BLAST Search Results

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= Rv2067c Length=407 Score E Sequences producing significant alignments: (Bits) Value gi|15609204|ref|NP_216583.1| hypothetical protein Rv2067c [Mycob... 838 0.0 gi|15841556|ref|NP_336593.1| hypothetical protein MT2127 [Mycoba... 837 0.0 gi|340627078|ref|YP_004745530.1| hypothetical protein MCAN_20901... 835 0.0 gi|289745984|ref|ZP_06505362.1| conserved hypothetical protein [... 834 0.0 gi|289570177|ref|ZP_06450404.1| conserved hypothetical protein [... 740 0.0 gi|183983048|ref|YP_001851339.1| hypothetical protein MMAR_3047 ... 673 0.0 gi|118617808|ref|YP_906140.1| hypothetical protein MUL_2291 [Myc... 669 0.0 gi|333990205|ref|YP_004522819.1| hypothetical protein JDM601_156... 576 3e-162 gi|254822123|ref|ZP_05227124.1| hypothetical protein MintA_19467... 537 1e-150 gi|342861647|ref|ZP_08718293.1| hypothetical protein MCOL_22276 ... 517 1e-144 gi|41407102|ref|NP_959938.1| hypothetical protein MAP1004 [Mycob... 505 6e-141 gi|118464572|ref|YP_880427.1| hypothetical protein MAV_1181 [Myc... 503 3e-140 gi|254774064|ref|ZP_05215580.1| hypothetical protein MaviaA2_052... 501 8e-140 gi|296169916|ref|ZP_06851527.1| conserved hypothetical protein [... 317 2e-84 gi|296169918|ref|ZP_06851528.1| conserved hypothetical protein [... 246 4e-63 gi|295690878|ref|YP_003594571.1| methyltransferase type 12 [Caul... 216 5e-54 gi|116626602|ref|YP_828758.1| type 12 methyltransferase [Candida... 192 6e-47 gi|163793892|ref|ZP_02187866.1| methyltransferase [alpha proteob... 119 1e-24 gi|338740915|ref|YP_004677877.1| hypothetical protein HYPMC_4102... 116 7e-24 gi|329113438|ref|ZP_08242219.1| hypothetical protein APO_0207 [A... 116 8e-24 gi|220910420|ref|YP_002485731.1| type 11 methyltransferase [Cyan... 115 2e-23 gi|258542272|ref|YP_003187705.1| methyltransferase [Acetobacter ... 114 4e-23 gi|340778328|ref|ZP_08698271.1| methyltransferase [Acetobacter a... 111 2e-22 gi|22299491|ref|NP_682738.1| hypothetical protein tlr1948 [Therm... 111 2e-22 gi|166366711|ref|YP_001658984.1| phycocyanin operon protein W [M... 111 2e-22 gi|87125410|ref|ZP_01081256.1| hypothetical protein RS9917_08330... 110 5e-22 gi|126660340|ref|ZP_01731453.1| hypothetical protein CY0110_1204... 109 8e-22 gi|124022185|ref|YP_001016492.1| methyltransferase [Prochlorococ... 108 2e-21 gi|330994302|ref|ZP_08318230.1| hypothetical protein SXCC_04195 ... 107 4e-21 gi|194476679|ref|YP_002048858.1| possible methyltransferase [Pau... 107 4e-21 gi|300867820|ref|ZP_07112462.1| methyltransferase type 12 [Oscil... 106 7e-21 gi|159026766|emb|CAO89053.1| unnamed protein product [Microcysti... 106 9e-21 gi|33863741|ref|NP_895301.1| methyltransferase [Prochlorococcus ... 105 1e-20 gi|186684950|ref|YP_001868146.1| methyltransferase type 11 [Nost... 104 2e-20 gi|282898198|ref|ZP_06306189.1| conserved hypothetical protein (... 104 3e-20 gi|334116691|ref|ZP_08490783.1| Methyltransferase type 12 [Micro... 103 8e-20 gi|218439584|ref|YP_002377913.1| type 12 methyltransferase [Cyan... 102 8e-20 gi|148242984|ref|YP_001228141.1| SAM-dependent methyltransferase... 102 1e-19 gi|116073695|ref|ZP_01470957.1| hypothetical protein RS9916_3463... 102 1e-19 gi|170078614|ref|YP_001735252.1| hypothetical protein SYNPCC7002... 102 1e-19 gi|282901083|ref|ZP_06309016.1| Putative Methyltransferase [Cyli... 101 2e-19 gi|298491945|ref|YP_003722122.1| type 11 methyltransferase ['Nos... 101 2e-19 gi|339018443|ref|ZP_08644578.1| methyltransferase [Acetobacter t... 101 2e-19 gi|307155281|ref|YP_003890665.1| type 12 methyltransferase [Cyan... 101 2e-19 gi|172035902|ref|YP_001802403.1| hypothetical protein cce_0986 [... 