
Identities = 94/231 (41%), Positives = 115/231 (50%), Gaps = 35/231 (15%)
Query 276 FGLGNIGDGNRGS-GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
G+GN G GN S GN+G +N G N G+ N+GS N G N+G N G N G N N
Sbjct 196 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 255
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSG 394
N G NLGN N+G G G+ N G+GN+G GN G+ N+G FN G N G FN G
Sbjct 256 NFGSGNLGNLNLGSGNDGNG-------NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVG 308
Query 395 DSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSG 454
+N G S N GF N GNNN G N G N+G+ N G
Sbjct 309 SANHG-------------------------SPNVGFANLGNNNLGIANLGNNNLGIANLG 343
Query 455 AYNTGSFNSG--TLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSP 503
N G +G + G LNSG N G+ NSG+ N G F+SG+ N G P
Sbjct 344 NNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGLNRP 394
Score = 75.9 bits (185), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 98/237 (42%), Positives = 118/237 (50%), Gaps = 31/237 (13%)
Query 368 LGFGNSGNNNI-GLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSG 426
LG GN+G NI + N G+ N+G N+G++N G N+G N G GN GF N G GN +
Sbjct 196 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 255
Query 427 NFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDI 486
NFG GN GN N G GN G N G+GN G N GS N G+ N G N+G FN G AN
Sbjct 256 NFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSAN---- 311
Query 487 NTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHS 546
GSP N GF N+G N G N G+ N G N IG +
Sbjct 312 -------------HGSP------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLT 352
Query 547 GLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSS 603
G G +G NSG G N G N+G NN G+ NS N G+ SGD+SS
Sbjct 353 GDNMIG----IGALNSGIG-NLGFGNSGNNNIGLFNSGNNNIGLNRPGM--SGDSSS 402
Score = 58.2 bits (139), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 85/215 (40%), Positives = 106/215 (50%), Gaps = 28/215 (13%)
Query 409 GFGNAGFTNT-GFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLN 467
G GN G N GN G N G GN GN N G GN+G N+G GN+G +N GS N+ N
Sbjct 197 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 256
Query 468 TGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSG 527
G N G+ N G N G+ N G + GD N G G N G N GT N+G N G
Sbjct 257 FGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSG--------NVGSFNFGTANAGSFNVG 308
Query 528 DANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNA 587
AN G N +G + L G ++GI+N G N G+ N G NN GIG + N
Sbjct 309 SANHGSPN-------VGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDNM 356
Query 588 AFT--TTSGV-----ANSGDNSSGGFNAGNDQSGF 615
SG+ NSG+N+ G FN+GN+ G
Sbjct 357 IGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGL 391
Score = 57.8 bits (138), Expect = 6e-06, Method: Compositional matrix adjust.
Identities = 81/203 (40%), Positives = 106/203 (53%), Gaps = 20/203 (9%)
Query 419 GFGNAGSGN-FGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFN 477
G GN G GN F GN G+ N G GN+G N+G GN+G N GS N+G N G N+ + N
Sbjct 197 GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTN 256
Query 478 TGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNT- 536
G N G++N G + G+ N G G N G GN G+GN G N G AN+G N
Sbjct 257 FGSGNLGNLNLGSGNDGNGNFGLG--------NIGDGNRGSGNVGSFNFGTANAGSFNVG 308
Query 537 --NTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSG 594
N G+ +G + L G ++GI+N G N G+ N G NN GIG + N G
Sbjct 309 SANHGSPNVGFANL----GNNNLGIANLGNN-NLGIANLGNNNIGIGLTGDN---MIGIG 360
Query 595 VANSGDNSSGGFNAGNDQSGFFD 617
NSG + G N+GN+ G F+
Sbjct 361 ALNSGIGNLGFGNSGNNNIGLFN 383
>gi|118616724|ref|YP_905056.1| PPE family protein [Mycobacterium ulcerans Agy99]
gi|118568834|gb|ABL03585.1| PPE family protein [Mycobacterium ulcerans Agy99]
Length=621
Score = 539 bits (1388), Expect = 6e-151, Method: Compositional matrix adjust.
Identities = 417/635 (66%), Positives = 476/635 (75%), Gaps = 36/635 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F++LPPEVNSALMF GAGS PTLAAA AWDGL AELG+AA +FSS T+ LA +WQGP
Sbjct 1 MNFMMLPPEVNSALMFTGAGSAPTLAAATAWDGLVAELGEAAEAFSSVTSGLASGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WLS AATRAL AA QAKAAAAV+E+A+AATV P LV ANR+QLVSL
Sbjct 61 AAAAMAAAAAPYAGWLSAAATRALGAATQAKAAAAVFESAQAATVHPELVLANRNQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATE+ YE+LWA DVAA V YH GASAVAAQLAPW QA++ALP A
Sbjct 121 VLSNLFGQNAPAIAATESTYEELWAQDVAATVGYHGGASAVAAQLAPWQQAIQALPGRVA 180
Query 181 PALASGPAALAIPALG--------IGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTG 232
+GPAA A AL IGN G GN SIGNIG+ NLG+GNTG+ANLG GN G
Sbjct 181 AMATTGPAASAAAALASGPAAALDIGNNGSGNFLSIGNIGNNNLGSGNTGSANLGGGNIG 240
Query 233 QANLGSGNTGFFNFGSGNTA----------NTNFGSGNLGNLNLGSGND-GNGNFGLGN- 280
NLGSGNTG N G+GN +TNFGSGN GNLNLGSGN G+GN G GN
Sbjct 241 NGNLGSGNTGNVNLGNGNNGFFNFGNGNLGDTNFGSGNSGNLNLGSGNRFGSGNIGFGNR 300
Query 281 IGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIAN 340
GDGN GSGN GS+NFGT N GSFN+GS N+G N+GF NLG NNLG GNN
Sbjct 301 FGDGNFGSGNAGSYNFGTGNNGSFNIGSGNNGDSNIGFGNLGTNNLG---FGNN------ 351
Query 341 LGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGF 400
G+NNIG GL+G N IGIG LN+GIGN+GFGN+G+NN+G FNSG+NNIGFFNSGD NFGF
Sbjct 352 -GSNNIGFGLSGSNQIGIGGLNAGIGNMGFGNAGDNNVGFFNSGSNNIGFFNSGDGNFGF 410
Query 401 FNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGS 460
++G TNTGF N+G TNTGFGN GS NFGFGN G N G GN+G NMG GN G NTG
Sbjct 411 AHAGSTNTGFWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNMGFGNGGGGNTGF 470
Query 461 FNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGN 520
+NSGT NTG N+ + NTGW NSG++NTGG++SG LNTG GSP Q NSGFG+ G+GN
Sbjct 471 YNSGTYNTGFSNAAETNTGWENSGNVNTGGYNSGGLNTGIGSPDTQAGPNSGFGHSGSGN 530
Query 521 SGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGI 580
SGF NSGD NSGF+N+NT GHSG+ NSG +VG SNSG+ NTG+FNTG NTGI
Sbjct 531 SGFFNSGDGNSGFENSNTCVSANGHSGVRNSGDATNVGFSNSGSN-NTGIFNTGTFNTGI 589
Query 581 GNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGF 615
NS ++ +SG+ SG NSSG N+G+DQSGF
Sbjct 590 ANSGSD-----SSGLLISGTNSSGALNSGDDQSGF 619
Score = 91.3 bits (225), Expect = 5e-16, Method: Compositional matrix adjust.
Identities = 135/363 (38%), Positives = 165/363 (46%), Gaps = 103/363 (28%)
Query 199 NTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGS 258
N G GN F GNIG GN G+ N GSGN G N G+GN G FN GSGN ++N G
Sbjct 283 NLGSGNRFGSGNIG---FGN-RFGDGNFGSGNAGSYNFGTGNNGSFNIGSGNNGDSNIGF 338
Query 259 GNLGNLNLGSGNDGNGNFG-----------------LGNIGDGNRGSGNVGSFNFGTANA 301
GNLG NLG GN+G+ N G +GN+G GN G NVG FN G+ N
Sbjct 339 GNLGTNNLGFGNNGSNNIGFGLSGSNQIGIGGLNAGIGNMGFGNAGDNNVGFFNSGSNNI 398
Query 302 GSFNVGSANHG-------------------------SPNVGFANLGNNNLGIANLGNN-- 334
G FN G N G S N GF N G N+G N G+
Sbjct 399 GFFNSGDGNFGFAHAGSTNTGFWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNM 458
Query 335 ------------------NLGIANLGNNNIGIGLTGDNMIG---IGALNSGIG------- 366
N G +N N G +G+ G G LN+GIG
Sbjct 459 GFGNGGGGNTGFYNSGTYNTGFSNAAETNTGWENSGNVNTGGYNSGGLNTGIGSPDTQAG 518
Query 367 -NLGFGNSGNNNIGLFNSGNNNIGFFNS-----GDSNFGFFNSGD-TNTGFGNAGFTNTG 419
N GFG+SG+ N G FNSG+ N GF NS + + G NSGD TN GF N+G NTG
Sbjct 519 PNSGFGHSGSGNSGFFNSGDGNSGFENSNTCVSANGHSGVRNSGDATNVGFSNSGSNNTG 578
Query 420 FGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTG 479
N G+ N G+ NSG+ ++G SGT ++G LNSGD +G
Sbjct 579 IFNTGT--------------------FNTGIANSGSDSSGLLISGTNSSGALNSGDDQSG 618
Query 480 WAN 482
+ N
Sbjct 619 FNN 621
Score = 63.9 bits (154), Expect = 8e-08, Method: Compositional matrix adjust.
Identities = 112/333 (34%), Positives = 132/333 (40%), Gaps = 106/333 (31%)
Query 195 LGIGNTGIGNIFSIGNIGD-----YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSG 249
G GN G GN F GN G YN G GN G+ N+GSGN G +N+G GN G N G G
Sbjct 290 FGSGNIGFGNRFGDGNFGSGNAGSYNFGTGNNGSFNIGSGNNGDSNIGFGNLGTNNLGFG 349
Query 250 NTANTNFGSG-------NLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVG---------- 292
N + N G G +G LN G GN G GN G N+G N GS N+G
Sbjct 350 NNGSNNIGFGLSGSNQIGIGGLNAGIGNMGFGNAGDNNVGFFNSGSNNIGFFNSGDGNFG 409
Query 293 -------------------------SFNFGTANAGSFNVGSANHGSP------------- 314
S NFG N G N+G N GS
Sbjct 410 FAHAGSTNTGFWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNMGFGNGGGGNTG 469
Query 315 -------NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGI--------- 358
N GF+N N G N GN N G N G N GIG + D G
Sbjct 470 FYNSGTYNTGFSNAAETNTGWENSGNVNTGGYNSGGLNTGIG-SPDTQAGPNSGFGHSGS 528
Query 359 ---GALNSGIGN--------------------------LGFGNSGNNNIGLFNSGNNNIG 389
G NSG GN +GF NSG+NN G+FN+G N G
Sbjct 529 GNSGFFNSGDGNSGFENSNTCVSANGHSGVRNSGDATNVGFSNSGSNNTGIFNTGTFNTG 588
Query 390 FFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGN 422
NSG + G SG ++G N+G +GF N
Sbjct 589 IANSGSDSSGLLISGTNSSGALNSGDDQSGFNN 621
>gi|183981484|ref|YP_001849775.1| PPE family protein [Mycobacterium marinum M]
gi|183174810|gb|ACC39920.1| PPE family protein [Mycobacterium marinum M]
Length=627
Score = 533 bits (1374), Expect = 3e-149, Method: Compositional matrix adjust.
Identities = 386/639 (61%), Positives = 433/639 (68%), Gaps = 38/639 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSFL+LPPE+NS MFAGAG+ P L AA AW GLA ELG AA SF S T+ LA WQG
Sbjct 2 MSFLLLPPEINSVRMFAGAGAAPMLDAAVAWGGLAEELGTAARSFESVTSGLAGQVWQGA 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPY WLS AA RA+ A+AQA+A A V+EAAR+A V P+ VAANR+ V L
Sbjct 62 AAAAMAAAAAPYTGWLSAAAARAVGASAQARAVAEVFEAARSAMVHPVAVAANRNVFVQL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V+SNLFGQNAPAIAATE AYEQ+WAADVAAMV YH GASA AA L W ++ +
Sbjct 122 VMSNLFGQNAPAIAATEGAYEQMWAADVAAMVGYHGGASAAAAALPSWEAGLQQWISGLP 181
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
AA AIPA +G +GNIGD+NLGNGNTG+ NLGSGN G NLGSGN
Sbjct 182 GVGQLQAAASAIPAFNLG---------LGNIGDFNLGNGNTGDNNLGSGNIGNLNLGSGN 232
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIG-DGNRGSGNVGSFNFGTA 299
TG N GSGN + N GSGN GN NLGSGN L ++G D N GSGN+GS NFG
Sbjct 233 TGGSNVGSGNYGDGNLGSGNYGNSNLGSGNGV-----LSSVGSDSNVGSGNLGSHNFGNG 287
Query 300 NAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIG 359
N GS N+GS N G N GFANLG+NN G ANLG+ N+G AN GNNNIG GLTGDN +GIG
Sbjct 288 NTGSSNIGSGNIGDTNRGFANLGSNNFGFANLGDGNVGFANTGNNNIGFGLTGDNQMGIG 347
Query 360 ALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTG 419
ALN+G+ N GFGNSG+NNIG FNSG++N+GFFNSG+ N+GF NSGDTNTGF N+G NTG
Sbjct 348 ALNTGLANTGFGNSGSNNIGFFNSGDHNVGFFNSGNGNYGFLNSGDTNTGFENSGSVNTG 407
Query 420 FGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTG 479
NAG+ NFG NAG NFGFGN G N G GNSG NTGSFN+G +NTGD NSG NTG
Sbjct 408 VQNAGAANFGAWNAGGGNFGFGNGGGGNFGFGNSGLSNTGSFNAGDVNTGDFNSGSTNTG 467
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTN-- 537
W NSGDINTG F+SG+LNT S Q NSGFGN GTG SGFNNSG SG QN
Sbjct 468 WGNSGDINTGLFNSGNLNTSIASSATQAGPNSGFGNTGTGLSGFNNSGVDTSGIQNAQYE 527
Query 538 ------------TGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSAT 585
F G SG N G G GI NSG G N GLFN GF N GI NS
Sbjct 528 TTKTLPPPAPPIPIHFNQGTSGFFNMGPGT-AGIGNSGGGLNRGLFNNGFLNIGIANSGD 586
Query 586 N------AAFTT--TSGVANSGDNSSGGFNAGNDQSGFF 616
N FT TSGV +SG +SG FN ++QSGFF
Sbjct 587 NGFVYVAPLFTISFTSGVFSSGAFTSGFFNTMDNQSGFF 625
Score = 102 bits (255), Expect = 1e-19, Method: Compositional matrix adjust.
Identities = 131/342 (39%), Positives = 177/342 (52%), Gaps = 41/342 (11%)
Query 277 GLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNL 336
GL +G + + +FN G N G FN+G+ N G N+G N+GN NLG N G +N+
Sbjct 179 GLPGVGQLQAAASAIPAFNLGLGNIGDFNLGNGNTGDNNLGSGNIGNLNLGSGNTGGSNV 238
Query 337 GIANLGNNNIGIGLTGDNMIGIG-ALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
G N G+ N+G G G++ +G G + S +G+ ++N+G N G++N G N+G
Sbjct 239 GSGNYGDGNLGSGNYGNSNLGSGNGVLSSVGS-------DSNVGSGNLGSHNFGNGNTGS 291
Query 396 SNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGA 455
SN G N GDTN GF N G N GF N G GN GF N GNNN GFG +G MG+G
Sbjct 292 SNIGSGNIGDTNRGFANLGSNNFGFANLGDGNVGFANTGNNNIGFGLTGDNQMGIG---- 347
Query 456 YNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGN 515
+ N+G NTG NSG N G+ NSGD N G F+SG+ N GF N
Sbjct 348 ----ALNTGLANTGFGNSGSNNIGFFNSGDHNVGFFNSGN-------------GNYGFLN 390
Query 516 IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF 575
G N+GF NSG N+G QN F G N+GGG + G F
Sbjct 391 SGDTNTGFENSGSVNTGVQNAGAANF-----GAWNAGGGNFGFGNGGGGNFGF------- 438
Query 576 NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
N+G+ N+ + A +G NSG ++G N+G+ +G F+
Sbjct 439 GNSGLSNTGSFNAGDVNTGDFNSGSTNTGWGNSGDINTGLFN 480
Score = 53.5 bits (127), Expect = 1e-04, Method: Compositional matrix adjust.
Identities = 104/315 (34%), Positives = 124/315 (40%), Gaps = 116/315 (36%)
Query 204 NIFSIGNIGDYNLGNGNTGNANLGSGNTG--QANLGSGNTGFFNFGSGNTANTNFGSGNL 261
N F N+GD N+G NTGN N+G G TG Q +G+ NTG N G GN+ + N G N
Sbjct 312 NNFGFANLGDGNVGFANTGNNNIGFGLTGDNQMGIGALNTGLANTGFGNSGSNNIGFFNS 371
Query 262 GNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAG------------------- 302
G+ N+G N GNGN+G N GD N G N GS N G NAG
Sbjct 372 GDHNVGFFNSGNGNYGFLNSGDTNTGFENSGSVNTGVQNAGAANFGAWNAGGGNFGFGNG 431
Query 303 ----------------SFNVGSAN-----HGSPNVGFANLGNNNLGIANLGNNNLGIA-- 339
SFN G N GS N G+ N G+ N G+ N GN N IA
Sbjct 432 GGGNFGFGNSGLSNTGSFNAGDVNTGDFNSGSTNTGWGNSGDINTGLFNSGNLNTSIASS 491
Query 340 ------NLGNNNIGIGLTGDNMIGI--------------------------------GAL 361
N G N G GL+G N G+ G
Sbjct 492 ATQAGPNSGFGNTGTGLSGFNNSGVDTSGIQNAQYETTKTLPPPAPPIPIHFNQGTSGFF 551
Query 362 NSGIGNLGFGNSG--------NN---NIGLFNSGNNNI---------------------- 388
N G G G GNSG NN NIG+ NSG+N
Sbjct 552 NMGPGTAGIGNSGGGLNRGLFNNGFLNIGIANSGDNGFVYVAPLFTISFTSGVFSSGAFT 611
Query 389 -GFFNSGDSNFGFFN 402
GFFN+ D+ GFF+
Sbjct 612 SGFFNTMDNQSGFFH 626
>gi|183984290|ref|YP_001852581.1| PPE family protein [Mycobacterium marinum M]
gi|183177616|gb|ACC42726.1| PPE family protein [Mycobacterium marinum M]
Length=1106
Score = 529 bits (1362), Expect = 7e-148, Method: Compositional matrix adjust.
Identities = 416/657 (64%), Positives = 472/657 (72%), Gaps = 43/657 (6%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F++LPPE+NSA +FAGAG GPTLAAAAAWDGLAA+L AA SFS+ T L AWQG
Sbjct 1 MNFMMLPPEINSARIFAGAGVGPTLAAAAAWDGLAADLASAAQSFSAITVGLVGEAWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAMAAAA PYASWL TAA RA AAQA AAAAV+EAA+AAT P LVAANR+QLVSL
Sbjct 61 AATAMAAAARPYASWLGTAAARAAVTAAQANAAAAVFEAAQAATAHPELVAANRNQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V+SNLFGQNAPAIA TEAAY+QLWA DVAAM YHSGASAVAAQLAPW QA+R L N A
Sbjct 121 VVSNLFGQNAPAIALTEAAYDQLWAQDVAAMAGYHSGASAVAAQLAPWQQALRTLQNRVA 180
Query 181 PALASGPAA--------------LAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTG---- 222
A + P++ + P L IGN G N+ S+GNIGDYNLG+GNTG
Sbjct 181 GATTALPSSGPAAAAALPGAAAAVGFPVLHIGNIGFANL-SVGNIGDYNLGSGNTGSFNL 239
Query 223 ------NANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGN-LGNLNLGSGND-GNG 274
+A+LGSGN G ANLGSGN GFFN GSGNT N NFGSGN LG+LN G GN G+
Sbjct 240 GSGNIGDASLGSGNAGNANLGSGNQGFFNLGSGNTGNINFGSGNRLGSLNFGFGNAVGDA 299
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
NFG GN G N G GN GS N+G+ N GS N GS N GS N+G N G++N+G N G+N
Sbjct 300 NFGWGNAGSSNLGLGNFGSLNWGSGNNGSTNFGSGNTGSLNLGSGNAGDSNVGFGNFGSN 359
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSG 394
N+G N GNNNIGIGL GD++IGIGALNSG GNLGFGNSG NNIG FNSG+NNIGFFNSG
Sbjct 360 NVGFGNNGNNNIGIGLNGDDLIGIGALNSGAGNLGFGNSGTNNIGFFNSGDNNIGFFNSG 419
Query 395 DSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSG 454
NFGF N+GD NTGF N TNTGFGN+G NFGFGN+G NN G GN G N+G+GN+G
Sbjct 420 SGNFGFENAGDINTGFWNGRDTNTGFGNSGLSNFGFGNSGVNNVGAGNGGSSNVGLGNAG 479
Query 455 AYNTGSFNSGTLNTGDLNSGDFNTGW----------ANSGDINTGGFHSGDLNTGFGSPV 504
NTGSFNSG NTGD NSG NTG+ NSG NTG F+SGDLNTG GSP
Sbjct 480 LLNTGSFNSGNFNTGDFNSGSMNTGYFNSSGHNTGLGNSGFTNTGFFNSGDLNTGMGSPE 539
Query 505 DQPVMNSGFGNIGTGNSGFNNSGDANSGFQN-TNTGAFFIGHSGLLNSG----GGQHVGI 559
DQ V NSGF N G+GNSGFNN+G +SGF N TN+ + F+ G +NSG G + GI
Sbjct 540 DQSVANSGFRNAGSGNSGFNNTGSFSSGFFNSTNSNSGFLNAGGTVNSGINNSGNTNAGI 599
Query 560 SNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
N G N GLFN G NTG GNS+ A F TSG+ NSG+ SSG FNAG++QSGFF
Sbjct 600 GNLGDD-NFGLFNNGTFNTGAGNSSGGAVFPYTSGLFNSGNGSSGVFNAGDEQSGFF 655
Score = 463 bits (1191), Expect = 4e-128, Method: Compositional matrix adjust.
Identities = 316/440 (72%), Positives = 354/440 (81%), Gaps = 4/440 (0%)
Query 180 APALASGPAALAIPA--LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLG 237
A A SG AL +PA LGIGN G+GN+ +GNIGDYNLG+GNTG+AN G GN GQANLG
Sbjct 669 AAATTSGLPALDLPAPNLGIGNAGVGNL-GLGNIGDYNLGSGNTGDANFGFGNIGQANLG 727
Query 238 SGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFG 297
SGN G N GSGNT +TNFGSGN+G LNLGSGN G+ N G GN G+GN GSGN G+ NFG
Sbjct 728 SGNAGNTNLGSGNTGSTNFGSGNIGALNLGSGNHGDANLGFGNFGNGNIGSGNHGAGNFG 787
Query 298 TANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIG 357
+ N GS N+GS N GS N G N GN+N+G+ N GNNNLG+ N G+NNIG GLTGDN++G
Sbjct 788 SGNTGSRNLGSGNAGSTNFGSGNHGNSNVGLGNFGNNNLGLGNNGSNNIGFGLTGDNLVG 847
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
IGALNSG GNLGFGN+G+NNIGLFNSG+NN+GFFNSGD NFG NSGDTNTG NAG TN
Sbjct 848 IGALNSGAGNLGFGNTGDNNIGLFNSGDNNVGFFNSGDGNFGLANSGDTNTGLWNAGSTN 907
Query 418 TGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFN 477
TGFGNAGS +FGFGNAG+ N GFGN+G NMG GNSG+YNTGSFNSGTLNTGD N GD N
Sbjct 908 TGFGNAGSADFGFGNAGDRNMGFGNAGAANMGAGNSGSYNTGSFNSGTLNTGDFNGGDHN 967
Query 478 TGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTN 537
TGW NSG+ NTGG +SGDLNTGFGS DQ V NSGFGN G+GNSGFNN+GD NSGF N N
Sbjct 968 TGWGNSGNTNTGGINSGDLNTGFGSSADQAVTNSGFGNNGSGNSGFNNTGDTNSGFHNAN 1027
Query 538 TGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVAN 597
T A F GHSGLLN+GG Q VGI+N+G+ FNTGLFNTGF GI NSATN T TSGVAN
Sbjct 1028 TSALFSGHSGLLNAGGSQSVGINNTGS-FNTGLFNTGFRTAGIANSATNGLLTATSGVAN 1086
Query 598 SGDNSSGGFNAGNDQSGFFD 617
SG+NSSGGFNA DQSGFF+
Sbjct 1087 SGNNSSGGFNANPDQSGFFN 1106
Score = 118 bits (296), Expect = 2e-24, Method: Compositional matrix adjust.
Identities = 216/583 (38%), Positives = 266/583 (46%), Gaps = 164/583 (28%)
Query 192 IPALGIGNTGIGNIFSIGNIGDYNLGNGN-----TGNANLGSGNTGQANLGSGNTGFFN- 245
+ G GN+G+ N+ GN G N+G GN TG+ N G+ NTG N GS NTG+FN
Sbjct 450 LSNFGFGNSGVNNV-GAGNGGSSNVGLGNAGLLNTGSFNSGNFNTGDFNSGSMNTGYFNS 508
Query 246 ----FGSGNTANTNFGSGNLGNLNLGSGNDGN---GNFGLGNIGDGNRGSGNVGSFNFGT 298
G GN+ TN G N G+LN G G+ + N G N G GN G N GSF+ G
Sbjct 509 SGHNTGLGNSGFTNTGFFNSGDLNTGMGSPEDQSVANSGFRNAGSGNSGFNNTGSFSSGF 568
Query 299 ANAGSFNVGSANHG-SPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIG-------- 349
N+ + N G N G + N G N GN N GI NLG++N G+ N G N G G
Sbjct 569 FNSTNSNSGFLNAGGTVNSGINNSGNTNAGIGNLGDDNFGLFNNGTFNTGAGNSSGGAVF 628
Query 350 ---------------------------------LTGDNMI------GIGALNSGIGNLGF 370
LTG + + G+ AL+ NLG
Sbjct 629 PYTSGLFNSGNGSSGVFNAGDEQSGFFGTSGLVLTGTDGLAAATTSGLPALDLPAPNLGI 688
Query 371 GNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNF-- 428
GN+G N+GL N G+ N+G N+GD+NFGF N G N G GNAG TN G GN GS NF
Sbjct 689 GNAGVGNLGLGNIGDYNLGSGNTGDANFGFGNIGQANLGSGNAGNTNLGSGNTGSTNFGS 748
Query 429 ------------------GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLN--- 467
GFGN GN N G GN G N G GN+G+ N GS N+G+ N
Sbjct 749 GNIGALNLGSGNHGDANLGFGNFGNGNIGSGNHGAGNFGSGNTGSRNLGSGNAGSTNFGS 808
Query 468 --------------------------------TGD-------LNSGDFNTGWANSGDINT 488
TGD LNSG N G+ N+GD N
Sbjct 809 GNHGNSNVGLGNFGNNNLGLGNNGSNNIGFGLTGDNLVGIGALNSGAGNLGFGNTGDNNI 868
Query 489 GGFHSGDLNTGFGSPVD-----------------QPVMNSGFGNIGTGNSGFNNSGDANS 531
G F+SGD N GF + D N+GFGN G+ + GF N+GD N
Sbjct 869 GLFNSGDNNVGFFNSGDGNFGLANSGDTNTGLWNAGSTNTGFGNAGSADFGFGNAGDRNM 928
Query 532 GFQNT-------------NTGAFFIGHSGLLNSG---GGQH-VGISNSGTGFNTGLFNTG 574
GF N NTG+F +SG LN+G GG H G NSG NTG N+G
Sbjct 929 GFGNAGAANMGAGNSGSYNTGSF---NSGTLNTGDFNGGDHNTGWGNSGN-TNTGGINSG 984
Query 575 FNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
NTG G+SA A T SG N+G +SG N G+ SGF +
Sbjct 985 DLNTGFGSSADQA--VTNSGFGNNGSGNSGFNNTGDTNSGFHN 1025
Score = 92.0 bits (227), Expect = 3e-16, Method: Compositional matrix adjust.
Identities = 130/331 (40%), Positives = 169/331 (52%), Gaps = 63/331 (19%)
Query 312 GSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFG 371
G P + N+G NL + N+G+ NLG N G+ N+G G GD +G G N+G NLG G
Sbjct 205 GFPVLHIGNIGFANLSVGNIGDYNLGSGNTGSFNLGSGNIGDASLGSG--NAGNANLGSG 262
Query 372 NSGNNNIGLFNSGNNNIGFFNS-GDSNFGFFNS-GDTNTGFGNAGFTNTGFGNAGSGNFG 429
N G N+G N+GN N G N G NFGF N+ GD N G+GNAG +N G GN GS N+G
Sbjct 263 NQGFFNLGSGNTGNINFGSGNRLGSLNFGFGNAVGDANFGWGNAGSSNLGLGNFGSLNWG 322
Query 430 FGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN----------------------SGTLN 467
GN G+ NFG GN+G N+G GN+G N G N +
Sbjct 323 SGNNGSTNFGSGNTGSLNLGSGNAGDSNVGFGNFGSNNVGFGNNGNNNIGIGLNGDDLIG 382
Query 468 TGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSG 527
G LNSG N G+ NSG N G F+SGD N GF F N G+GN GF N+G
Sbjct 383 IGALNSGAGNLGFGNSGTNNIGFFNSGDNNIGF------------F-NSGSGNFGFENAG 429
Query 528 DANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTGIGNSATN 586
D N+GF N ++ TGF N+GL N GF N+G+ N
Sbjct 430 DINTGFWNG-----------------------RDTNTGFGNSGLSNFGFGNSGVNNVGAG 466
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
++ G+ N+G ++G FN+GN +G F+
Sbjct 467 NGGSSNVGLGNAGLLNTGSFNSGNFNTGDFN 497
>gi|183984289|ref|YP_001852580.1| PPE family protein [Mycobacterium marinum M]
gi|183177615|gb|ACC42725.1| PPE family protein [Mycobacterium marinum M]
Length=621
Score = 527 bits (1357), Expect = 3e-147, Method: Compositional matrix adjust.
Identities = 423/635 (67%), Positives = 480/635 (76%), Gaps = 36/635 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F++LPPEVNSALMF GAGS PTLAAA AWDGLAAELG+AA +FSS T+ LA +WQGP
Sbjct 1 MNFMMLPPEVNSALMFTGAGSAPTLAAATAWDGLAAELGEAAEAFSSVTSGLASGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WLS AATRAL AA QAKAAAAV+E+A+AATV P LV ANR+QLVSL
Sbjct 61 AAAAMAAAAAPYAGWLSAAATRALGAATQAKAAAAVFESAQAATVHPELVLANRNQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATE+ YE+LWA DVAAMV YH GASAVAAQLAPW QA++ALP A
Sbjct 121 VLSNLFGQNAPAIAATESTYEELWAQDVAAMVGYHGGASAVAAQLAPWQQAIQALPGRVA 180
Query 181 PALASGPAALAIPAL--------GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTG 232
+GPAA A AL GIGN G GN SIGNIG+ NLG+GNTG+ANLG GN G
Sbjct 181 AMATTGPAASAAAALASGPAAALGIGNNGSGNFLSIGNIGNNNLGSGNTGSANLGGGNIG 240
Query 233 QANLGSGNTGFFNFGSGNTA----------NTNFGSGNLGNLNLGSGND-GNGNFGLGN- 280
NLGSGNTG N G+GN +TNFGSGN GNLNLGSGN G+GN G GN
Sbjct 241 NGNLGSGNTGNVNLGNGNNGFFNFGNGNLGDTNFGSGNSGNLNLGSGNRFGSGNIGFGNR 300
Query 281 IGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIAN 340
GDGN GSGN GS+NFGT N GSFN+GS N+G N+GF N G NNLG GNN
Sbjct 301 FGDGNFGSGNAGSYNFGTGNNGSFNIGSGNNGDSNIGFGNFGTNNLG---FGNN------ 351
Query 341 LGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGF 400
G+NNIG GL+G N IGIG LN+GIGN+GFGN+G+NN+G FNSG+NNIGFFNSGD NFGF
Sbjct 352 -GSNNIGFGLSGSNQIGIGGLNAGIGNMGFGNAGDNNVGFFNSGSNNIGFFNSGDGNFGF 410
Query 401 FNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGS 460
N+G TNTGF N+G TNTGFGN GS NFGFGN G N G GN+G NMG GN G NTG
Sbjct 411 ANAGSTNTGFWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNMGFGNGGGGNTGF 470
Query 461 FNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGN 520
+NSGT NTG N+G+ NTGW NSG++NTGG++SG LNTG GSP Q NSGFG+ G+GN
Sbjct 471 YNSGTYNTGFSNAGETNTGWENSGNVNTGGYNSGGLNTGIGSPDTQAGPNSGFGHSGSGN 530
Query 521 SGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGI 580
SGF NSGD NSGFQN+NTG GHSG+ NSG +VG SNSG+ NTG+FNTG NTGI
Sbjct 531 SGFFNSGDGNSGFQNSNTGVSANGHSGVRNSGDATNVGFSNSGSN-NTGIFNTGTFNTGI 589
Query 581 GNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGF 615
NS ++ +SG+ SG NSSG N+G+DQSGF
Sbjct 590 ANSGSD-----SSGLLISGTNSSGALNSGDDQSGF 619
Score = 90.5 bits (223), Expect = 8e-16, Method: Compositional matrix adjust.
Identities = 138/352 (40%), Positives = 167/352 (48%), Gaps = 84/352 (23%)
Query 195 LGIGNTGIGNIFSIGNIGD-----YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSG 249
G GN G GN F GN G YN G GN G+ N+GSGN G +N+G GN G N G G
Sbjct 290 FGSGNIGFGNRFGDGNFGSGNAGSYNFGTGNNGSFNIGSGNNGDSNIGFGNFGTNNLGFG 349
Query 250 NTANTNFGSG-------NLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFN-----FG 297
N + N G G +G LN G GN G GN G N+G N GS N+G FN FG
Sbjct 350 NNGSNNIGFGLSGSNQIGIGGLNAGIGNMGFGNAGDNNVGFFNSGSNNIGFFNSGDGNFG 409
Query 298 TANAGSFNVGSANHG----------SPNVGFANLGNNNLGIANLGNN------------- 334
ANAGS N G N G S N GF N G N+G N G+
Sbjct 410 FANAGSTNTGFWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNMGFGNGGGGNTG 469
Query 335 -------NLGIANLGNNNIGIGLTGDNMIG---IGALNSGIG--------NLGFGNSGNN 376
N G +N G N G +G+ G G LN+GIG N GFG+SG+
Sbjct 470 FYNSGTYNTGFSNAGETNTGWENSGNVNTGGYNSGGLNTGIGSPDTQAGPNSGFGHSGSG 529
Query 377 NIGLFNSGNNNIGFFNS-----GDSNFGFFNSGD-TNTGFGNAGFTNTGFGNAGSGNFGF 430
N G FNSG+ N GF NS + + G NSGD TN GF N+G NTG N G+
Sbjct 530 NSGFFNSGDGNSGFQNSNTGVSANGHSGVRNSGDATNVGFSNSGSNNTGIFNTGT----- 584
Query 431 GNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWAN 482
N G+ NSG+ ++G SGT ++G LNSGD +G+ N
Sbjct 585 ---------------FNTGIANSGSDSSGLLISGTNSSGALNSGDDQSGFNN 621
Score = 64.7 bits (156), Expect = 4e-08, Method: Compositional matrix adjust.