100 5e-19 gi|119510746|ref|ZP_01629873.1| hypothetical protein N9414_05394... 100 5e-19 gi|292572139|gb|ADE30054.1| Putative methyltransferase [Ricketts... 100 5e-19 gi|15604384|ref|NP_220900.1| hypothetical protein RP527 [Rickett... 100 6e-19 gi|17227508|ref|NP_484056.1| hypothetical protein all0012 [Nosto... 100 6e-19 gi|157964582|ref|YP_001499406.1| putative methyltransferase [Ric... 99.8 9e-19 >gi|15609204|ref|NP_216583.1| hypothetical protein Rv2067c [Mycobacterium tuberculosis H37Rv] gi|31793250|ref|NP_855743.1| hypothetical protein Mb2093c [Mycobacterium bovis AF2122/97] gi|121637952|ref|YP_978176.1| hypothetical protein BCG_2086c [Mycobacterium bovis BCG str. Pasteur 1173P2] 69 more sequence titles Length=407 Score = 838 bits (2164), Expect = 0.0, Method: Compositional matrix adjust. Identities = 406/407 (99%), Positives = 407/407 (100%), Gaps = 0/407 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL Sbjct 1 MTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG Sbjct 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL Sbjct 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV Sbjct 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR Sbjct 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 Query 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT Sbjct 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 Query 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG Sbjct 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 >gi|15841556|ref|NP_336593.1| hypothetical protein MT2127 [Mycobacterium tuberculosis CDC1551] gi|254232235|ref|ZP_04925562.1| conserved hypothetical protein [Mycobacterium tuberculosis C] gi|254364880|ref|ZP_04980926.1| conserved hypothetical protein [Mycobacterium tuberculosis str. Haarlem] gi|13881803|gb|AAK46407.1| conserved hypothetical protein [Mycobacterium tuberculosis CDC1551] gi|124601294|gb|EAY60304.1| conserved hypothetical protein [Mycobacterium tuberculosis C] gi|134150394|gb|EBA42439.1| conserved hypothetical protein [Mycobacterium tuberculosis str. Haarlem] gi|323719362|gb|EGB28501.1| hypothetical protein TMMG_01341 [Mycobacterium tuberculosis CDC1551A] Length=407 Score = 837 bits (2161), Expect = 0.0, Method: Compositional matrix adjust. Identities = 405/407 (99%), Positives = 407/407 (100%), Gaps = 0/407 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL Sbjct 1 MTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG Sbjct 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL Sbjct 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV Sbjct 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERL+TLNATHLFMACR Sbjct 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLKTLNATHLFMACR 300 Query 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT Sbjct 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 Query 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG Sbjct 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 >gi|340627078|ref|YP_004745530.1| hypothetical protein MCAN_20901 [Mycobacterium canettii CIPT 140010059] gi|340005268|emb|CCC44422.1| conserved hypothetical protein [Mycobacterium canettii CIPT 140010059] Length=407 Score = 835 bits (2158), Expect = 0.0, Method: Compositional matrix adjust. Identities = 405/407 (99%), Positives = 407/407 (100%), Gaps = 0/407 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL Sbjct 1 MTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQ+YLKDKHGLANLELHLLPIEELATLG