Identities = 106/269 (40%), Positives = 130/269 (49%), Gaps = 39/269 (14%)
Query 185 SGPAALAIPAL--GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTG 242
SG + I L GIGN G GN N+G +N G+ N G N G GN G AN GS NTG
Sbjct 361 SGSNQIGIGGLNAGIGNMGFGNA-GDNNVGFFNSGSNNIGFFNSGDGNFGFANAGSTNTG 419
Query 243 FFN-----FGSGNTANTNFGSGNLGNLNLGSGNDGNG---------------NFGLGNIG 282
F+N G GN + NFG GN G N+G GN G+ N G N G
Sbjct 420 FWNSGGTNTGFGNGGSLNFGFGNGGVENMGHGNAGSFNMGFGNGGGGNTGFYNSGTYNTG 479
Query 283 DGNRGSGNVGSFNFGTANAGSFNVGSANHG--------SPNVGFANLGNNNLGIANLGNN 334
N G N G N G N G +N G N G PN GF + G+ N G N G+
Sbjct 480 FSNAGETNTGWENSGNVNTGGYNSGGLNTGIGSPDTQAGPNSGFGHSGSGNSGFFNSGDG 539
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIG-NLGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N +N G+ G + G NSG N+GF NSG+NN G+FN+G N G NS
Sbjct 540 NSGFQN---SNTGVSANGHS----GVRNSGDATNVGFSNSGSNNTGIFNTGTFNTGIANS 592
Query 394 GDSNFGFFNSGDTNTGFGNAGFTNTGFGN 422
G + G SG ++G N+G +GF N
Sbjct 593 GSDSSGLLISGTNSSGALNSGDDQSGFNN 621
>gi|118616670|ref|YP_905002.1| PPE family protein [Mycobacterium ulcerans Agy99]
gi|118568780|gb|ABL03531.1| PPE family protein [Mycobacterium ulcerans Agy99]
Length=608
Score = 519 bits (1337), Expect = 6e-145, Method: Compositional matrix adjust.
Identities = 390/643 (61%), Positives = 442/643 (69%), Gaps = 61/643 (9%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F +LPPE+NSA MFAGAGSGP L+AA AWDGLA ELG AA SF S T+ L ++WQG
Sbjct 1 MNFPMLPPEINSARMFAGAGSGPMLSAAMAWDGLAVELGSAAESFGSVTSGLVGSSWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AATAM+AAAAPY SWL+ AA RA AA QAK + +EAARAA + PL VAANR+ LV L
Sbjct 61 AATAMSAAAAPYVSWLNAAAVRAGEAALQAKEVVSAFEAARAAMIHPLAVAANRNALVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VL+NLFGQNAPAIAA E +YEQ+WAADVAAM+ YH GASA A+ LA W QA++ L
Sbjct 121 VLTNLFGQNAPAIAAAEGSYEQMWAADVAAMLGYHGGASAAASGLASWQQALQGL----- 175
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
+GPAA I L IGNTG+GN+ SIGNIG +NLG GN GN NLG GNTG ANLGSGN
Sbjct 176 ----AGPAASVILGLSIGNTGVGNL-SIGNIGVFNLGGGNAGNLNLGGGNTGNANLGSGN 230
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN-----------GNFGLGN-IGDGNRGS 288
GFFN GSGNT NTNFG+GN GNLN GSGN GN GNFG GN +GD N GS
Sbjct 231 NGFFNLGSGNTGNTNFGNGNRGNLNWGSGNLGNANVGFGNFLGQGNFGFGNRVGDANLGS 290
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GN+G+ NFG N G N+GS N+G NVGF NLG+NNLG GNN G+NNIG
Sbjct 291 GNLGNANFGNGNLGDTNLGSGNNGFSNVGFGNLGSNNLG---FGNN-------GDNNIGF 340
Query 349 GLTGDNMIGI--GALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDT 406
GLTG+N +GI LN GIGN+ GNSG+NN+G FNSG+NN+GFFNSGD NFGF NSGDT
Sbjct 341 GLTGNNQVGINFAGLNGGIGNIDLGNSGDNNVGFFNSGSNNVGFFNSGDRNFGFANSGDT 400
Query 407 NTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSF----- 461
NTGF NAG NTGFGN G+ N GFGN G N G GN G N+G GNSG NTGSF
Sbjct 401 NTGFWNAGRVNTGFGNGGNFNLGFGNGGAANVGVGNGGGGNLGFGNSGTENTGSFNSGGD 460
Query 462 -NSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGN 520
NTG NSG NTG+ NSG NTG F++G +NTG GSP QP SGFGN G G
Sbjct 461 NGRNGGNTGSFNSGYVNTGFFNSGSTNTGLFNAGSVNTGIGSPDTQPGSISGFGNTGAGV 520
Query 521 SGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGI 580
SGFNNSGDA SGF N T F GI+N G + GLFNTGF N GI
Sbjct 521 SGFNNSGDATSGFMNVATTFGF-------------ASGINNVGD-YQVGLFNTGFGNAGI 566
Query 581 GNSATNAAF------TTTSGVANSGDNSSGGFNAGNDQSGFFD 617
NS NA F +SG++NSG NSSGGFN G+DQSGFF+
Sbjct 567 ANSG-NATFGIANSGALSSGISNSGTNSSGGFNTGDDQSGFFN 608
>gi|183981160|ref|YP_001849451.1| PPE family protein [Mycobacterium marinum M]
gi|183174486|gb|ACC39596.1| PPE family protein [Mycobacterium marinum M]
Length=608
Score = 503 bits (1295), Expect = 4e-140, Method: Compositional matrix adjust.
Identities = 391/643 (61%), Positives = 443/643 (69%), Gaps = 61/643 (9%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F +LPPE+NSA MFAGAGSGP L+AA AWDGLA ELG AA SF S T+ L ++WQG
Sbjct 1 MNFPMLPPEINSARMFAGAGSGPMLSAAMAWDGLAVELGSAAESFGSVTSGLVGSSWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AM+AAAAPY SWL+ AA RA AA QAK + +EAARAA + PL VAANR+ LV L
Sbjct 61 AAAAMSAAAAPYVSWLNAAAVRAGEAALQAKEVVSAFEAARAAMIHPLAVAANRNALVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VL+NLFGQNAPAIAA E +YEQ+WAADVAAM+ YH GASA A+ LA W QA++ L
Sbjct 121 VLTNLFGQNAPAIAAAEGSYEQMWAADVAAMLGYHGGASAAASGLASWQQALQGL----- 175
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
+GPAA IP L IGN G+GN+ SIGNIGD+NLG GN GN NLG GNTG ANLGSGN
Sbjct 176 ----AGPAASVIPGLSIGNIGVGNL-SIGNIGDFNLGGGNAGNLNLGGGNTGNANLGSGN 230
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN-----------GNFGLGN-IGDGNRGS 288
GFFN GSGNT NTNFG+GN GNLN GSGN GN GNFG GN +GD N GS
Sbjct 231 NGFFNLGSGNTGNTNFGNGNRGNLNWGSGNLGNANVGFGNFLGQGNFGFGNRVGDANLGS 290
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GN+G+ NFG N G N+GS N+G NVGF NLG+NNLG GNN G+NNIG
Sbjct 291 GNLGNANFGNGNLGDTNLGSGNNGFSNVGFGNLGSNNLG---FGNN-------GDNNIGF 340
Query 349 GLTGDNMIGI--GALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDT 406
GLTG+N +GI LN GIGN+G GNSG+NN+G FNSG+NN+GFFNSGD NFGF N+GDT
Sbjct 341 GLTGNNQVGINFAGLNGGIGNIGLGNSGDNNVGFFNSGSNNVGFFNSGDGNFGFANAGDT 400
Query 407 NTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSF----- 461
NTGF NAG NTGFGN G+ N GFGN G N G GN G NMG GNSG NTGSF
Sbjct 401 NTGFWNAGRVNTGFGNGGNFNLGFGNGGAANVGVGNGGGGNMGFGNSGTENTGSFNSGGD 460
Query 462 -NSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGN 520
NTG NSG NTG+ NSG NTG F++G +NTG GSP QP SGFGN G G
Sbjct 461 NGPNGGNTGSFNSGYVNTGFFNSGSTNTGLFNAGSVNTGIGSPDTQPGSISGFGNTGAGV 520
Query 521 SGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGI 580
SGFNNSGDA SGF N T F GI+N G + GLFNTGF N GI
Sbjct 521 SGFNNSGDATSGFMNVATTFGFT-------------SGINNVGD-YQVGLFNTGFGNAGI 566
Query 581 GNSATNAAF------TTTSGVANSGDNSSGGFNAGNDQSGFFD 617
NS NA F +SG++NSG NSSGGFN G+DQSGFF+
Sbjct 567 ANSG-NATFGIANSGALSSGISNSGTNSSGGFNTGDDQSGFFN 608
>gi|240169655|ref|ZP_04748314.1| PPE family protein [Mycobacterium kansasii ATCC 12478]
Length=1081
Score = 490 bits (1262), Expect = 3e-136, Method: Compositional matrix adjust.
Identities = 377/659 (58%), Positives = 438/659 (67%), Gaps = 63/659 (9%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NS MF+GAGS P L AA AWDGL+AELG AA+SFSS T LA AWQGP
Sbjct 1 MNFSVLPPEINSLRMFSGAGSAPMLQAATAWDGLSAELGSAASSFSSVTFGLAGQAWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA AA QA A A+V++AAR A V P++VAANR++ V L
Sbjct 61 AAQAMAAAAAPYAGWLNVAAARAAGAADQANAVASVFDAARTAMVRPVVVAANRNEFVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V+SNLFGQNAPAIAA EA YE +WA+ VA M YHSG S +A QLA W A++ +
Sbjct 121 VMSNLFGQNAPAIAAAEAEYEGMWASAVATMAGYHSGVSVIAGQLASWRGALQGVAGQVG 180
Query 181 PALASGPAALA--------------------IPAL--GIGNTGIGNIFSIGNIGDYNLGN 218
A+++ P A +PA+ G GNTG N+ IGNIG+YNLG+
Sbjct 181 GAVSASPIGAAAAAVGSTVAASPVAAAAASILPAINTGFGNTGAWNV-GIGNIGNYNLGS 239
Query 219 GN----------TGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGS 268
GN GNANLGSGN NLGSGN GFFN G+GN + N G+GN G+LN GS
Sbjct 240 GNHGDLNFGSGNYGNANLGSGNVANGNLGSGNRGFFNLGNGNFGSLNLGNGNRGDLNFGS 299
Query 269 GN----DGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNN 324
GN DGN NFG GN G+ N GSGN S NFG N G N+GS NHGS N+GF N G+
Sbjct 300 GNTGPVDGNRNFGFGNWGNANLGSGNHSSNNFGFGNWGPMNMGSGNHGSYNIGFGNFGSK 359
Query 325 NLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSG 384
NLG N GNNN IG GLTGDN +GIG LNSGIGN+GFGNSGNNNIGLFNSG
Sbjct 360 NLGFGNHGNNN----------IGFGLTGDNQVGIGGLNSGIGNIGFGNSGNNNIGLFNSG 409
Query 385 NNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSG 444
+NN GFFNSG NFGF NSG+ NTGF NAG NTG GN G+ +FGFGN G + GFGN G
Sbjct 410 DNNFGFFNSGSGNFGFANSGNINTGFWNAGNWNTGAGNGGNLDFGFGNGGIKDVGFGNGG 469
Query 445 FENMGVGNSGAYNTGSFNS--GTLNTGDLNSGDF-----NTGWANSGDINTGGFHSGDLN 497
+NMG NSG +NTG FNS GT T NSG F NTG+ NSG NTG F++G +N
Sbjct 470 SDNMGFFNSGDFNTGDFNSGGGTFGTSAGNSGSFNSSPNNTGFFNSGATNTGLFNAGSVN 529
Query 498 TGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHV 557
TGFGS +DQP SGF N GT SGFNN+G A SGFQNTNTG +SG+ NSG G
Sbjct 530 TGFGSSIDQPGSVSGFNNTGTDVSGFNNTGPATSGFQNTNTGLGL--NSGIGNSGDGD-A 586
Query 558 GISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G NSGT N+G FN G N+ G+ +S SG+AN+G SSG FN G++QSGF
Sbjct 587 GWFNSGT-INSGWFNKGTNDFGLAHSG-----ELVSGIANAGMFSSGFFNTGDNQSGFL 639
Score = 367 bits (942), Expect = 3e-99, Method: Compositional matrix adjust.
Identities = 272/461 (60%), Positives = 313/461 (68%), Gaps = 42/461 (9%)
Query 171 AVRALPNPTAPALASGPAALAIPAL--GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGS 228
A+ ALP+ + PA++ IP + G GNTG N+ +GNIGD+N G+GNTG+ N GS
Sbjct 647 ALPALPHLSVPAIS-------IPGINTGFGNTGSWNL-GMGNIGDFNPGSGNTGDFNFGS 698
Query 229 GNTG----------QANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGL 278
GNTG ANLGSGN GFFN GSGN NFG GN G+LNLG GN NGN G
Sbjct 699 GNTGGFNVGSGNFGNANLGSGNRGFFNLGSGNLGTANFGIGNFGDLNLGFGNLNNGNVGF 758
Query 279 GNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGI 338
GN G GN GS N GSFNFG N GS NVGS NHGS N+GF NLGNNN G N GNNN
Sbjct 759 GNFGAGNVGSANRGSFNFGGGNFGSSNVGSGNHGSHNLGFGNLGNNNFGFGNHGNNN--- 815
Query 339 ANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNF 398
IG GLTGDNMIGIG LN+G N+GFGNSGNNNIG FNSG+NN+GFFNSG++N+
Sbjct 816 -------IGFGLTGDNMIGIGGLNAGANNIGFGNSGNNNIGFFNSGDNNVGFFNSGNANY 868
Query 399 GFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNT 458
GF NSG +TGF N G NTGFGN NFGFGNAG N G GNSG +NMG GNSG NT
Sbjct 869 GFANSGSVDTGFWNTGSHNTGFGNGSDSNFGFGNAGRFNVGAGNSGLDNMGFGNSGTRNT 928
Query 459 GSFNS---GTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGN 515
GSFNS +NTG NSG+ NTGW NSGD+NTG F++G +NTGFGS +DQP SGFGN
Sbjct 929 GSFNSFAGDGVNTGWFNSGNENTGWFNSGDLNTGLFNAGSVNTGFGSSIDQPGTVSGFGN 988
Query 516 IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGF 575
GT SGF NSG SGFQN+ GA+ SG+ N+G G G N+G NTG+ N+G
Sbjct 989 TGTNMSGFYNSGTDTSGFQNSTGGAYV---SGVQNTGNGALAGFFNTGIA-NTGIANSGS 1044
Query 576 NNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
+N G+GNS ++ SGV NSG SSGGFN G+ QSGFF
Sbjct 1045 DNAGVGNSGSD-----NSGVQNSGTFSSGGFNTGDSQSGFF 1080
Score = 145 bits (367), Expect = 2e-32, Method: Compositional matrix adjust.
Identities = 163/361 (46%), Positives = 199/361 (56%), Gaps = 66/361 (18%)
Query 264 LNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGN 323
+N G GN G+ N G+GNIGD N GSGN G FNFG+ N G FNVGS N G+ ANLG+
Sbjct 664 INTGFGNTGSWNLGMGNIGDFNPGSGNTGDFNFGSGNTGGFNVGSGNFGN-----ANLGS 718
Query 324 NNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNS 383
N G NLG+ NLG AN G IG GD +G G LN+G N+GFGN G N+G N
Sbjct 719 GNRGFFNLGSGNLGTANFG-----IGNFGDLNLGFGNLNNG--NVGFGNFGAGNVGSANR 771
Query 384 GNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFG-- 441
G+ N G N G SN G N G N GFGN G N GFGN G+ N GFG G+N G G
Sbjct 772 GSFNFGGGNFGSSNVGSGNHGSHNLGFGNLGNNNFGFGNHGNNNIGFGLTGDNMIGIGGL 831
Query 442 NSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFG 501
N+G N+G GNSG N G FNSG N G NSG+ N G+ANSG ++TG +++G NTGFG
Sbjct 832 NAGANNIGFGNSGNNNIGFFNSGDNNVGFFNSGNANYGFANSGSVDTGFWNTGSHNTGFG 891
Query 502 SPVDQPVMNSGFGN-----IGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQH 556
+ D N GFGN +G GNSG +N G NSG +N TG+F
Sbjct 892 NGSDS---NFGFGNAGRFNVGAGNSGLDNMGFGNSGTRN--TGSF--------------- 931
Query 557 VGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
S +G G NTG FN SG+ ++G FN+G+ +G F
Sbjct 932 --NSFAGDGVNTGWFN-------------------------SGNENTGWFNSGDLNTGLF 964
Query 617 D 617
+
Sbjct 965 N 965
Score = 116 bits (290), Expect = 1e-23, Method: Compositional matrix adjust.