Sbjct 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQRYLKDKHGLANLELHLLPIEELATLG 120 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL Sbjct 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV Sbjct 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR Sbjct 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 Query 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT Sbjct 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 Query 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG Sbjct 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPASG 407 >gi|289745984|ref|ZP_06505362.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289686512|gb|EFD54000.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] Length=405 Score = 834 bits (2154), Expect = 0.0, Method: Compositional matrix adjust. Identities = 404/405 (99%), Positives = 405/405 (100%), Gaps = 0/405 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL Sbjct 1 MTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG Sbjct 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL Sbjct 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV Sbjct 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR Sbjct 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 Query 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT Sbjct 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 Query 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPA 405 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPA Sbjct 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPA 405 >gi|289570177|ref|ZP_06450404.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] gi|289543931|gb|EFD47579.1| conserved hypothetical protein [Mycobacterium tuberculosis T17] Length=371 Score = 740 bits (1910), Expect = 0.0, Method: Compositional matrix adjust. Identities = 360/361 (99%), Positives = 361/361 (100%), Gaps = 0/361 (0%) Query 47 LWPDREYRPDLDILIAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANL 106 +WPDREYRPDLDILIAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANL Sbjct 11 IWPDREYRPDLDILIAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANL 70 Query 107 ELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRI 166 ELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRI Sbjct 71 ELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRI 130 Query 167 GVELLGSVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHG 226 GVELLGSVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHG Sbjct 131 GVELLGSVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHG 190 Query 227 RQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMER 286 RQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMER Sbjct 191 RQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMER 250 Query 287 LETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSP 346 LETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSP Sbjct 251 LETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSP 310 Query 347 AQLAFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPAS 406 AQLAFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPAS Sbjct 311 AQLAFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPAS 370 Query 407 G 407 G Sbjct 371 G 371 >gi|183983048|ref|YP_001851339.1| hypothetical protein MMAR_3047 [Mycobacterium marinum M] gi|183176374|gb|ACC41484.1| conserved hypothetical protein [Mycobacterium marinum M] Length=408 Score = 673 bits (1737), Expect = 0.0, Method: Compositional matrix adjust. Identities = 316/401 (79%), Positives = 353/401 (89%), Gaps = 0/401 (0%) Query 3 DDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIA 62 +D PRADIVSRQY RW+YPHPI DL AWT+ANWEWFDPV+SHRILWPDR Y+PDLDILIA Sbjct 2 NDDPRADIVSRQYQRWVYPHPIEDLPAWTSANWEWFDPVYSHRILWPDRAYQPDLDILIA 61 Query 63 GCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRD 122 GCGTNQAAIFAFTNR+AKVVA+D+S+ +LDHQQYLKDK+GL NLELHLLPIE+L TLGRD Sbjct 62 GCGTNQAAIFAFTNRSAKVVAVDVSQTSLDHQQYLKDKYGLTNLELHLLPIEDLHTLGRD 121 Query 123 FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQ 182 FDLVVS+GVLHH+ADP GMK LA CLR DGVVAAMLYGKYGRIGV+LL SVFRDLGLGQ Sbjct 122 FDLVVSSGVLHHMADPLTGMKALAGCLRPDGVVAAMLYGKYGRIGVDLLDSVFRDLGLGQ 181 Query 183 DDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTS 242 DD S+ + KEAI+L+P YHP++NYL KARDL SD+ALVDTFLHGRQRSYTVEECVDLV Sbjct 182 DDVSVTMVKEAIALMPPYHPVQNYLKKARDLTSDAALVDTFLHGRQRSYTVEECVDLVAD 241 Query 243 AGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRD 302 AGLVFQGWF K PYYPHDFFVPNS+FYAAVN LPE K WSVMER+ETLN HLFMAC D Sbjct 242 AGLVFQGWFQKTPYYPHDFFVPNSKFYAAVNALPEPKLWSVMERVETLNGVHLFMACHPD 301 Query 303 RPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIR 362 RPKE YTIDFS ALDYVP++RTRC VSG +M WPG++M P P QLAFL++VDGRRTI Sbjct 302 RPKESYTIDFSAADALDYVPVLRTRCAVSGNEMIWPGFQMTPKPEQLAFLRKVDGRRTIG 361 Query 363 EIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 EIA VA++GE GG +A+LEEFGR LF+SLWRLDF+AVAL Sbjct 362 EIAAGVAQSGEGPGGGIAELEEFGRHLFRSLWRLDFIAVAL 402 >gi|118617808|ref|YP_906140.1| hypothetical protein MUL_2291 [Mycobacterium ulcerans Agy99] gi|118569918|gb|ABL04669.1| conserved hypothetical protein [Mycobacterium ulcerans Agy99] Length=408 Score = 669 bits (1727), Expect = 0.0, Method: Compositional matrix adjust. Identities = 314/401 (79%), Positives = 352/401 (88%), Gaps = 0/401 (0%) Query 3 DDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIA 62 +D PRADIVSRQY RW+YPHPI DL AWT+ANWEWFDPV+SHRILWPDR Y+PDLDILIA Sbjct 2 NDDPRADIVSRQYQRWVYPHPIEDLPAWTSANWEWFDPVYSHRILWPDRAYQPDLDILIA 61 Query 63 GCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRD 122 GCGTNQAAIFAFTNR+AKVVA+D+S+ +LDHQQYLKDK+GL NLELHLLPIE+L TLGRD Sbjct 62 GCGTNQAAIFAFTNRSAKVVAVDVSQTSLDHQQYLKDKYGLTNLELHLLPIEDLHTLGRD 121 Query 123 FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQ 182 FDLVVS+GVLHH+ADP GMK LA CLR DGVVAAMLYGKYGRIGV+LL SVFRDLGLGQ Sbjct 122 FDLVVSSGVLHHMADPLTGMKALAGCLRPDGVVAAMLYGKYGRIGVDLLDSVFRDLGLGQ 181 Query 183 DDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTS 242 DD S+ + KEAI+L+P YHP++NYL KARDL SD+ALVDTFLHGRQRSYTVEECVDLV Sbjct 182 DDVSVTMVKEAIALMPPYHPVQNYLKKARDLTSDAALVDTFLHGRQRSYTVEECVDLVAD 241 Query 243 AGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRD 302 AGLVFQGWF K PYYPHDFFVPNS+FYAAVN LPE K WSVME +ETLN HLFMAC D Sbjct 242 AGLVFQGWFQKTPYYPHDFFVPNSKFYAAVNALPEPKLWSVMEHVETLNGVHLFMACHPD 301 Query 303 RPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIR 362 RPKE YTIDFS ALDYVP++RT C VSG++M WPG++M P P QLAFL++VDGRRTI Sbjct 302 RPKESYTIDFSAADALDYVPVLRTHCAVSGSEMIWPGFQMTPKPEQLAFLRKVDGRRTIG 361 Query 363 EIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 EIA VA++GE GG +A+LEEFGR LF+SLWRLDF+AVAL Sbjct 362 EIAAGVAQSGEGPGGGIAELEEFGRHLFKSLWRLDFIAVAL 402 >gi|333990205|ref|YP_004522819.1| hypothetical protein JDM601_1565 [Mycobacterium sp. JDM601] gi|333486173|gb|AEF35565.1| conserved hypothetical protein [Mycobacterium sp. JDM601] Length=406 Score = 576 bits (1484), Expect = 3e-162, Method: Compositional matrix adjust. Identities = 270/400 (68%), Positives = 320/400 (80%), Gaps = 0/400 (0%) Query 4 DHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAG 63 ++PRAD+VSRQY RW YP PI DL+AW+ NWEWFDP H+HR+LWPDREYRPDLDILIAG Sbjct 3 ENPRADVVSRQYERWTYPPPIHDLQAWSAGNWEWFDPSHAHRVLWPDREYRPDLDILIAG 62 Query 64 CGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDF 123 CGTNQAA+FA+ N A+VVA+DIS+ +L HQQYLKDKHGL NLELH LPIEEL+TLG DF Sbjct 63 CGTNQAAVFAYNNPKARVVAVDISQASLGHQQYLKDKHGLWNLELHQLPIEELSTLGMDF 122 Query 124 DLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQD 183 DL VSTGVLHH+ADP+ GMK +A LR DGV A MLY +YGRIG+E+L SVF+DLGL Q Sbjct 123 DLAVSTGVLHHMADPKVGMKAIAERLRPDGVAAIMLYARYGRIGIEILESVFQDLGLEQS 182 Query 184 DASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSA 243 DASI+ ++AI +L HP+++YL A DL+SDS LVDTFLHGR +SY V+ C+DL SA Sbjct 183 DASIQTVRQAIRMLSPDHPVQSYLKIAGDLVSDSGLVDTFLHGRAKSYDVDGCIDLANSA 242 Query 244 GLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDR 303 GL FQGW KAPYY HD P+ FY VN LPE K WSVMER+ TLNA H F+A R DR Sbjct 243 GLDFQGWLLKAPYYAHDIAAPSGGFYDVVNALPEAKIWSVMERIHTLNARHFFLATRPDR 302 Query 304 PKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIRE 363 PK Y IDFST +LDYVPL R +CG++G+++F PGWRM +PAQL F+Q +DGRR+IRE Sbjct 303 PKNTYAIDFSTPESLDYVPLFRFKCGLNGSEIFRPGWRMQLNPAQLPFVQSIDGRRSIRE 362 Query 364 IAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 IA +A+ G PS GS ADLE+FGRKLFQSLWRLDFVA+ L Sbjct 363 IASSLAQAGGPSRGSTADLEKFGRKLFQSLWRLDFVAMDL 402 >gi|254822123|ref|ZP_05227124.1| hypothetical protein MintA_19467 [Mycobacterium intracellulare ATCC 13950] Length=405 Score = 537 bits (1384), Expect = 1e-150, Method: Compositional matrix adjust. Identities = 260/404 (65%), Positives = 310/404 (77%), Gaps = 4/404 (0%) Query 4 DHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAG 63 + PRAD VSRQY RW YP P+ DLEAWT +W+WFDP ++HR+LWP+R Y+PDLDILIAG Sbjct 3 EDPRADGVSRQYDRWEYPPPVTDLEAWTKNHWDWFDPFYAHRVLWPNRAYKPDLDILIAG 62 Query 64 CGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDF 123 CGT QAA+FAF NRAA+VVAID+SR ALDHQ+YLKDKH L NLELHLL IEE++ L RDF Sbjct 63 CGTFQAAVFAFMNRAARVVAIDVSRSALDHQRYLKDKHQLTNLELHLLAIEEVSALSRDF 122 Query 124 DLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQD 183 DL+VSTGVLHHLADP AG+ L CLRRDG + MLY KYGR GVELL S FRDLGL QD Sbjct 123 DLIVSTGVLHHLADPLAGLSALGGCLRRDGALGVMLYAKYGRFGVELLESAFRDLGLSQD 182 Query 184 DASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSA 243 DAS++L KEA++ LP HP+R YL ARDL+SD ALVDTFLH RQRSYTVEEC++LV +A Sbjct 183 DASVQLVKEAVAALPPDHPVRPYLHGARDLMSDGALVDTFLHARQRSYTVEECLELVGAA 242 Query 244 GLVFQGWFHKAPYYPHD-FFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRD 302 GL FQGW +PYYPHD F F + +N LP+ WSVMERL+ NATH F+ACR + Sbjct 243 GLTFQGWLRNSPYYPHDGLFAQTGPFQSLLNRLPDATLWSVMERLQPANATHFFLACRPE 302 Query 303 RPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIR 362 RP Y IDFST ++LDYVPL RT C +SG ++ PG ++ + AQLAF+++VDGRRTIR Sbjct 303 RPTRDYAIDFSTASSLDYVPLPRTACLLSGDEIHLPGAKLTLTAAQLAFVRRVDGRRTIR 362 Query 363 EIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPAS 406 EI VA+ G + EFG +LFQSLWRLDF+A+AL S Sbjct 363 EIVDAVAQGSREDG---TRVREFGHQLFQSLWRLDFLAMALHTS 403 >gi|342861647|ref|ZP_08718293.1| hypothetical protein MCOL_22276 [Mycobacterium colombiense CECT 3035] gi|342130781|gb|EGT84077.1| hypothetical protein MCOL_22276 [Mycobacterium colombiense CECT 3035] Length=431 Score = 517 bits (1331), Expect = 1e-144, Method: Compositional matrix adjust. Identities = 255/405 (63%), Positives = 299/405 (74%), Gaps = 1/405 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 VT+D PR D VSRQY RW YP P+ DL AWTT +W+WFDP +HR+LWPDREY+ DLDIL Sbjct 24 VTED-PRGDGVSRQYDRWEYPPPVTDLAAWTTNHWDWFDPYWAHRMLWPDREYQADLDIL 82 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 +AGCGT QAA+ A+ NR AKVVAID+SR AL H + LKD+HGL NLEL LL +EE+ L Sbjct 83 VAGCGTFQAAVLAYMNRGAKVVAIDVSRSALQHHRQLKDRHGLDNLELRLLAVEEVPALS 142 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDL+VS+GVLHH ADP AG+ L CLR DGV+ MLY KYGRIGVE+L S FRDLGL Sbjct 143 RDFDLIVSSGVLHHTADPLAGLTALGRCLRPDGVLGVMLYAKYGRIGVEMLESAFRDLGL 202 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 QDDAS++L EAI+ LP HP+R YL ARDL S ALVDTFLH RQRSYTV+EC+ LV Sbjct 203 TQDDASVRLVVEAIATLPADHPVRPYLHSARDLTSSGALVDTFLHARQRSYTVDECLQLV 262 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 SAGL FQGW APYYPHDF P +F A +N LP+ + WSVMERL+ NATH F+ACR Sbjct 263 DSAGLAFQGWLRNAPYYPHDFVAPAGQFQALLNRLPDARLWSVMERLQPANATHFFLACR 322 Query 301 RDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRT 360 DRPK QY IDFS A L YVPL+RT C +SG + PG + PAQL F+Q VDGRRT Sbjct 323 PDRPKAQYAIDFSATACLGYVPLLRTACLLSGDTIQLPGATLKLDPAQLPFVQLVDGRRT 382 Query 361 IREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVALPA 405 I EI VAR + +++FG LF+SLWRLDF+A+AL A Sbjct 383 IGEIIDGVARRDDVGPEERPRVQDFGLTLFRSLWRLDFLAMALNA 427 >gi|41407102|ref|NP_959938.1| hypothetical protein MAP1004 [Mycobacterium avium subsp. paratuberculosis K-10] gi|41395453|gb|AAS03321.1| hypothetical protein MAP_1004 [Mycobacterium avium subsp. paratuberculosis K-10] gi|336461475|gb|EGO40345.1| methyltransferase family protein [Mycobacterium avium subsp. paratuberculosis S397] Length=403 Score = 505 bits (1300), Expect = 6e-141, Method: Compositional matrix adjust. Identities = 252/399 (64%), Positives = 304/399 (77%), Gaps = 7/399 (1%) Query 7 RADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGT 66 RAD VSRQY RW YP P+ DL+AWTT +W+WFDP +HR+LWPDREYRPDLDILIAGCGT Sbjct 6 RADGVSRQYDRWQYPPPVTDLDAWTTNHWDWFDPFWAHRLLWPDREYRPDLDILIAGCGT 65 Query 67 NQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLV 126 QAA++A+TNRAAKVVAID+SR ALDHQQ+LKDKH L NLELH L IEE+A L RDFDL+ Sbjct 66 FQAAVYAYTNRAAKVVAIDVSRTALDHQQFLKDKHRLHNLELHRLAIEEVAALDRDFDLI 125 Query 127 VSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDAS 186 VSTGVLHHLADP G+ L CLR DG + MLY YGRIGVE+L SVFRDLGL QD+AS Sbjct 126 VSTGVLHHLADPLTGLTALGRCLRPDGALGVMLYASYGRIGVEMLASVFRDLGLSQDEAS 185 Query 187 IKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLV 246 ++L KEA++ LP HP+ YL ARDL +D LVDTFLH RQRSYTVE+C++LV +AGL Sbjct 186 VELVKEAVAALPADHPVHTYLKGARDLSTDGGLVDTFLHARQRSYTVEQCLELVAAAGLA 245 Query 247 FQGWFHKAPYYPHD--FFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRP 304 FQGW +PYYPHD F ++F +A+N LP+ WSVMERL+ NATH F+ACR +RP Sbjct 246 FQGWLRNSPYYPHDALFGSAATQFQSALNRLPDTTLWSVMERLQPANATHFFLACRPERP 305 Query 305 KEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIREI 364 +E+Y IDFS+ L YVP++RT C +SG + PG ++ +PAQL F+QQVDGRR+I EI Sbjct 306 RERYRIDFSSPTYLGYVPVLRTACLLSGDQIHLPGAKLTLTPAQLPFVQQVDGRRSIAEI 365 Query 365 AGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 VA G EFGR+LF+SLWRLDF+A+ L Sbjct 366 IDGVAGAGRDDRA-----REFGRRLFESLWRLDFLAMGL 399 >gi|118464572|ref|YP_880427.1| hypothetical protein MAV_1181 [Mycobacterium avium 104] gi|118165859|gb|ABK66756.1| conserved hypothetical protein [Mycobacterium avium 104] Length=403 Score = 503 bits (1294), Expect = 3e-140, Method: Compositional matrix adjust. Identities = 252/399 (64%), Positives = 303/399 (76%), Gaps = 7/399 (1%) Query 7 RADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGT 66 RAD VSRQY RW YP P+ DL+AWTT +W+WFDP +HR+LWPDR+YRP LDILIAGCGT Sbjct 6 RADGVSRQYDRWQYPPPVTDLDAWTTNHWDWFDPFWAHRLLWPDRDYRPGLDILIAGCGT 65 Query 67 NQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLV 126 QAA++A+TNRAAKVVAID+SR ALDHQQ+LKDKH L NLELH L IEE+A L RDFDL+ Sbjct 66 FQAAVYAYTNRAAKVVAIDVSRTALDHQQFLKDKHRLHNLELHRLAIEEVAALDRDFDLI 125 Query 127 VSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDAS 186 VSTGVLHHLADP G+ L CLR DGV+ MLY YGRIGVE+L SVFRDLGL QD+AS Sbjct 126 VSTGVLHHLADPLTGLTALGRCLRPDGVLGVMLYASYGRIGVEMLASVFRDLGLSQDEAS 185 Query 187 IKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLV 246 ++L KEA++ LP HP+ YL ARDL +D LVDTFLH RQRSYTVE+C++LV +AGL Sbjct 186 VELVKEAVAALPADHPVHTYLKGARDLSTDGGLVDTFLHARQRSYTVEQCLELVAAAGLA 245 Query 247 FQGWFHKAPYYPHD--FFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRP 304 FQGW +PYYPHD F ++F +A+N LP+ WSVMERL+ NATH F+ACR +RP Sbjct 246 FQGWLRNSPYYPHDALFGSAATQFQSALNRLPDTTLWSVMERLQPANATHFFLACRPERP 305 Query 305 KEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIREI 364 +E+Y IDFS+ L YVPL+RT C +SG + PG ++ +PAQL F+QQVDGRR+I EI Sbjct 306 RERYRIDFSSPTYLGYVPLLRTACLLSGDQIHLPGAKLTLTPAQLPFVQQVDGRRSIAEI 365 Query 365 AGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 VA G EFGR+LF SLWRLDF+A+ L Sbjct 366 IDGVAGAGRDDRA-----REFGRRLFDSLWRLDFLAMGL 399 >gi|254774064|ref|ZP_05215580.1| hypothetical protein MaviaA2_05243 [Mycobacterium avium subsp. avium ATCC 25291] Length=403 Score = 501 bits (1290), Expect = 8e-140, Method: Compositional matrix adjust. Identities = 250/399 (63%), Positives = 303/399 (76%), Gaps = 7/399 (1%) Query 7 RADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGT 66 RAD VSRQY RW YP P+ DL+AWTT +W+WFDP +HR+LWPDR+YRP LDILIAGCGT Sbjct 6 RADGVSRQYDRWQYPPPVTDLDAWTTNHWDWFDPFWAHRLLWPDRDYRPGLDILIAGCGT 65 Query 67 NQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLV 126 QAA++A+TNRAAKVVAID+SR ALDHQQ+LKDKH L NLELH L IEE+A L RDFDL+ Sbjct 66 FQAAVYAYTNRAAKVVAIDVSRTALDHQQFLKDKHRLHNLELHRLAIEEVAALDRDFDLI 125 Query 127 VSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDAS 186 VSTGVLHHLADP G+ L CLR DG + MLY YGRIGVE+L SVFRDLGL QD+AS Sbjct 126 VSTGVLHHLADPLTGLTALGRCLRPDGALGVMLYASYGRIGVEMLASVFRDLGLSQDEAS 185 Query 187 IKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLV 246 ++L KEA++ LP HP+ YL ARDL +D LVDTFLH RQRSYTVE+C++LV +AGL Sbjct 186 VELVKEAVAALPADHPVHTYLKGARDLSTDGGLVDTFLHARQRSYTVEQCLELVAAAGLA 245 Query 247 FQGWFHKAPYYPHD--FFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRP 304 FQGW +PYYPHD F ++F +A+N LP+ WSVMERL+ NATH F+ACR +RP Sbjct 246 FQGWLRNSPYYPHDALFGSAATQFQSALNRLPDTTLWSVMERLQPANATHFFLACRPERP 305 Query 305 KEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIREI 364 +E+Y IDFS+ L YVP++RT C +SG + PG ++ +PAQL F+QQVDGRR+I EI Sbjct 306 RERYRIDFSSPTYLGYVPVLRTACLLSGDQIHLPGAKLTLTPAQLPFVQQVDGRRSIAEI 365 Query 365 AGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFVAVAL 403 VA G EFGR+LF+SLWRLDF+A+ L Sbjct 366 IDGVAGAGRDDRA-----REFGRRLFESLWRLDFLAMGL 399 >gi|296169916|ref|ZP_06851527.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295895428|gb|EFG75131.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=216 Score = 317 bits (813), Expect = 2e-84, Method: Compositional matrix adjust. Identities = 153/217 (71%), Positives = 177/217 (82%), Gaps = 1/217 (0%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TDD PR D VSRQY RW YP P+ DL AW+ +W+WFDP +HR+LWPDR Y+PDLDIL Sbjct 1 MTDD-PRGDDVSRQYDRWEYPPPVTDLAAWSKNHWDWFDPFWAHRVLWPDRGYKPDLDIL 59 Query 61 IAGCGTNQAAIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 IAGCGT QAA+FAF NRAA VVAID+SR AL+HQ+YLKDKHGL NLELHLLPIEE++ LG Sbjct 60 IAGCGTFQAALFAFMNRAANVVAIDVSRSALNHQRYLKDKHGLDNLELHLLPIEEVSALG 119 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 RDFDL+VSTGVLHH+ADP AG+K L CLR DG + MLY KYGRIGV++L S FRDLGL Sbjct 120 RDFDLIVSTGVLHHMADPLAGLKALGRCLRTDGALGVMLYAKYGRIGVDMLESAFRDLGL 179 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDS 217 QDDAS++L KEAI +LP HP+R YL A DLLSD Sbjct 180 VQDDASVQLVKEAIVVLPADHPVRPYLKGAHDLLSDG 216 >gi|296169918|ref|ZP_06851528.