Identities = 194/490 (40%), Positives = 231/490 (48%), Gaps = 100/490 (20%)
Query 215 NLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNG 274
N+G GN+GN N+G N+G N G N+G NFG N+ N N G N GN N G+GN GN
Sbjct 392 NIGFGNSGNNNIGLFNSGDNNFGFFNSGSGNFGFANSGNINTGFWNAGNWNTGAGNGGNL 451
Query 275 NFGLGN-----IGDGNRGSGNVGSFNFGTANAGSFNVGSANHG-----------SPN-VG 317
+FG GN +G GN GS N+G FN G N G FN G G SPN G
Sbjct 452 DFGFGNGGIKDVGFGNGGSDNMGFFNSGDFNTGDFNSGGGTFGTSAGNSGSFNSSPNNTG 511
Query 318 FANLGNNNLGIANLGNNNLGIA-------------NLGNNNIGIGLTGDNMIGIGALNSG 364
F N G N G+ N G+ N G N G + G TG G N+G
Sbjct 512 FFNSGATNTGLFNAGSVNTGFGSSIDQPGSVSGFNNTGTDVSGFNNTGPATSGFQNTNTG 571
Query 365 IG-NLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFG--------------------FFNS 403
+G N G GNSG+ + G FNSG N G+FN G ++FG FFN+
Sbjct 572 LGLNSGIGNSGDGDAGWFNSGTINSGWFNKGTNDFGLAHSGELVSGIANAGMFSSGFFNT 631
Query 404 GDTNTGFGNAGF--------------------TNTGFGNAGSGNFGFGNAGNNNFGFGNS 443
GD +GF +A NTGFGN GS N G GN G+ N G GN+
Sbjct 632 GDNQSGFLHAILPTVALPALPHLSVPAISIPGINTGFGNTGSWNLGMGNIGDFNPGSGNT 691
Query 444 GFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSP 503
G N G GN+G +N GS N G N G N G FN G N G N G + GDLN GFG+
Sbjct 692 GDFNFGSGNTGGFNVGSGNFGNANLGSGNRGFFNLGSGNLGTANFGIGNFGDLNLGFGNL 751
Query 504 VDQPVMNSGFGNIGTGNSGFNNSGDANSG---FQNTNTGAFFIGHSGLLNSG----GGQH 556
+ V GFGN G GN G N G N G F ++N G+ G+ G N G G +
Sbjct 752 NNGNV---GFGNFGAGNVGSANRGSFNFGGGNFGSSNVGS---GNHGSHNLGFGNLGNNN 805
Query 557 VGISNSG--------TGFN---TGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGG 605
G N G TG N G N G NN G GNS N G NSGDN+ G
Sbjct 806 FGFGNHGNNNIGFGLTGDNMIGIGGLNAGANNIGFGNSGNNNI-----GFFNSGDNNVGF 860
Query 606 FNAGNDQSGF 615
FN+GN GF
Sbjct 861 FNSGNANYGF 870
Score = 93.2 bits (230), Expect = 1e-16, Method: Compositional matrix adjust.
Identities = 132/303 (44%), Positives = 154/303 (51%), Gaps = 41/303 (13%)
Query 315 NVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSG 374
N GF N G N+GI N+GN NLG N G+ N G G G+ N G GN+ GN G
Sbjct 216 NTGFGNTGAWNVGIGNIGNYNLGSGNHGDLNFGSGNYGN-------ANLGSGNVANGNLG 268
Query 375 NNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAG 434
+ N G FN GN N G N G+ N G N G NTG + G N GFGN G+ N G GN
Sbjct 269 SGNRGFFNLGNGNFGSLNLGNGNRGDLNFGSGNTGPVD-GNRNFGFGNWGNANLGSGNHS 327
Query 435 NNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSG 494
+NNFGFGN G NMG GN G+YN G N G+ N G N G+ N G+ +GD G G
Sbjct 328 SNNFGFGNWGPMNMGSGNHGSYNIGFGNFGSKNLGFGNHGNNNIGFGLTGDNQVG---IG 384
Query 495 DLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGG 554
LN+G G N GFGN G N G NSGD N GF N+ +G F
Sbjct 385 GLNSGIG--------NIGFGNSGNNNIGLFNSGDNNFGFFNSGSGNF------------- 423
Query 555 QHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSG 614
G +NSG NTG +N G NTG GN N F G N G G N G+D G
Sbjct 424 ---GFANSGN-INTGFWNAGNWNTGAGNGG-NLDF----GFGNGGIKDVGFGNGGSDNMG 474
Query 615 FFD 617
FF+
Sbjct 475 FFN 477
>gi|183981425|ref|YP_001849716.1| PPE family protein [Mycobacterium marinum M]
gi|183174751|gb|ACC39861.1| PPE family protein [Mycobacterium marinum M]
Length=632
Score = 486 bits (1252), Expect = 4e-135, Method: Compositional matrix adjust.
Identities = 375/637 (59%), Positives = 441/637 (70%), Gaps = 29/637 (4%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
MSF VLPPE+NS +FAGAGS P L AA AWDGL+AELG AA SF+S T+ L AWQG
Sbjct 1 MSFAVLPPEINSLRIFAGAGSAPMLEAAVAWDGLSAELGTAAESFASVTSGLTGQAWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAA AAPY+SWLS AA RA AA QAK A+ +EAAR+A V PL VAANR+ V L
Sbjct 61 AAKAMAAVAAPYSSWLSAAAARAAGAAGQAKMVASAFEAARSAMVHPLAVAANRNVFVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V+SNLFGQNAPAIAATE YE++WAADVAAMV YH GASA A+ L W QA+ LP
Sbjct 121 VMSNLFGQNAPAIAATEGTYEEMWAADVAAMVGYHGGASAAASGLPSWQQALSGLPGIGQ 180
Query 181 PALASGPAALAIPAL--GIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGS 238
A A A +P + G+GN+G N+ GN G +NLG+GN GN NLG GN G NLG
Sbjct 181 AAAAPAAALFNLPTVNTGLGNSGQWNL-GGGNNGSFNLGSGNFGNLNLGGGNIGNLNLGG 239
Query 239 GNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGN-VGSFNFG 297
GN GF N G+GN NTNFGSGN GNLN G GN G+GNFGLGN G GN G+ N + +F
Sbjct 240 GNFGFANLGNGNIGNTNFGSGNNGNLNFGGGNLGSGNFGLGNFGSGNFGNANGMDPVSFS 299
Query 298 TANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIG 357
T N N+G AN G+ N+G AN+G +N+G+AN+GNNN G N+GNNNIG GLTGDN +G
Sbjct 300 TGN----NIGDANLGAFNLGSANIGLSNIGLANIGNNNFGFGNVGNNNIGFGLTGDNQVG 355
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
IG+LN+G GN GFGNSG+NNIG FNSG+ N+G FNSGD N GF NSG N+GF N+G N
Sbjct 356 IGSLNAGTGNFGFGNSGDNNIGFFNSGSGNVGVFNSGDGNTGFGNSGGVNSGFWNSGGLN 415
Query 418 TGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTL------NTGDL 471
TGFGNAG+ N GF NAG++N G N+G NMG GN+G NTG FNSG NTG
Sbjct 416 TGFGNAGANNLGFSNAGSSNVGDSNAGGSNMGSGNAGYSNTGFFNSGGSATFIGGNTGFF 475
Query 472 NSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQP--VMNSGFGNIGTGNSGFNNSGDA 529
NSGD NTG N+G +NTG +SGD NT GS D P SGF N G SGFNN+ DA
Sbjct 476 NSGDLNTGGGNAGSVNTGFLNSGDFNTTVGS-ADTPAGATQSGFWNTGDNVSGFNNTNDA 534
Query 530 N-----SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGL-----FNTGFNNTG 579
SGFQN NTG F +G SG N+G Q VG +N+GTGFNTG+ FNTGFN TG
Sbjct 535 MFGGGVSGFQNMNTGFFSVG-SGFGNTGEYQ-VGFNNAGTGFNTGVGNTGSFNTGFNVTG 592
Query 580 IGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G+S + +SG+ANSGD+SSG FN ++ +GFF
Sbjct 593 SGSSGFGHSGDGSSGLANSGDSSSGAFNETDNTAGFF 629
Score = 117 bits (292), Expect = 8e-24, Method: Compositional matrix adjust.
Identities = 151/346 (44%), Positives = 184/346 (54%), Gaps = 58/346 (16%)
Query 285 NRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNN 344
N G GN G +N G N GSFN+GS N G+ N+G N+GN NLG N G ANLGN
Sbjct 196 NTGLGNSGQWNLGGGNNGSFNLGSGNFGNLNLGGGNIGN-----LNLGGGNFGFANLGNG 250
Query 345 NIGIGLTGDNMIGIGAL--------NSGIGNLGFGNSGNNNIGL----FNSGNNNIGFFN 392
NIG G G N G+GN G GN GN N G+ F++GNN
Sbjct 251 NIGNTNFGSGNNGNLNFGGGNLGSGNFGLGNFGSGNFGNAN-GMDPVSFSTGNN------ 303
Query 393 SGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGN 452
GD+N G FN G N G +N G N G+ NFGFGN GNNN GFG +G +G+G
Sbjct 304 IGDANLGAFNLGSANIGL-----SNIGLANIGNNNFGFGNVGNNNIGFGLTGDNQVGIG- 357
Query 453 SGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSG 512
S N+GT N G NSGD N G+ NSG N G F+SGD NTGFG + +NSG
Sbjct 358 -------SLNAGTGNFGFGNSGDNNIGFFNSGSGNVGVFNSGDGNTGFG---NSGGVNSG 407
Query 513 FGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFN 572
F N G N+GF N+G N GF N G +VG SN+G G N G N
Sbjct 408 FWNSGGLNTGFGNAGANNLGFSNA----------------GSSNVGDSNAG-GSNMGSGN 450
Query 573 TGFNNTGIGNSATNAAFTT-TSGVANSGDNSSGGFNAGNDQSGFFD 617
G++NTG NS +A F +G NSGD ++GG NAG+ +GF +
Sbjct 451 AGYSNTGFFNSGGSATFIGGNTGFFNSGDLNTGGGNAGSVNTGFLN 496
>gi|240167841|ref|ZP_04746500.1| PPE family protein [Mycobacterium kansasii ATCC 12478]
Length=606
Score = 483 bits (1244), Expect = 3e-134, Method: Compositional matrix adjust.
Identities = 414/635 (66%), Positives = 462/635 (73%), Gaps = 47/635 (7%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F+VLPPE+NSALM AGAGSGPTLAAAAAWDGLAAELG AA+SFS+ T+ L +WQGP
Sbjct 1 MNFVVLPPEINSALMLAGAGSGPTLAAAAAWDGLAAELGDAASSFSAVTSGLTAGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAA APYA+WLS AA RA AAAQA+AAAAV+EAA A V P LVAANR+QLVSL
Sbjct 61 AAMAMAAAVAPYANWLSAAAARAAGAAAQARAAAAVFEAALGAMVHPGLVAANRNQLVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAATEAAYEQLWA DVAAMV YH GASA+AA+LAPW QA+ A P A
Sbjct 121 VLSNLFGQNAPAIAATEAAYEQLWAQDVAAMVGYHGGASALAARLAPWQQALGAAPGAAA 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
IP L IGN G+GN+ IGNIGDYNLG+GNTGNANLGSGNTG AN G GN
Sbjct 181 S---------VIPGLTIGNIGVGNL-GIGNIGDYNLGSGNTGNANLGSGNTGNANFGGGN 230
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNI------------GDGNRGS 288
TG FN GSGNT NTNFG GN GNLN GSGN GNGNFG GN+ G+GN GS
Sbjct 231 TGLFNLGSGNTGNTNFGYGNRGNLNFGSGNRGNGNFGFGNVVGDNNFGFGNRLGNGNLGS 290
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
N+G+ NFGTAN G FN GS N G+ NVGF NLGNNNLG N GNNN+G G
Sbjct 291 ANIGNTNFGTANIGDFNFGSGNRGTSNVGFGNLGNNNLGFGNNGNNNIGFGLTG------ 344
Query 349 GLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNT 408
DNM+GIGALN+GIGNLG GN+G+NNIG FNSG+NN+GFFNSG+ NFGF N+G+T+T
Sbjct 345 ----DNMVGIGALNAGIGNLGIGNAGDNNIGFFNSGSNNVGFFNSGNGNFGFANAGNTDT 400
Query 409 GFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTL-- 466
GF NAG +TGFGN GS NFGFGNAG N G GN G N+G NSG NTGSFNSG
Sbjct 401 GFWNAGSFDTGFGNGGSLNFGFGNAGLGNVGVGNGGNGNVGFANSGGENTGSFNSGGDNF 460
Query 467 ----NTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSG 522
NTG NSGD NTG+ NSG NTG F++G +NTG GSP QP SGFGN GT SG
Sbjct 461 ANGGNTGSFNSGDLNTGFFNSGATNTGLFNAGSVNTGIGSPDTQPGSVSGFGNTGTALSG 520
Query 523 FNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGN 582
FNNSG SGF NTNTGA G + N+ G HVG FNTG N GF N+G G
Sbjct 521 FNNSGSFTSGFMNTNTGA---GFTSGFNNVGDFHVGF------FNTGSGNDGFGNSGTGT 571
Query 583 SATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
+ + T +SG+ANSG NSSGGFN G+DQSGFF+
Sbjct 572 NGIANSGTFSSGIANSGTNSSGGFNTGDDQSGFFN 606
>gi|15841015|ref|NP_336052.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|148822772|ref|YP_001287526.1| PPE family protein [Mycobacterium tuberculosis F11]
gi|254231776|ref|ZP_04925103.1| PPE family protein [Mycobacterium tuberculosis C]
9 more sequence titles
Length=760
Score = 481 bits (1239), Expect = 1e-133, Method: Compositional matrix adjust.
Identities = 354/678 (53%), Positives = 427/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 83 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 142
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 143 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 202
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 203 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 256
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 257 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 316
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 317 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 376
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 377 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 436
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 437 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 496
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 497 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 556
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 557 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 616
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 617 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 676
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 677 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 724
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 725 ISGFFNFGSLMSGFANFD 742
Score = 143 bits (361), Expect = 7e-32, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 359 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 417
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 418 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 477
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 478 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 537
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 538 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 597
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 598 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 657
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 658 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 717
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 718 FVNAGTSISGFFNFGSLMSGFANFDDE 744
>gi|121637470|ref|YP_977693.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224989944|ref|YP_002644631.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
gi|253799397|ref|YP_003032398.1| PPE family protein [Mycobacterium tuberculosis KZN 1435]
23 more sequence titles
Length=678
Score = 481 bits (1239), Expect = 1e-133, Method: Compositional matrix adjust.
Identities = 354/678 (53%), Positives = 427/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 1 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 61 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 121 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 174
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 175 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 234
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 235 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 294
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 295 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 354
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 355 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 414
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 415 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 474
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 475 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 534
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 535 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 594
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 595 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 642
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 643 ISGFFNFGSLMSGFANFD 660
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 277 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 335
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 336 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 395
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 396 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 455
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 456 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 515
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 516 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 575
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 576 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 635
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 636 FVNAGTSISGFFNFGSLMSGFANFDDE 662
>gi|323719996|gb|EGB29108.1| PPE family protein [Mycobacterium tuberculosis CDC1551A]
gi|339294522|gb|AEJ46633.1| PPE family protein [Mycobacterium tuberculosis CCDC5079]
Length=679
Score = 481 bits (1238), Expect = 2e-133, Method: Compositional matrix adjust.
Identities = 354/678 (53%), Positives = 427/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 2 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 62 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 122 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 175
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 176 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 235
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 236 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 295
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 296 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 355
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 356 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 415
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 416 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 475
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 476 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 535
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 536 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 595
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 596 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 643
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 644 ISGFFNFGSLMSGFANFD 661
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 278 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 336
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 337 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 396
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 397 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 456
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 457 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 516
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 517 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 576
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 577 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 636
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 637 FVNAGTSISGFFNFGSLMSGFANFDDE 663
>gi|254550567|ref|ZP_05141014.1| PPE family protein [Mycobacterium tuberculosis '98-R604 INH-RIF-EM']
gi|297731103|ref|ZP_06960221.1| PPE family protein [Mycobacterium tuberculosis KZN R506]
gi|298525060|ref|ZP_07012469.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
gi|298494854|gb|EFI30148.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
gi|339298158|gb|AEJ50268.1| PPE family protein [Mycobacterium tuberculosis CCDC5180]
Length=681
Score = 481 bits (1237), Expect = 2e-133, Method: Compositional matrix adjust.
Identities = 354/678 (53%), Positives = 427/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 4 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 63
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 64 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 123
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 124 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 177
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 178 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 237
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 238 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 297
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 298 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 357
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 358 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 417
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 418 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 477
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 478 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 537
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 538 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 597
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 598 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 645
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 646 ISGFFNFGSLMSGFANFD 663
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 280 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 338
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 339 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 398
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 399 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 458
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 459 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 518
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 519 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 578
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 579 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 638
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 639 FVNAGTSISGFFNFGSLMSGFANFDDE 665
>gi|297634116|ref|ZP_06951896.1| PPE family protein [Mycobacterium tuberculosis KZN 4207]
Length=687
Score = 481 bits (1237), Expect = 2e-133, Method: Compositional matrix adjust.
Identities = 354/678 (53%), Positives = 427/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 10 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 69
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 70 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 129
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 130 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 183
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 184 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 243
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 244 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 303
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 304 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 363
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 364 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 423
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 424 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 483
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 484 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 543
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 544 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 603
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 604 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 651
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 652 ISGFFNFGSLMSGFANFD 669
Score = 140 bits (352), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 286 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 344
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 345 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 404
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 405 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 464
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 465 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 524
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 525 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 584
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 585 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 644
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 645 FVNAGTSISGFFNFGSLMSGFANFDDE 671
>gi|340626569|ref|YP_004745021.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
gi|340004759|emb|CCC43903.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
Length=678
Score = 479 bits (1234), Expect = 5e-133, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 429/678 (64%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA +FS+ T+ LA +WQGP
Sbjct 1 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAAAFSAVTSQLATGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +E A AATV P V+ANR +L SL
Sbjct 61 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEEALAATVHPGAVSANRGRLRSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 121 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 174
Query 181 PALASGPAALA-IPALGIGNT------------GIGNI--FSIG------------NIGD 213
A G +A P L +GN G+GN+ F++G NIGD
Sbjct 175 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNLGSANTGSVNLGSANIGD 234
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 235 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 294
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 295 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 354
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 355 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 414
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 415 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 474
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 475 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 534
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 535 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 594
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 595 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 642
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 643 ISGFFNFGSLMSGFANFD 660
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 277 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 335
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 336 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 395
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 396 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 455
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 456 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 515
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 516 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 575
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 576 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 635
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 636 FVNAGTSISGFFNFGSLMSGFANFDDE 662
>gi|57116882|ref|YP_177817.1| PPE family protein [Mycobacterium tuberculosis H37Rv]
gi|148661344|ref|YP_001282867.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
gi|6136475|sp|Q10778.2|PPE21_MYCTU RecName: Full=Uncharacterized PPE family protein PPE21
gi|38684031|emb|CAE55401.1| PPE FAMILY PROTEIN [Mycobacterium tuberculosis H37Rv]
gi|148505496|gb|ABQ73305.1| PPE family protein [Mycobacterium tuberculosis H37Ra]
Length=678
Score = 479 bits (1232), Expect = 9e-133, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 426/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 1 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 61 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 121 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 174
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 175 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 234
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N SGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 235 LNLGSGNIGSYNLGGGNTGDLNPDSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 294
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 295 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 354
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 355 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 414
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 415 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 474
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 475 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 534
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 535 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 594
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 595 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 642
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 643 ISGFFNFGSLMSGFANFD 660
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 277 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 335
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 336 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 395
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 396 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 455
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 456 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 515
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 516 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 575
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 576 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 635
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 636 FVNAGTSISGFFNFGSLMSGFANFDDE 662
>gi|308378968|ref|ZP_07484506.2| PPE family protein [Mycobacterium tuberculosis SUMu010]
gi|308358702|gb|EFP47553.1| PPE family protein [Mycobacterium tuberculosis SUMu010]
Length=679
Score = 478 bits (1231), Expect = 1e-132, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 426/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 2 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 62 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 122 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 175
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 176 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 235
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N SGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 236 LNLGSGNIGSYNLGGGNTGDLNPDSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 295
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 296 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 355
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 356 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 415
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 416 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 475
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 476 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 535
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 536 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 595
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 596 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 643
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 644 ISGFFNFGSLMSGFANFD 661
Score = 139 bits (351), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 278 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 336
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 337 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 396
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 397 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 456
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 457 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 516
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 517 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 576
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 577 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 636
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 637 FVNAGTSISGFFNFGSLMSGFANFDDE 663
>gi|308373181|ref|ZP_07431301.2| PPE family protein [Mycobacterium tuberculosis SUMu005]
gi|308374342|ref|ZP_07435680.2| PPE family protein [Mycobacterium tuberculosis SUMu006]
gi|308375613|ref|ZP_07444506.2| PPE family protein [Mycobacterium tuberculosis SUMu007]
gi|308376758|ref|ZP_07439927.2| PPE family protein [Mycobacterium tuberculosis SUMu008]
gi|308338567|gb|EFP27418.1| PPE family protein [Mycobacterium tuberculosis SUMu005]
gi|308342268|gb|EFP31119.1| PPE family protein [Mycobacterium tuberculosis SUMu006]
gi|308345763|gb|EFP34614.1| PPE family protein [Mycobacterium tuberculosis SUMu007]
gi|308350063|gb|EFP38914.1| PPE family protein [Mycobacterium tuberculosis SUMu008]
Length=679
Score = 478 bits (1231), Expect = 1e-132, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 426/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 2 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 61
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 62 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 121
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 122 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 175
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 176 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 235
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 236 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 295
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 296 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 355
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 356 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 415
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 416 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 475
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 476 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 535
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 536 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 595
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N + +G NS T SG N+G +
Sbjct 596 TGNSGLANVG------------NYNAGIINVDDHLSGFRNSVPTITGTANISGFVNAGTS 643
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 644 ISGFFNFGSLMSGFANFD 661
Score = 102 bits (254), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 144/403 (36%), Positives = 177/403 (44%), Gaps = 131/403 (32%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 278 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 336
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 337 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 396
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 397 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 456
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 457 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 516
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA-------------GFTNTGFGNA 423
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ G N+G+ NA
Sbjct 517 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 576
Query 424 GS------------------GNFGFGNAGNNN---------------------------- 437
G+ GN G N GN N
Sbjct 577 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVDDHLSGFRNSVPTITGTANISG 636
Query 438 -----------FGFGN--SGFENMGVGNSGAYNTGSFNSGTLN 467
F FG+ SGF N SG N S SG ++
Sbjct 637 FVNAGTSISGFFNFGSLMSGFANFDDEVSGYLNGDSRASGWIH 679
>gi|306779561|ref|ZP_07417898.1| PPE family protein [Mycobacterium tuberculosis SUMu002]
gi|306784292|ref|ZP_07422614.1| PPE family protein [Mycobacterium tuberculosis SUMu003]
gi|306967658|ref|ZP_07480319.1| PPE family protein [Mycobacterium tuberculosis SUMu009]
gi|308371996|ref|ZP_07426982.2| PPE family protein [Mycobacterium tuberculosis SUMu004]
gi|308327495|gb|EFP16346.1| PPE family protein [Mycobacterium tuberculosis SUMu002]
gi|308330957|gb|EFP19808.1| PPE family protein [Mycobacterium tuberculosis SUMu003]
gi|308334778|gb|EFP23629.1| PPE family protein [Mycobacterium tuberculosis SUMu004]
gi|308354717|gb|EFP43568.1| PPE family protein [Mycobacterium tuberculosis SUMu009]
Length=681
Score = 478 bits (1231), Expect = 1e-132, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 426/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 4 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 63
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 64 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 123
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 124 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 177
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 178 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 237
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 238 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 297
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 298 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 357
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 358 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 417
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 418 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 477
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 478 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 537
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 538 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 597
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N + +G NS T SG N+G +
Sbjct 598 TGNSGLANVG------------NYNAGIINVDDHLSGFRNSVPTITGTANISGFVNAGTS 645
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 646 ISGFFNFGSLMSGFANFD 663
Score = 102 bits (253), Expect = 3e-19, Method: Compositional matrix adjust.
Identities = 144/403 (36%), Positives = 177/403 (44%), Gaps = 131/403 (32%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 280 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 338
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 339 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 398
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 399 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 458
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 459 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 518
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA-------------GFTNTGFGNA 423
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ G N+G+ NA
Sbjct 519 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 578
Query 424 GS------------------GNFGFGNAGNNN---------------------------- 437
G+ GN G N GN N
Sbjct 579 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVDDHLSGFRNSVPTITGTANISG 638
Query 438 -----------FGFGN--SGFENMGVGNSGAYNTGSFNSGTLN 467
F FG+ SGF N SG N S SG ++
Sbjct 639 FVNAGTSISGFFNFGSLMSGFANFDDEVSGYLNGDSRASGWIH 681
>gi|306775737|ref|ZP_07414074.1| PPE family protein [Mycobacterium tuberculosis SUMu001]
gi|307084126|ref|ZP_07493239.1| PPE family protein [Mycobacterium tuberculosis SUMu012]
gi|308380110|ref|ZP_07488731.2| PPE family protein [Mycobacterium tuberculosis SUMu011]
gi|308215829|gb|EFO75228.1| PPE family protein [Mycobacterium tuberculosis SUMu001]
gi|308362583|gb|EFP51434.1| PPE family protein [Mycobacterium tuberculosis SUMu011]
gi|308366248|gb|EFP55099.1| PPE family protein [Mycobacterium tuberculosis SUMu012]
Length=681
Score = 478 bits (1231), Expect = 1e-132, Method: Compositional matrix adjust.
Identities = 353/678 (53%), Positives = 426/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 4 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 63
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 64 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 123
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 124 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 177
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 178 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 237
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N SGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 238 LNLGSGNIGSYNLGGGNTGDLNPDSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 297
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 298 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 357
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 358 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 417
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 418 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 477
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 478 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 537
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 538 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 597
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 598 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 645
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 646 ISGFFNFGSLMSGFANFD 663
Score = 139 bits (350), Expect = 1e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 280 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 338
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 339 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 398
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 399 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 458
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 459 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 518
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 519 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 578
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 579 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 638
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 639 FVNAGTSISGFFNFGSLMSGFANFDDE 665
>gi|254364419|ref|ZP_04980465.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
gi|134149933|gb|EBA41978.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
Length=681
Score = 476 bits (1224), Expect = 7e-132, Method: Compositional matrix adjust.
Identities = 352/678 (52%), Positives = 425/678 (63%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +L AA SFS+ T+ LA +WQGP
Sbjct 4 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLHSAAASFSAVTSQLATGSWQGP 63
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 64 ASAAMTGVAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 123
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 124 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 177
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 178 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 237
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 238 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 297
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 298 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 357
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 358 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 417
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 418 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 477
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NS +
Sbjct 478 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSDN 537
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 538 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 597
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 598 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 645
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 646 ISGFFNFGSLMSGFANFD 663
Score = 137 bits (345), Expect = 6e-30, Method: Compositional matrix adjust.
Identities = 153/387 (40%), Positives = 199/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 280 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 338
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 339 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 398
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 399 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 458
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 459 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 518
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNS + N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 519 NTGDFNSGNVNTGYFNSDNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 578
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 579 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 638
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 639 FVNAGTSISGFFNFGSLMSGFANFDDE 665
>gi|31792734|ref|NP_855227.1| PPE family protein [Mycobacterium bovis AF2122/97]
gi|31618324|emb|CAD96242.1| PPE FAMILY PROTEIN [Mycobacterium bovis AF2122/97]
Length=678
Score = 469 bits (1206), Expect = 8e-130, Method: Compositional matrix adjust.
Identities = 355/678 (53%), Positives = 428/678 (64%), Gaps = 79/678 (11%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+F VLPPE+NSALMFAGAG GP LAAA+AW GLA +LG AA SFS+ T+ LA +WQGP
Sbjct 1 MNFSVLPPEINSALMFAGAGPGPMLAAASAWTGLAGDLGSAAASFSAVTSQLATGSWQGP 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
A+ AM AAA YA WL+TAA +A AA QA+AA + +EAA AATV P V+ANR +L SL
Sbjct 61 ASAAMTGAAASYARWLTTAAAQAEQAAGQAQAAVSAFEAALAATVHPGAVSANRGRLRSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
V SNL GQNAPAIAA EA YEQ+WAADVAAM+ YH ASAVA L P+ P+P+A
Sbjct 121 VASNLLGQNAPAIAAVEAVYEQMWAADVAAMLGYHGEASAVALSLTPFT------PSPSA 174
Query 181 PALASGPAALA-IPALGIGNT------------GIGNIFSI--------------GNIGD 213
A G +A P L +GN G+GN+ S NIGD
Sbjct 175 AATPGGAVIIAGFPFLDLGNVTIGGFNLASGNLGLGNLGSFNPGSANTGSVNLGNANIGD 234
Query 214 YNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGN 273
NLG+GN G+ NLG GNTG N GSGNTG N+GSGN + N G GNLG+ NLGSGN G+
Sbjct 235 LNLGSGNIGSYNLGGGNTGDLNPGSGNTGTLNWGSGNIGSYNLGGGNLGSYNLGSGNTGD 294
Query 274 GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGN 333
NFG GN G+ N G GN G+ NFG N G+ N G+ N G N G NLG+ N+G N G+
Sbjct 295 TNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDTNFGSGNLGSGNIGFGNKGS 354
Query 334 NNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNS 393
+N+G N GNNNIG GLTGDN IG GALNSG GNLGFGNSGN NIG FNSGNNNIG NS
Sbjct 355 HNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSGNGNIGFFNSGNNNIGMGNS 414
Query 394 G--------------DSNFGFFNSGDTNTGFGNAG----------FTNTGFGNAGSGNFG 429
G + + GF NSG+ +TG GN+G T+TG+ N+G+ N G
Sbjct 415 GNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGWFNSATTSTGWFNSGTTNTG 474
Query 430 FGNAGNNNFGFGNSG----FENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGD 485
+ N+G N G GNSG +MG+ NSG NTGSFN+G++NTGD NSG+ NTG+ NSG+
Sbjct 475 WFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSMNTGDFNSGNVNTGYFNSGN 534
Query 486 INTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN---TNTGAFF 542
INTG F+SGDLNTG + V+QPV NSG+ + GT NSG+ N+G NSGF N F
Sbjct 535 INTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANAGTFNSGFDNNARDEHAEFV 594
Query 543 IGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTT-TSGVANSGDN 601
G+SGL N G +N G+ N G + +G NS T SG N+G +
Sbjct 595 TGNSGLANVG------------NYNAGIINVGDHLSGFRNSVPTITGTANISGFVNAGTS 642
Query 602 SSGGFNAGNDQSGF--FD 617
SG FN G+ SGF FD
Sbjct 643 ISGFFNFGSLMSGFANFD 660
Score = 138 bits (347), Expect = 4e-30, Method: Compositional matrix adjust.
Identities = 154/387 (40%), Positives = 200/387 (52%), Gaps = 76/387 (19%)
Query 195 LGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANT 254
LG GN G N+ S GN GD N G GNTGN N+G GNTG +N G GNTG NFG+GNT +T
Sbjct 277 LGGGNLGSYNLGS-GNTGDTNFGGGNTGNLNVGGGNTGNSNFGFGNTGNVNFGNGNTGDT 335
Query 255 NFGSGNLGNLNLGSGNDGNGNFGLGN---------------------------IGDGNRG 287
NFGSGNLG+ N+G GN G+ N G GN +G GN G
Sbjct 336 NFGSGNLGSGNIGFGNKGSHNIGFGNSGNNNIGFGLTGDNQIGFGALNSGSGNLGFGNSG 395
Query 288 SGNVGSFN---------------------FGTA--------NAGSFNVGSANHGSPNVGF 318
+GN+G FN FG++ N+G + G N G + G+
Sbjct 396 NGNIGFFNSGNNNIGMGNSGNGVGALSVEFGSSAERSSGFGNSGELSTGIGNSGQLSTGW 455
Query 319 ANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMI--GIGALNSGIGNLGFGNSGNN 376
N + G N G N G N G N GIG +G N++ +G NSG N G N+G+
Sbjct 456 FNSATTSTGWFNSGTTNTGWFNSGTTNTGIGNSGGNLVTGSMGLFNSGHTNTGSFNAGSM 515
Query 377 NIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNA---GFTNTGFGNAGSGNFGFGNA 433
N G FNSGN N G+FNSG+ N GFFNSGD NTG N+ N+G+ + G+ N G+ NA
Sbjct 516 NTGDFNSGNVNTGYFNSGNINTGFFNSGDLNTGLFNSVNQPVQNSGWLHTGTNNSGYANA 575
Query 434 GNNNFGFGNSGFENMG---VGNSGAYNTGSFNSGTLNTGDLNSGDFNT-----------G 479
G N GF N+ + GNSG N G++N+G +N GD SG N+ G
Sbjct 576 GTFNSGFDNNARDEHAEFVTGNSGLANVGNYNAGIINVGDHLSGFRNSVPTITGTANISG 635
Query 480 WANSGDINTGGFHSGDLNTGFGSPVDQ 506
+ N+G +G F+ G L +GF + D+
Sbjct 636 FVNAGTSISGFFNFGSLMSGFANFDDE 662
>gi|289759292|ref|ZP_06518670.1| PPE family protein [Mycobacterium tuberculosis T85]
gi|289714856|gb|EFD78868.1| PPE family protein [Mycobacterium tuberculosis T85]
Length=659
Score = 468 bits (1205), Expect = 1e-129, Method: Compositional matrix adjust.
Identities = 395/642 (62%), Positives = 451/642 (71%), Gaps = 38/642 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 27 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 86
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 87 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 146
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--P 178
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP
Sbjct 147 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQ 206
Query 179 TAPALASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANL 226
A A++ G A++ NTG+GNI S GN+G NLG+GN G+ NL
Sbjct 207 VASAISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNL 266
Query 227 GSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDG 284
G GNTG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDG
Sbjct 267 GGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDG 326
Query 285 NRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNN 344
N GSGNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNN
Sbjct 327 NLGSGNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNN 376
Query 345 NIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSG 404
NIG GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+G
Sbjct 377 NIGFGLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAG 436
Query 405 DTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN-- 462
D NTGF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 437 DVNTGFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSG 496
Query 463 ----SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGT 518
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT
Sbjct 497 GVVSGIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGT 556
Query 519 GNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTG 574
SGFNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G
Sbjct 557 SVSGFNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNG 614
Query 575 FNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
N+G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 615 IYNSGVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 656
Score = 121 bits (304), Expect = 4e-25, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 202/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 235 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 294
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 295 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 348
Query 394 GDSNFGF-------------------------FNSGDTNTGFG--NAGFTNTGFGNAGSG 426
G N G +GD G G N+G N GFGN+G+
Sbjct 349 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGALNSGIGNMGFGNSGNN 408
Query 427 NFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDI 486
N GF N+GN N GF NSG N G GN+G NTG +N G NTG N G+ N G+ N+G
Sbjct 409 NIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNFGFGNAGFQ 468
Query 487 NTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
N G ++G +N G G N+G N G GN+G NSG+ N+GF N
Sbjct 469 NMGHGNAGGVNVGSG--------NAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 520
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 521 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 577
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 578 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 607
Score = 43.9 bits (102), Expect = 0.077, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 246 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 305
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 306 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 365
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 366 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 408
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 409 ------------------------------------NIGFFNSGNGN----------VGF 422
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 423 FNSGDGNTGFGNAGDVNTGFWNG 445
>gi|15842736|ref|NP_337773.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|13883059|gb|AAK47587.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
Length=686
Score = 468 bits (1204), Expect = 2e-129, Method: Compositional matrix adjust.
Identities = 395/642 (62%), Positives = 451/642 (71%), Gaps = 38/642 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 54 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 113
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 114 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 173
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--P 178
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP
Sbjct 174 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQ 233
Query 179 TAPALASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANL 226
A A++ G A++ NTG+GNI S GN+G NLG+GN G+ NL
Sbjct 234 VASAISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNL 293
Query 227 GSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDG 284
G GNTG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDG
Sbjct 294 GGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDG 353
Query 285 NRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNN 344
N GSGNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNN
Sbjct 354 NLGSGNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNN 403
Query 345 NIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSG 404
NIG GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+G
Sbjct 404 NIGFGLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAG 463
Query 405 DTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN-- 462
D NTGF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 464 DVNTGFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSG 523
Query 463 ----SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGT 518
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT
Sbjct 524 GVVSGIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGT 583
Query 519 GNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTG 574
SGFNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G
Sbjct 584 SVSGFNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNG 641
Query 575 FNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
N+G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 642 IYNSGVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 683
Score = 44.7 bits (104), Expect = 0.055, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 273 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 332
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 333 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 392
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 393 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 435
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 436 ------------------------------------NIGFFNSGNGN----------VGF 449
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 450 FNSGDGNTGFGNAGDVNTGFWNG 472
>gi|121639043|ref|YP_979267.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224991535|ref|YP_002646224.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
gi|289746972|ref|ZP_06506350.1| PPE family protein [Mycobacterium tuberculosis 02_1987]
8 more sequence titles
Length=633
Score = 467 bits (1202), Expect = 2e-129, Method: Compositional matrix adjust.
Identities = 395/642 (62%), Positives = 451/642 (71%), Gaps = 38/642 (5%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 1 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 61 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--P 178
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP
Sbjct 121 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQ 180
Query 179 TAPALASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANL 226
A A++ G A++ NTG+GNI S GN+G NLG+GN G+ NL
Sbjct 181 VASAISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNL 240
Query 227 GSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDG 284
G GNTG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDG
Sbjct 241 GGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDG 300
Query 285 NRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNN 344
N GSGNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNN
Sbjct 301 NLGSGNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNN 350
Query 345 NIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSG 404
NIG GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+G
Sbjct 351 NIGFGLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAG 410
Query 405 DTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN-- 462
D NTGF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 411 DVNTGFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSG 470
Query 463 ----SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGT 518
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT
Sbjct 471 GVVSGIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGT 530
Query 519 GNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTG 574
SGFNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G
Sbjct 531 SVSGFNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNG 588
Query 575 FNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
N+G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 589 IYNSGVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 630
Score = 117 bits (294), Expect = 5e-24, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 201/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 209 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 268
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 269 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 322
Query 394 GDSNFGF-------------------------FNSGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G +GD G G N+G GN
Sbjct 323 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGAL--------NSGIGNM 374
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 375 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 434
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 435 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 494
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 495 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 551
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 552 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 581
Score = 43.1 bits (100), Expect = 0.16, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 220 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 279
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 280 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 339
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 340 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 382
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 383 ------------------------------------NIGFFNSGNGN----------VGF 396
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 397 FNSGDGNTGFGNAGDVNTGFWNG 419
>gi|183985299|ref|YP_001853590.1| PPE family protein [Mycobacterium marinum M]
gi|183178625|gb|ACC43735.1| PPE family protein [Mycobacterium marinum M]
Length=729
Score = 467 bits (1201), Expect = 4e-129, Method: Compositional matrix adjust.
Identities = 357/711 (51%), Positives = 423/711 (60%), Gaps = 100/711 (14%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M+FLV PPE+ SA +++G GSG +AA AWDGLAAEL AA+SF S TA L AWQG
Sbjct 1 MNFLVDPPELTSARIYSGPGSGQMFSAAEAWDGLAAELRLAASSFESVTANLVAGAWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
+ATAMAA A P+ L A +A AAAQA+ A+ +EA RAATV P LVAANR Q VSL
Sbjct 61 SATAMAAVATPHVRLLQGLAGQAEQAAAQARVVASAFEAVRAATVHPALVAANRAQFVSL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALP-NPT 179
LSN+FGQNAPAIAA E YE++WA DV AMV YHS +SA A QL P+ + + L
Sbjct 121 ALSNIFGQNAPAIAAVETDYEEMWAQDVTAMVGYHSTSSAAAEQLTPFHRMLAGLSGRSV 180
Query 180 APALASGP-AALAIPALGIGNTGIGNI---------FSIGNIGDYNLGNGNTGNANLGSG 229
+ A+A G IP L IGN G+ N+ GN G+ NLG+GNTG NLGSG
Sbjct 181 SSAVAGGRLGGFVIPGLSIGNRGLLNLGLGNTGNLNLGWGNAGNLNLGSGNTGGINLGSG 240
Query 230 NTGQ--------------------ANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSG 269
NTG NLGSGNTG N GSGN + N GSGN+GNLNLGSG
Sbjct 241 NTGSFNPGWGNAGKLNLGSGNIGNMNLGSGNTGILNVGSGNIGDFNLGSGNIGNLNLGSG 300
Query 270 NDGNGNFGLGNIGD----------GNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFA 319
N G GNFG+GN G+ N GSGN G NFG N+G+ NVG N+G+ N G
Sbjct 301 NIGKGNFGIGNTGNFNLGGGNTGGHNFGSGNTGGHNFGNGNSGNHNVGGGNYGNSNFGSG 360
Query 320 NLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIG 379
N+G+ N G N GNNN+G N GNNNIG GLTGD IGIG LNSG GN+GFGNSGNNNIG
Sbjct 361 NIGSGNFGFGNSGNNNIGFGNSGNNNIGFGLTGDGQIGIGGLNSGSGNIGFGNSGNNNIG 420
Query 380 LFNSGNNNIGFFNSGDSNFGF--------------------------------------- 400
FNSG+NN+GF NSG N GF
Sbjct 421 FFNSGDNNVGFLNSGSENKGFINSGLGTGRGPNLSAGIGNSGDLNTGLFNSGGSSATTNT 480
Query 401 --FNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNT 458
FNSG NTG GN+G TNTGF N+G+ N G N+G+ N G NSG N N+G+ NT
Sbjct 481 GWFNSGSHNTGIGNSGDTNTGFFNSGNLNTGLFNSGDVNTGLFNSGNNNFAAFNAGSTNT 540
Query 459 GSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFH----------SGDLNTGFGSPVDQPV 508
GSFN+G+ NT NSGD NTG+A SG+ NTGGF+ SGDLNTG GSPVDQ V
Sbjct 541 GSFNAGSSNTLAFNSGDSNTGYAGSGNYNTGGFNSGASNTGFFDSGDLNTGIGSPVDQNV 600
Query 509 MNSGFGNIGTGNSGFNNSGDANSGFQNT---NTGAFFIGHS-GLLNSGGGQHVGISNSGT 564
NSGF N GTGNSG +GD NSGF N N+GA GH G+ ++ G ++G +N+G
Sbjct 601 ANSGFMNTGTGNSGIRGTGDYNSGFANRGTYNSGADSAGHEAGMTSNSGVLNIGSNNAGF 660
Query 565 GFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGF 615
N G +N+GF NT + TSG N G +SG F+ G SGF
Sbjct 661 -LNYGNYNSGFRNTVY---PSGTPVGNTSGFVNVGAVNSGLFSTGTGDSGF 707
Score = 96.3 bits (238), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 127/304 (42%), Positives = 151/304 (50%), Gaps = 55/304 (18%)
Query 314 PNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNS 373
P + N G NLG+ N GN NLG N GN N+G G TG I +G+ N+G N G+GN+
Sbjct 195 PGLSIGNRGLLNLGLGNTGNLNLGWGNAGNLNLGSGNTGG--INLGSGNTGSFNPGWGNA 252
Query 374 GNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGFGNAGSGNFGFGNA 433
G N+G N GN N+G N+G N G N GD N G GN G N G GN G GNFG GN
Sbjct 253 GKLNLGSGNIGNMNLGSGNTGILNVGSGNIGDFNLGSGNIGNLNLGSGNIGKGNFGIGNT 312
Query 434 GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHS 493
GN N G GN+G N G GN+G +N G+ NSG N G N G+ N G SG+I +G F
Sbjct 313 GNFNLGGGNTGGHNFGSGNTGGHNFGNGNSGNHNVGGGNYGNSNFG---SGNIGSGNF-- 367
Query 494 GDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGG 553
GFGN G N GF NSG+ N GF T G IG LNSG
Sbjct 368 ------------------GFGNSGNNNIGFGNSGNNNIGFGLTGDGQIGIGG---LNSGS 406
Query 554 GQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQS 613
G N G GNS N G NSGDN+ G N+G++
Sbjct 407 G----------------------NIGFGNSGNNNI-----GFFNSGDNNVGFLNSGSENK 439
Query 614 GFFD 617
GF +
Sbjct 440 GFIN 443
Score = 47.4 bits (111), Expect = 0.007, Method: Compositional matrix adjust.
Identities = 76/195 (39%), Positives = 103/195 (53%), Gaps = 16/195 (8%)
Query 210 NIGDYNLGNGNTGNANLGSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSG 269
N G +N G+ NT N G NTG A G+ NTG FN G+ NT F SG+L N +GS
Sbjct 539 NTGSFNAGSSNTLAFNSGDSNTGYAGSGNYNTGGFNSGASNTGF--FDSGDL-NTGIGSP 595
Query 270 NDGN-GNFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVG--SANHG---SPNVGFANLGN 323
D N N G N G GN G G +N G AN G++N G SA H + N G N+G+
Sbjct 596 VDQNVANSGFMNTGTGNSGIRGTGDYNSGFANRGTYNSGADSAGHEAGMTSNSGVLNIGS 655
Query 324 NNLGIANLGNNNLGIAN-LGNNNIGIGLTGDNMIGIGALNSGI-----GNLGFGNSGNNN 377
NN G N GN N G N + + +G T + +GA+NSG+ G+ GFG + +
Sbjct 656 NNAGFLNYGNYNSGFRNTVYPSGTPVGNT-SGFVNVGAVNSGLFSTGTGDSGFGQLADYS 714
Query 378 IGLFNSGNNNIGFFN 392
G+ N+ + G+F+
Sbjct 715 SGVLNAKDYISGYFH 729
>gi|289444725|ref|ZP_06434469.1| PPE family protein [Mycobacterium tuberculosis T46]
gi|289417644|gb|EFD14884.1| PPE family protein [Mycobacterium tuberculosis T46]
Length=629
Score = 466 bits (1200), Expect = 5e-129, Method: Compositional matrix adjust.
Identities = 392/638 (62%), Positives = 447/638 (71%), Gaps = 38/638 (5%)
Query 5 VLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGPAATA 64
+LPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG AA A
Sbjct 1 MLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGAAAAA 60
Query 65 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 124
MAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V LVLSN
Sbjct 61 MAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQLVLSN 120
Query 125 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--PTAPA 182
LFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP A A
Sbjct 121 LFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQVASA 180
Query 183 LASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANLGSGN 230
++ G A++ NTG+GNI S GN+G NLG+GN G+ NLG GN
Sbjct 181 ISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGN 240
Query 231 TGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDGNRGS 288
TG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDGN GS
Sbjct 241 TGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDGNLGS 300
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GN NIG
Sbjct 301 GNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNKNIGF 350
Query 349 GLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNT 408
GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+GD NT
Sbjct 351 GLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNT 410
Query 409 GFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN------ 462
GF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 411 GFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVS 470
Query 463 SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSG 522
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT SG
Sbjct 471 GIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGTSVSG 530
Query 523 FNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTGFNNT 578
FNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G N+
Sbjct 531 FNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNGIYNS 588
Query 579 GIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 589 GVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 626
Score = 117 bits (293), Expect = 6e-24, Method: Compositional matrix adjust.
Identities = 165/391 (43%), Positives = 202/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 205 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 264
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 265 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 318
Query 394 GDSNFGFFN-------------------------SGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G N +GD G G N+G GN
Sbjct 319 GSGNMGMSNIGFGNLGNNNLGFGNNGNKNIGFGLTGDNLVGIGAL--------NSGIGNM 370
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 371 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 430
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 431 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 490
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 491 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 547
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 548 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 577
Score = 42.7 bits (99), Expect = 0.20, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 216 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 275
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 276 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 335
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 336 NNLGFGNNGNKNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 378
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 379 ------------------------------------NIGFFNSGNGN----------VGF 392
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 393 FNSGDGNTGFGNAGDVNTGFWNG 415
>gi|298526634|ref|ZP_07014043.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
gi|298496428|gb|EFI31722.1| PPE family protein [Mycobacterium tuberculosis 94_M4241A]
Length=629
Score = 463 bits (1192), Expect = 4e-128, Method: Compositional matrix adjust.
Identities = 393/638 (62%), Positives = 447/638 (71%), Gaps = 38/638 (5%)
Query 5 VLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGPAATA 64
+LPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG AA A
Sbjct 1 MLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGAAAAA 60
Query 65 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 124
MAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V LVLSN
Sbjct 61 MAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQLVLSN 120
Query 125 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--PTAPA 182
LFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP A A
Sbjct 121 LFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQVASA 180
Query 183 LASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANLGSGN 230
++ G A + NTG+GNI S GN+G NLG+GN G+ NLG GN
Sbjct 181 ISGGAARMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGN 240
Query 231 TGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDGNRGS 288
TG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDGN GS
Sbjct 241 TGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDGNLGS 300
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNNNIG
Sbjct 301 GNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNNNIGF 350
Query 349 GLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNT 408
GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+GD NT
Sbjct 351 GLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNT 410
Query 409 GFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN------ 462
GF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 411 GFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVS 470
Query 463 SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSG 522
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT SG
Sbjct 471 GIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGTSVSG 530
Query 523 FNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTGFNNT 578
FNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G N+
Sbjct 531 FNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNGIYNS 588
Query 579 GIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 589 GVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 626
Score = 117 bits (294), Expect = 5e-24, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 201/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 205 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 264
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 265 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 318
Query 394 GDSNFGF-------------------------FNSGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G +GD G G N+G GN
Sbjct 319 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGAL--------NSGIGNM 370
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 371 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 430
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 431 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 490
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 491 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 547
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 548 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 577
Score = 43.1 bits (100), Expect = 0.17, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 216 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 275
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 276 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 335
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 336 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 378
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 379 ------------------------------------NIGFFNSGNGN----------VGF 392
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 393 FNSGDGNTGFGNAGDVNTGFWNG 415
>gi|289575872|ref|ZP_06456099.1| PPE family protein [Mycobacterium tuberculosis K85]
gi|289540303|gb|EFD44881.1| PPE family protein [Mycobacterium tuberculosis K85]
gi|339299602|gb|AEJ51712.1| PPE family protein [Mycobacterium tuberculosis CCDC5180]
Length=629
Score = 463 bits (1192), Expect = 4e-128, Method: Compositional matrix adjust.
Identities = 393/638 (62%), Positives = 448/638 (71%), Gaps = 38/638 (5%)
Query 5 VLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGPAATA 64
+LPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG AA A
Sbjct 1 MLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGAAAAA 60
Query 65 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 124
MAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V LVLSN
Sbjct 61 MAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQLVLSN 120
Query 125 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--PTAPA 182
LFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP A A
Sbjct 121 LFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQVASA 180
Query 183 LASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANLGSGN 230
++ G A++ NTG+GNI S GN+G NLG+GN G+ NLG GN
Sbjct 181 ISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGN 240
Query 231 TGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDGNRGS 288
TG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDGN GS
Sbjct 241 TGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDGNLGS 300
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNNNIG
Sbjct 301 GNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNNNIGF 350
Query 349 GLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNT 408
GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+GD NT
Sbjct 351 GLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNT 410
Query 409 GFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN------ 462
GF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 411 GFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVS 470
Query 463 SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSG 522
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT SG
Sbjct 471 GIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGTSVSG 530
Query 523 FNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTGFNNT 578
FNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G N+
Sbjct 531 FNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNGIYNS 588
Query 579 GIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 589 GVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 626
Score = 117 bits (294), Expect = 5e-24, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 201/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 205 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 264
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 265 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 318
Query 394 GDSNFGF-------------------------FNSGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G +GD G G N+G GN
Sbjct 319 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGAL--------NSGIGNM 370
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 371 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 430
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 431 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 490
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 491 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 547
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 548 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 577
Score = 43.1 bits (100), Expect = 0.17, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 216 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 275
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 276 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 335
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 336 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 378
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 379 ------------------------------------NIGFFNSGNGN----------VGF 392
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 393 FNSGDGNTGFGNAGDVNTGFWNG 415
>gi|31794336|ref|NP_856829.1| PPE family protein [Mycobacterium bovis AF2122/97]
gi|31619932|emb|CAD95276.1| PPE FAMILY PROTEIN [Mycobacterium bovis AF2122/97]
Length=632
Score = 463 bits (1191), Expect = 4e-128, Method: Compositional matrix adjust.
Identities = 395/642 (62%), Positives = 451/642 (71%), Gaps = 39/642 (6%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 1 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQG- 59
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 60 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 119
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--P 178
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP
Sbjct 120 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQ 179
Query 179 TAPALASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANL 226
A A++ G A++ NTG+GNI S GN+G NLG+GN G+ NL
Sbjct 180 VASAISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNL 239
Query 227 GSGNTGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDG 284
G GNTG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDG
Sbjct 240 GGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDG 299
Query 285 NRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNN 344
N GSGNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNN
Sbjct 300 NLGSGNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNN 349
Query 345 NIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSG 404
NIG GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+G
Sbjct 350 NIGFGLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAG 409
Query 405 DTNTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN-- 462
D NTGF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 410 DVNTGFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSG 469
Query 463 ----SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGT 518
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT
Sbjct 470 GVVSGIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGT 529
Query 519 GNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTG 574
SGFNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G
Sbjct 530 SVSGFNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNG 587
Query 575 FNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
N+G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 588 IYNSGVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 629
Score = 117 bits (294), Expect = 5e-24, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 201/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 208 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 267
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 268 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 321
Query 394 GDSNFGF-------------------------FNSGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G +GD G G N+G GN
Sbjct 322 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGAL--------NSGIGNM 373
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 374 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 433
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 434 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 493
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 494 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 550
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 551 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 580
Score = 43.1 bits (100), Expect = 0.16, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 219 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 278
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 279 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 338
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 339 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 381
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 382 ------------------------------------NIGFFNSGNGN----------VGF 395
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 396 FNSGDGNTGFGNAGDVNTGFWNG 418
>gi|240170430|ref|ZP_04749089.1| PPE family protein [Mycobacterium kansasii ATCC 12478]
Length=652
Score = 461 bits (1185), Expect = 2e-127, Method: Compositional matrix adjust.
Identities = 366/659 (56%), Positives = 430/659 (66%), Gaps = 54/659 (8%)
Query 6 LPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGPAATAM 65
+PPE+NS +FAGAGS P L AA AWD LAAELG AA SF S TA LA AWQG A+ AM
Sbjct 1 MPPEINSLRIFAGAGSAPMLEAAVAWDSLAAELGSAAESFGSVTAGLAGQAWQGAASRAM 60
Query 66 AAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSNL 125
AAAAPY+ WLSTAA RA +A+AQAKA A+ +E AR A V PL VAANR+ V LVLSN+
Sbjct 61 VAAAAPYSGWLSTAAARAAAASAQAKAVASAFETARVAMVHPLAVAANRNAFVRLVLSNV 120
Query 126 FGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVR-----ALPNPTA 180
FGQNAPAIA EA YEQ+WAADVAAMV YH GASA AA L W + ++ L P +
Sbjct 121 FGQNAPAIALAEAQYEQMWAADVAAMVGYHGGASAAAAHLQSWQRGLQQALSGVLGLPAS 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
A A+ A A G +GN G+ LG GNTG++NLGSGN G ANLGSGN
Sbjct 181 AAAAAAQNPAAGSAAAGAAAGAAAATPVGNNGNLQLGGGNTGDSNLGSGNIGNANLGSGN 240
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
TG N G GN N N GSGN GN+N+G+GN G+ NFG GNIG N G+GN G+ N G N
Sbjct 241 TGNANLGGGNIGNANLGSGNKGNINVGNGNFGSANFGDGNIGIRNAGAGNNGTANMGAGN 300
Query 301 AGSFNVG--------------------SANHGSPNVGFANLGNNNLGIANLGNNNLGIAN 340
G+ N G N+GS N+G NLGN NLG NLG+NN+G N
Sbjct 301 FGTGNFGFGNIGNGNFGGGNIGPGNVGDGNNGSTNLGSGNLGNFNLGSGNLGSNNVGFGN 360
Query 341 LGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGF 400
GNNN+G GLTG+N +GIG LNSG N+GFGNSG+NNIG FNSGNNN+GFFNSG+ N GF
Sbjct 361 HGNNNVGFGLTGNNQVGIGGLNSGNNNIGFGNSGDNNIGFFNSGNNNVGFFNSGNGNVGF 420
Query 401 FNSGDT----------NTGFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGV 450
NSG T NTGFGNAGFTNTGFGNAG N GFGNAG N G+GN+G N G
Sbjct 421 GNSGATNGGFWNAGGGNTGFGNAGFTNTGFGNAGDTNTGFGNAGRLNAGYGNAGILNAGY 480
Query 451 GNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMN 510
GN+G N G N+G NTG NSG NTG+ N+G NTG +SG++NTGF ++ ++
Sbjct 481 GNAGNVNAGFGNAGIQNTGWENSGTVNTGFGNAGMTNTGWGNSGNINTGF---LNSTNLS 537
Query 511 SGFGNIGT--GNSGFNNSGDANSGFQNTNTGAFFIGHSGLLNSG-GGQHVGISNSG---- 563
+G GN+G+ NSGF ++G NSGF NT+TG F +SG N+G GG + GI+NSG
Sbjct 538 TGVGNLGSVGPNSGFGHTGANNSGFFNTSTGGF---NSGFFNAGVGGVNSGINNSGASNV 594
Query 564 ----TGF-NTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
+GF N G+ NTG N GI NSA N TSGVANS SSGGFN G SGFF
Sbjct 595 GINNSGFANVGIGNTGARNAGIANSAPNIVI-GTSGVANSATLSSGGFNTGTSLSGFFH 652
>gi|289448840|ref|ZP_06438584.1| PPE family protein [Mycobacterium tuberculosis CPHL_A]
gi|289421798|gb|EFD18999.1| PPE family protein [Mycobacterium tuberculosis CPHL_A]
Length=628
Score = 459 bits (1181), Expect = 7e-127, Method: Compositional matrix adjust.
Identities = 393/638 (62%), Positives = 448/638 (71%), Gaps = 39/638 (6%)
Query 5 VLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGPAATA 64
+LPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG AA A
Sbjct 1 MLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQG-AAAA 59
Query 65 MAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSLVLSN 124
MAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V LVLSN
Sbjct 60 MAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQLVLSN 119
Query 125 LFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPN--PTAPA 182
LFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AA L W QA+R LP A A
Sbjct 120 LFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAALPSWQQALRGLPGLGQVASA 179
Query 183 LASGPAALAIPALGIG--------NTGIGNIFSI----GNIGDYNLGNGNTGNANLGSGN 230
++ G A++ NTG+GNI S GN+G NLG+GN G+ NLG GN
Sbjct 180 ISGGAASMFAAPAAATAAVTPPALNTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGN 239
Query 231 TGQANLGSGNTGFFNFGSGNTANTNFGSGNLGNLNLGSGND-GNGNFGLGN-IGDGNRGS 288
TG ANLG GN GF N GSGN NTNFG+GN GNLN GSGN GNGNFG GN GDGN GS
Sbjct 240 TGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLNFGSGNLLGNGNFGFGNAFGDGNLGS 299
Query 289 GNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGI 348
GNVGS N G+ N GSFNVGS N +G +N+G NLGNNNLG N GNNNIG
Sbjct 300 GNVGSTNLGSGNFGSFNVGSGN----------MGMSNIGFGNLGNNNLGFGNNGNNNIGF 349
Query 349 GLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNT 408
GLTGDN++GIGALNSGIGN+GFGNSGNNNIG FNSGN N+GFFNSGD N GF N+GD NT
Sbjct 350 GLTGDNLVGIGALNSGIGNMGFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNT 409
Query 409 GFGNAGFTNTGFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFN------ 462
GF N G NTGFGN G+ NFGFGNAG N G GN+G N+G GN+G NTG FN
Sbjct 410 GFWNGGPFNTGFGNGGNTNFGFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVS 469
Query 463 SGTLNTGDLNSGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSG 522
NTG NSG+ NTG+ N+GD+NTG F+SGD+NTG GS VDQP SGFGN GT SG
Sbjct 470 GIGGNTGSFNSGNLNTGFGNAGDLNTGLFNSGDVNTGIGSTVDQPGSVSGFGNTGTSVSG 529
Query 523 FNNSGDANSGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTG----FNTGLFNTGFNNT 578
FNNSG+ SGF N N+ F SG N G +VG NSG FNTG+FN G N+
Sbjct 530 FNNSGNLTSGFGNMNSNV-FDSTSGFQNI-GDANVGFFNSGNSNEGFFNTGMFNNGIYNS 587
Query 579 GIGNSATNAAFTTTSGVANSGDNSSGGFNAGNDQSGFF 616
G+ ++ + +SGVANSGDNSSG FN G++Q+GFF
Sbjct 588 GVASTGIANSGNASSGVANSGDNSSGAFNQGDNQAGFF 625
Score = 117 bits (294), Expect = 5e-24, Method: Compositional matrix adjust.
Identities = 164/391 (42%), Positives = 201/391 (52%), Gaps = 66/391 (16%)
Query 275 NFGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNN 334
N GLGNIG N G GNVG N G+ N GS N+G N G+ N+G N G NLG N+GN
Sbjct 204 NTGLGNIGSWNLGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNT 263
Query 335 NLGIANLGNNNIGIGLTGDNMIGIGALNSGIGN-LGFGNSGNNNIGLFNSGNNNIGFFNS 393
N G N GN N G G N++G G N G GN G GN G+ N+G N G+ N G FN
Sbjct 264 NFGNGNQGNLNFGSG----NLLGNG--NFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNV 317
Query 394 GDSNFGF-------------------------FNSGDTNTGFGNAGFTNTGFGNAGSGNF 428
G N G +GD G G N+G GN
Sbjct 318 GSGNMGMSNIGFGNLGNNNLGFGNNGNNNIGFGLTGDNLVGIGAL--------NSGIGNM 369
Query 429 GFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANSGDINT 488
GFGN+GNNN GF NSG N+G NSG NTG N+G +NTG N G FNTG+ N G+ N
Sbjct 370 GFGNSGNNNIGFFNSGNGNVGFFNSGDGNTGFGNAGDVNTGFWNGGPFNTGFGNGGNTNF 429
Query 489 GGFHSGDLNTGFGSP--VDQPVMNSGFGNIGT-----------GNSGFNNSGDANSGFQN 535
G ++G N G G+ V+ N+G N G GN+G NSG+ N+GF N
Sbjct 430 GFGNAGFQNMGHGNAGGVNVGSGNAGLANTGDFNSGGVVSGIGGNTGSFNSGNLNTGFGN 489
Query 536 T---NTGAFFIGHSGLLNSGGGQHVGISNSGTGF-NTGLFNTGFNNTG-----IGNSATN 586
NTG F +SG +N+G G V S +GF NTG +GFNN+G GN +N
Sbjct 490 AGDLNTGLF---NSGDVNTGIGSTVDQPGSVSGFGNTGTSVSGFNNSGNLTSGFGNMNSN 546
Query 587 AAFTTTSGVANSGDNSSGGFNAGNDQSGFFD 617
F +TSG N GD + G FN+GN GFF+
Sbjct 547 V-FDSTSGFQNIGDANVGFFNSGNSNEGFFN 576
Score = 43.1 bits (100), Expect = 0.17, Method: Compositional matrix adjust.
Identities = 101/263 (39%), Positives = 129/263 (50%), Gaps = 65/263 (24%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
+G N G+ NLG GN G+ N+G N+GN N+G N G +N G N G+TN G GN G N
Sbjct 215 LGGGNVGLLNLGSGNFGSLNLGGGNTGNANLGGGNWGFANLGSGNIGNTNFGNGNQGNLN 274
Query 418 TGFGNA-GSGNFGFGNA-GNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGD 475
G GN G+GNFGFGNA G+ N G GN G N+G GN G++N GS N G N G N G+
Sbjct 275 FGSGNLLGNGNFGFGNAFGDGNLGSGNVGSTNLGSGNFGSFNVGSGNMGMSNIGFGNLGN 334
Query 476 FNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQN 535
N G+ N+G+ N G +GD G G+ +NSG GN+G GNSG N
Sbjct 335 NNLGFGNNGNNNIGFGLTGDNLVGIGA------LNSGIGNMGFGNSGNN----------- 377
Query 536 TNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGV 595
N GF N+G GN G
Sbjct 378 ------------------------------------NIGFFNSGNGN----------VGF 391
Query 596 ANSGDNSSGGFNAGNDQSGFFDG 618
NSGD ++G NAG+ +GF++G
Sbjct 392 FNSGDGNTGFGNAGDVNTGFWNG 414
>gi|121639042|ref|YP_979266.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224991534|ref|YP_002646223.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
gi|121494690|emb|CAL73171.1| PPE family protein [Mycobacterium bovis BCG str. Pasteur 1173P2]
gi|224774649|dbj|BAH27455.1| PPE family protein [Mycobacterium bovis BCG str. Tokyo 172]
gi|341603081|emb|CCC65759.1| PPE family protein [Mycobacterium bovis BCG str. Moreau RDJ]
Length=589
Score = 451 bits (1161), Expect = 1e-124, Method: Compositional matrix adjust.
Identities = 381/626 (61%), Positives = 446/626 (72%), Gaps = 50/626 (7%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWD LAAEL AA+SF S T+ LA +WQG
Sbjct 1 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDRLAAELAVAASSFGSVTSGLAGQSWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AAAAAPYA WL+ AA RA A+ QAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 61 AAAM-AAAAAPYAGWLAAAAARAAGASVQAKAVASAFEAARAATVHPMLVAANRNAFVQL 119
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AAQL+ W+ ++
Sbjct 120 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAQLSSWSIGLQQALPAAP 179
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
ALA+ A+G+GN G+GN+ GN G+YNLG+GN+GNAN+GSGN+G AN+GSGN
Sbjct 180 SALAA--------AIGLGNIGVGNLGG-GNTGEYNLGSGNSGNANVGSGNSGNANVGSGN 230
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
G N GSGN NTN GSGN+GN+NLGSGN G GN+G+GN GSGN+GS N
Sbjct 231 DGATNLGSGNIGNTNLGSGNVGNVNLGSGNRG-----FGNLGNGNFGSGNLGS-----GN 280
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
GS N G N GS N+G N+G++N+G N G+NNLG+ N GNNNIG GLTGDN++GIGA
Sbjct 281 TGSTNFGGGNLGSFNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGA 340
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIG FNSGNNN+GFFNSG++NFGF N+GD NTGFGNAG TNTGF
Sbjct 341 LNSGIGNLGFGNSGNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGF 400
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAG N G GNAGN + G GN G N+GVGN+G + G N+GTLN G N+G NTG+
Sbjct 401 GNAGFFNMGIGNAGNEDMGVGNGGSFNVGVGNAGNQSVGFGNAGTLNVGFANAGSINTGF 460
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGF----------NNSGDAN 530
ANSG INTGGF SGD NTGFGS VDQ V +SGFGN G +SGF N+GD
Sbjct 461 ANSGSINTGGFDSGDRNTGFGSSVDQSVSSSGFGNTGMNSSGFFNTGNVSAGYGNNGDVQ 520
Query 531 SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFT 590
SG NTN+G F +VG NSG G G+ N+G TGI NS T
Sbjct 521 SGINNTNSGGF--------------NVGFYNSGAG-TVGIANSGLQTTGIANSG-----T 560
Query 591 TTSGVANSGDNSSGGFNAGNDQSGFF 616
+GVAN+GD+SSGGFN G+DQSGFF
Sbjct 561 LNTGVANTGDHSSGGFNQGSDQSGFF 586
Score = 110 bits (275), Expect = 8e-22, Method: Compositional matrix adjust.
Identities = 146/379 (39%), Positives = 185/379 (49%), Gaps = 96/379 (25%)
Query 276 FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN 335
GLGNIG GN G GN G +N G+ N+G+ NVGS N G+ AN+G+ N G NLG+ N
Sbjct 186 IGLGNIGVGNLGGGNTGEYNLGSGNSGNANVGSGNSGN-----ANVGSGNDGATNLGSGN 240
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGD 395
+G NLG+ N +G +N G GN GFGN GN N G N G+ N G N G
Sbjct 241 IGNTNLGSGN------------VGNVNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGG 288
Query 396 SNFGFFN-----------------------------------SGDTNTGFG--NAGFTNT 418
N G FN +GD G G N+G N
Sbjct 289 GNLGSFNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGALNSGIGNL 348
Query 419 GFGNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNT 478
GFGN+G+ N GF N+GNNN GF NSG N G GN+G NTG N+G NTG N+G FN
Sbjct 349 GFGNSGNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGFGNAGFFNM 408
Query 479 GWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNT 538
G N+G+ + G + G N G G+ +Q V GFGN GT N GF N+G N+GF N+ +
Sbjct 409 GIGNAGNEDMGVGNGGSFNVGVGNAGNQSV---GFGNAGTLNVGFANAGSINTGFANSGS 465
Query 539 GAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANS 598
NTG F++G NTG G+S + ++SG N+
Sbjct 466 ---------------------------INTGGFDSGDRNTGFGSSVDQSV--SSSGFGNT 496
Query 599 GDNSSGGFNAGNDQSGFFD 617
G NS SGFF+
Sbjct 497 GMNS----------SGFFN 505
Score = 67.0 bits (162), Expect = 9e-09, Method: Compositional matrix adjust.
Identities = 119/266 (45%), Positives = 136/266 (52%), Gaps = 33/266 (12%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
IG N G+GNLG GN+G N+G NSGN N+G NSG++N G N G TN G GN G TN
Sbjct 186 IGLGNIGVGNLGGGNTGEYNLGSGNSGNANVGSGNSGNANVGSGNDGATNLGSGNIGNTN 245
Query 418 TGFGNAG-----SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLN 472
G GN G SGN GFGN GN NFG GN G N G N G N GSFN G+ N G N
Sbjct 246 LGSGNVGNVNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGGGNLGSFNLGSGNIGSSN 305
Query 473 SGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSG 532
G N G N G N G + G TG + V +NSG GN+G GNSG NN G NSG
Sbjct 306 IGFGNNGDNNLGLGNNGNNNIGFGLTG-DNLVGIGALNSGIGNLGFGNSGNNNIGFFNSG 364
Query 533 FQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTT 592
N VG NSG N G N G NTG GN+ T
Sbjct 365 NNN---------------------VGFFNSGNN-NFGFGNAGDINTGFGNAG-----DTN 397
Query 593 SGVANSGDNSSGGFNAGNDQSGFFDG 618
+G N+G + G NAGN+ G +G
Sbjct 398 TGFGNAGFFNMGIGNAGNEDMGVGNG 423
>gi|298526633|ref|ZP_07014042.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
gi|298496427|gb|EFI31721.1| predicted protein [Mycobacterium tuberculosis 94_M4241A]
Length=603
Score = 451 bits (1159), Expect = 2e-124, Method: Compositional matrix adjust.
Identities = 386/626 (62%), Positives = 450/626 (72%), Gaps = 49/626 (7%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 14 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 73
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 74 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 133
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AAQL+ W+ ++
Sbjct 134 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAQLSSWSIGLQQALPAAP 193
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
ALA+ A+G+GN G+GN+ GN GDYNLG+GN+GNAN+GSGN+G AN+GSGN
Sbjct 194 SALAA--------AIGLGNIGVGNLGG-GNTGDYNLGSGNSGNANVGSGNSGNANVGSGN 244
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
G N GSGN NTN GSGN+GN+NLGSGN G GN+G+GN GSGN+GS N
Sbjct 245 DGATNLGSGNIGNTNLGSGNVGNVNLGSGNRG-----FGNLGNGNFGSGNLGS-----GN 294
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
GS N G N GS N+G N+G++N+G N G+NNLG+ N GNNNIG GLTGDN++GIGA
Sbjct 295 TGSTNFGGGNLGSFNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGA 354
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIG FNSGNNN+GFFNSG++NFGF N+GD NTGFGNAG TNTGF
Sbjct 355 LNSGIGNLGFGNSGNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGF 414
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAG N G GNAGN + G GN G N+GVGN+G + G N+GTLN G N+G NTG+
Sbjct 415 GNAGFFNMGIGNAGNEDMGVGNGGSFNVGVGNAGNQSVGFGNAGTLNVGFANAGSINTGF 474
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGF----------NNSGDAN 530
ANSG INTGGF SGD NTGFGS VDQ V +SGFGN G +SGF N+GD
Sbjct 475 ANSGSINTGGFDSGDRNTGFGSSVDQSVSSSGFGNTGMNSSGFFNTGNVSAGYGNNGDVQ 534
Query 531 SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFT 590
SG NTN+G F +VG NSG G G+ N+G TGI NS T
Sbjct 535 SGINNTNSGGF--------------NVGFYNSGAG-TVGIANSGLQTTGIANSG-----T 574
Query 591 TTSGVANSGDNSSGGFNAGNDQSGFF 616
+GVAN+GD+SSGGFN G+DQSGFF
Sbjct 575 LNTGVANTGDHSSGGFNQGSDQSGFF 600
Score = 110 bits (274), Expect = 9e-22, Method: Compositional matrix adjust.
Identities = 146/374 (40%), Positives = 188/374 (51%), Gaps = 86/374 (22%)
Query 276 FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN 335
GLGNIG GN G GN G +N G+ N+G+ NVGS N G+ NVG N G N
Sbjct 200 IGLGNIGVGNLGGGNTGDYNLGSGNSGNANVGSGNSGNANVG----------SGNDGATN 249
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNN-----IGF 390
LG N+GN N+G G G+ + +G+ N G GNLG GN G+ N+G N+G+ N +G
Sbjct 250 LGSGNIGNTNLGSGNVGN--VNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGGGNLGS 307
Query 391 FNSGDSNFGFFN-------------------------SGDTNTGFG--NAGFTNTGFGNA 423
FN G N G N +GD G G N+G N GFGN+
Sbjct 308 FNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGALNSGIGNLGFGNS 367
Query 424 GSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANS 483
G+ N GF N+GNNN GF NSG N G GN+G NTG N+G NTG N+G FN G N+
Sbjct 368 GNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGFGNAGFFNMGIGNA 427
Query 484 GDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFI 543
G+ + G + G N G G+ +Q V GFGN GT N GF N+G N+GF N+ +
Sbjct 428 GNEDMGVGNGGSFNVGVGNAGNQSV---GFGNAGTLNVGFANAGSINTGFANSGS----- 479
Query 544 GHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSS 603
NTG F++G NTG G+S + ++SG N+G NS
Sbjct 480 ----------------------INTGGFDSGDRNTGFGSSVDQSV--SSSGFGNTGMNS- 514
Query 604 GGFNAGNDQSGFFD 617
SGFF+
Sbjct 515 ---------SGFFN 519
Score = 67.4 bits (163), Expect = 7e-09, Method: Compositional matrix adjust.
Identities = 119/266 (45%), Positives = 137/266 (52%), Gaps = 33/266 (12%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
IG N G+GNLG GN+G+ N+G NSGN N+G NSG++N G N G TN G GN G TN
Sbjct 200 IGLGNIGVGNLGGGNTGDYNLGSGNSGNANVGSGNSGNANVGSGNDGATNLGSGNIGNTN 259
Query 418 TGFGNAG-----SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLN 472
G GN G SGN GFGN GN NFG GN G N G N G N GSFN G+ N G N
Sbjct 260 LGSGNVGNVNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGGGNLGSFNLGSGNIGSSN 319
Query 473 SGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSG 532
G N G N G N G + G TG + V +NSG GN+G GNSG NN G NSG
Sbjct 320 IGFGNNGDNNLGLGNNGNNNIGFGLTG-DNLVGIGALNSGIGNLGFGNSGNNNIGFFNSG 378
Query 533 FQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTT 592
N VG NSG N G N G NTG GN+ T
Sbjct 379 NNN---------------------VGFFNSGNN-NFGFGNAGDINTGFGNAG-----DTN 411
Query 593 SGVANSGDNSSGGFNAGNDQSGFFDG 618
+G N+G + G NAGN+ G +G
Sbjct 412 TGFGNAGFFNMGIGNAGNEDMGVGNG 437
>gi|15842735|ref|NP_337772.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|254365784|ref|ZP_04981829.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
gi|13883057|gb|AAK47586.1| PPE family protein [Mycobacterium tuberculosis CDC1551]
gi|134151297|gb|EBA43342.1| PPE family protein [Mycobacterium tuberculosis str. Haarlem]
Length=603
Score = 449 bits (1155), Expect = 7e-124, Method: Compositional matrix adjust.
Identities = 386/626 (62%), Positives = 450/626 (72%), Gaps = 49/626 (7%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 14 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 73
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 74 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 133
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AAQL+ W+ ++
Sbjct 134 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAQLSSWSIGLQQALPAAP 193
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
ALA+ A+G+GN G+GN+ GN GDYNLG+GN+GNAN+GSGN+G AN+GSGN
Sbjct 194 SALAA--------AIGLGNIGVGNLGG-GNTGDYNLGSGNSGNANVGSGNSGNANVGSGN 244
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
G N GSGN NTN GSGN+GN+NLGSGN G GN+G+GN GSGN+GS N
Sbjct 245 DGATNLGSGNIGNTNLGSGNVGNVNLGSGNRG-----FGNLGNGNFGSGNLGS-----GN 294
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
GS N G N GS N+G N+G++N+G N G+NNLG+ N GNNNIG GLTGDN++GIGA
Sbjct 295 TGSTNFGGGNLGSFNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGA 354
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIG FNSGNNN+GFFNSG++NFGF N+GD NTGFGNAG TNTGF
Sbjct 355 LNSGIGNLGFGNSGNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGF 414
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAG N G GNAGN + G GN G N+GVGN+G + G N+GTLN G N+G NTG+
Sbjct 415 GNAGFFNMGIGNAGNEDMGVGNGGSFNVGVGNAGNQSVGFGNAGTLNVGFANAGSINTGF 474
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGF----------NNSGDAN 530
ANSG INTGGF SGD NTGFGS VDQ V +SGFGN G +SGF N+GD
Sbjct 475 ANSGSINTGGFDSGDRNTGFGSSVDQSVSSSGFGNTGMNSSGFFNTGNVSAGYGNNGDVQ 534
Query 531 SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFT 590
SG NTN+G F +VG NSG G G+ N+G TGI NS T
Sbjct 535 SGINNTNSGGF--------------NVGFYNSGAG-TVGIANSGLQTTGIANSG-----T 574
Query 591 TTSGVANSGDNSSGGFNAGNDQSGFF 616
+GVAN+GD+SSGGFN G+DQSGFF
Sbjct 575 LNTGVANTGDHSSGGFNQGSDQSGFF 600
Score = 109 bits (273), Expect = 1e-21, Method: Compositional matrix adjust.
Identities = 146/374 (40%), Positives = 188/374 (51%), Gaps = 86/374 (22%)
Query 276 FGLGNIGDGNRGSGNVGSFNFGTANAGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNN 335
GLGNIG GN G GN G +N G+ N+G+ NVGS N G+ NVG N G N
Sbjct 200 IGLGNIGVGNLGGGNTGDYNLGSGNSGNANVGSGNSGNANVG----------SGNDGATN 249
Query 336 LGIANLGNNNIGIGLTGDNMIGIGALNSGIGNLGFGNSGNNNIGLFNSGNNN-----IGF 390
LG N+GN N+G G G+ + +G+ N G GNLG GN G+ N+G N+G+ N +G
Sbjct 250 LGSGNIGNTNLGSGNVGN--VNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGGGNLGS 307
Query 391 FNSGDSNFGFFN-------------------------SGDTNTGFG--NAGFTNTGFGNA 423
FN G N G N +GD G G N+G N GFGN+
Sbjct 308 FNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGALNSGIGNLGFGNS 367
Query 424 GSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGWANS 483
G+ N GF N+GNNN GF NSG N G GN+G NTG N+G NTG N+G FN G N+
Sbjct 368 GNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGFGNAGFFNMGIGNA 427
Query 484 GDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSGFQNTNTGAFFI 543
G+ + G + G N G G+ +Q V GFGN GT N GF N+G N+GF N+ +
Sbjct 428 GNEDMGVGNGGSFNVGVGNAGNQSV---GFGNAGTLNVGFANAGSINTGFANSGS----- 479
Query 544 GHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTTSGVANSGDNSS 603
NTG F++G NTG G+S + ++SG N+G NS
Sbjct 480 ----------------------INTGGFDSGDRNTGFGSSVDQSV--SSSGFGNTGMNS- 514
Query 604 GGFNAGNDQSGFFD 617
SGFF+
Sbjct 515 ---------SGFFN 519
Score = 67.0 bits (162), Expect = 9e-09, Method: Compositional matrix adjust.
Identities = 119/266 (45%), Positives = 137/266 (52%), Gaps = 33/266 (12%)
Query 358 IGALNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTN 417
IG N G+GNLG GN+G+ N+G NSGN N+G NSG++N G N G TN G GN G TN
Sbjct 200 IGLGNIGVGNLGGGNTGDYNLGSGNSGNANVGSGNSGNANVGSGNDGATNLGSGNIGNTN 259
Query 418 TGFGNAG-----SGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLN 472
G GN G SGN GFGN GN NFG GN G N G N G N GSFN G+ N G N
Sbjct 260 LGSGNVGNVNLGSGNRGFGNLGNGNFGSGNLGSGNTGSTNFGGGNLGSFNLGSGNIGSSN 319
Query 473 SGDFNTGWANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGFNNSGDANSG 532
G N G N G N G + G TG + V +NSG GN+G GNSG NN G NSG
Sbjct 320 IGFGNNGDNNLGLGNNGNNNIGFGLTG-DNLVGIGALNSGIGNLGFGNSGNNNIGFFNSG 378
Query 533 FQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFTTT 592
N VG NSG N G N G NTG GN+ T
Sbjct 379 NNN---------------------VGFFNSGNN-NFGFGNAGDINTGFGNAG-----DTN 411
Query 593 SGVANSGDNSSGGFNAGNDQSGFFDG 618
+G N+G + G NAGN+ G +G
Sbjct 412 TGFGNAGFFNMGIGNAGNEDMGVGNG 437
>gi|340628135|ref|YP_004746587.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
gi|340006325|emb|CCC45504.1| PPE family protein [Mycobacterium canettii CIPT 140010059]
Length=590
Score = 449 bits (1154), Expect = 1e-123, Method: Compositional matrix adjust.
Identities = 386/626 (62%), Positives = 450/626 (72%), Gaps = 49/626 (7%)
Query 1 MSFLVLPPEVNSALMFAGAGSGPTLAAAAAWDGLAAELGQAANSFSSATAALADTAWQGP 60
M++ VLPPE+NS MF GAGS P LAA+ AWDGLAAEL AA+SF S T+ LA +WQG
Sbjct 1 MNYSVLPPEINSLRMFTGAGSAPMLAASVAWDGLAAELAVAASSFGSVTSGLAGQSWQGA 60
Query 61 AATAMAAAAAPYASWLSTAATRALSAAAQAKAAAAVYEAARAATVDPLLVAANRHQLVSL 120
AA AMAAAAAPYA WL+ AA RA A+AQAKA A+ +EAARAATV P+LVAANR+ V L
Sbjct 61 AAAAMAAAAAPYAGWLAAAAARAAGASAQAKAVASAFEAARAATVHPMLVAANRNAFVQL 120
Query 121 VLSNLFGQNAPAIAATEAAYEQLWAADVAAMVSYHSGASAVAAQLAPWAQAVRALPNPTA 180
VLSNLFGQNAPAIAA EA YEQ+WAADVAAMV YH GASA AAQL+ W+ ++
Sbjct 121 VLSNLFGQNAPAIAAAEAMYEQMWAADVAAMVGYHGGASAAAAQLSSWSIGLQQALPAAP 180
Query 181 PALASGPAALAIPALGIGNTGIGNIFSIGNIGDYNLGNGNTGNANLGSGNTGQANLGSGN 240
ALA+ A+G+GN G+GN+ GN GDYNLG+GN+GNAN+GSGN+G AN+GSGN
Sbjct 181 SALAA--------AIGLGNIGVGNLGG-GNTGDYNLGSGNSGNANVGSGNSGNANVGSGN 231
Query 241 TGFFNFGSGNTANTNFGSGNLGNLNLGSGNDGNGNFGLGNIGDGNRGSGNVGSFNFGTAN 300
G N GSGN NTN GSGN+GN+NLGSG N G GN+G+GN GSGN+GS N
Sbjct 232 DGATNLGSGNIGNTNLGSGNVGNVNLGSG-----NRGFGNLGNGNFGSGNLGS-----GN 281
Query 301 AGSFNVGSANHGSPNVGFANLGNNNLGIANLGNNNLGIANLGNNNIGIGLTGDNMIGIGA 360
GS N G N GS N+G N+G++N+G N G+NNLG+ N GNNNIG GLTGDN++GIGA
Sbjct 282 TGSTNFGDGNLGSFNLGSGNIGSSNIGFGNNGDNNLGLGNNGNNNIGFGLTGDNLVGIGA 341
Query 361 LNSGIGNLGFGNSGNNNIGLFNSGNNNIGFFNSGDSNFGFFNSGDTNTGFGNAGFTNTGF 420
LNSGIGNLGFGNSGNNNIG FNSGNNN+GFFNSG++NFGF N+GD NTGFGNAG TNTGF
Sbjct 342 LNSGIGNLGFGNSGNNNIGFFNSGNNNVGFFNSGNNNFGFGNAGDINTGFGNAGDTNTGF 401
Query 421 GNAGSGNFGFGNAGNNNFGFGNSGFENMGVGNSGAYNTGSFNSGTLNTGDLNSGDFNTGW 480
GNAG N G GNAGN + G GN G N+GVGN+G + G N+GTLN G N+G NTG+
Sbjct 402 GNAGFFNMGIGNAGNEDMGVGNGGSFNVGVGNAGNQSVGFGNAGTLNVGFANAGSINTGF 461
Query 481 ANSGDINTGGFHSGDLNTGFGSPVDQPVMNSGFGNIGTGNSGF----------NNSGDAN 530
ANSG INTGGF SGD NTGFGS VDQ V +SGFGN G +SGF N+GD
Sbjct 462 ANSGSINTGGFDSGDRNTGFGSSVDQSVSSSGFGNTGMNSSGFFNTGNVSAGYGNNGDVQ 521
Query 531 SGFQNTNTGAFFIGHSGLLNSGGGQHVGISNSGTGFNTGLFNTGFNNTGIGNSATNAAFT 590
SG NTN+G F +VG NSG G G+ N+G TGI NS T
Sbjct 522 SGINNTNSGGF--------------NVGFYNSGAG-TVGIANSGLQTTGIANSG-----T 561
Query 591 TTSGVANSGDNSSGGFNAGNDQSGFF 616
+GVAN+GD+SSGGFN G+DQSGFF
Sbjct 562 LNTGVANTGDHSSGGFNQGSDQSGFF 587
Lambda K H
0.311 0.131 0.388
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 1414276709120
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