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295895415|gb|EFG75119.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=189 Score = 246 bits (629), Expect = 4e-63, Method: Compositional matrix adjust. Identities = 122/190 (65%), Positives = 142/190 (75%), Gaps = 2/190 (1%) Query 219 LVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEV 278 LVDTFLH RQRSYTVEEC+DLV SAGL FQGWFHK PYYPHDF P S+F A +N LPE Sbjct 1 LVDTFLHSRQRSYTVEECLDLVRSAGLAFQGWFHKTPYYPHDFVAPASQFQALLNQLPEA 60 Query 279 KAWSVMERLETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWP 338 + WSVMERL+ NATH F+ACR +RP Y IDFST AA DYVPL+RT C +SG ++ P Sbjct 61 RLWSVMERLQPANATHFFIACRPERPTAHYAIDFSTAAAFDYVPLLRTACLLSGDEIHLP 120 Query 339 GWRMAPSPAQLAFLQQVDGRRTIREIAGCVARTGEPSGGSLADL-EEFGRKLFQSLWRLD 397 G ++ +PAQL F+Q VDGRRTI +I VA+ G G DL EFGRKLF+SLWRLD Sbjct 121 GTKLKLNPAQLPFVQHVDGRRTIGDIIELVAQHGL-VGTQHGDLIREFGRKLFESLWRLD 179 Query 398 FVAVALPASG 407 F+A+AL SG Sbjct 180 FLAMALHPSG 189 >gi|295690878|ref|YP_003594571.1| methyltransferase type 12 [Caulobacter segnis ATCC 21756] gi|295432781|gb|ADG11953.1| Methyltransferase type 12 [Caulobacter segnis ATCC 21756] Length=396 Score = 216 bits (551), Expect = 5e-54, Method: Compositional matrix adjust. Identities = 140/392 (36%), Positives = 196/392 (50%), Gaps = 16/392 (4%) Query 11 VSRQYHRWLYPHPIADLEAWT-TANWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQA 69 V+ QY + YP DL+ + + E+ DP R+ WP+ + ILIAGCGT QA Sbjct 8 VAAQYSAYSYPEAFVDLDVRVRSGHAEYGDPSLFERMFWPEGARKAPPRILIAGCGTVQA 67 Query 70 AIFAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVST 129 A+ A+ N A++VV ID+S +L H+++L++K L NLEL+ + E+ +G FDL+VST Sbjct 68 AVIAYNNPASRVVGIDLSDASLGHERFLREKFELTNLELYQGDLREVGEIGEKFDLIVST 127 Query 130 GVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDASIKL 189 GVLHH+ADP G+ L L DG + M+Y GR GV LL FR +GL + Sbjct 128 GVLHHMADPAEGLAALKSVLAPDGAMYIMVYAAVGRAGVYLLQDAFRRMGLSHTPEDVAF 187 Query 190 AKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQG 249 A+ + LLP HP++ Y +DL D+ VD+FLH + R+YTV + +D V GL FQ Sbjct 188 ARRVLDLLPIDHPVQRYRHTVQDLSYDAGFVDSFLHPQDRAYTVPQLLDWVEGVGLGFQS 247 Query 250 WFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYT 309 W A Y P F P E + L + W+ +E L+ H F+ D + + Sbjct 248 WMQNARYEPQAFLPP--EVAERLAPLSDRDRWASVEALQGSLLRHSFILRHAD---QVHR 302 Query 310 IDFSTVAALDYVP--LMRTRCGVSGTDMF---WPGWRMAPSPAQLAFLQQVDGRRTIREI 364 +D + L Y P R V M PG R SPA+ A + DG RTI + Sbjct 303 LDLESDDFLTYRPCRFPNARLEVQEGAMHVISGPG-RFPVSPAEAATFEWCDGARTIASM 361 Query 365 AGCVARTGEPSGGSLADLEEFGRKLFQSLWRL 396 LA F R F +WRL Sbjct 362 EADPLFAAFDREARLA----FFRGHFLRMWRL 389 >gi|116626602|ref|YP_828758.1| type 12 methyltransferase [Candidatus Solibacter usitatus Ellin6076] gi|116229764|gb|ABJ88473.1| Methyltransferase type 12 [Candidatus Solibacter usitatus Ellin6076] Length=408 Score = 192 bits (489), Expect = 6e-47, Method: Compositional matrix adjust. Identities = 129/406 (32%), Positives = 187/406 (47%), Gaps = 42/406 (10%) Query 15 YHRWLYPHPIADLEAWTTANWEWFDPVH---SHRILWPDREYRPDLDILIAGCGTNQAAI 71 Y R+ YP P+ L+ + W DP + + WPDR YR + IL+AGCGT+QAA Sbjct 11 YERYPYPRPVGSLDNYRAL---WQDPQRRRAEYHLYWPDRPYREEYSILVAGCGTSQAAK 67 Query 72 FAFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVSTGV 131 +A + A+V ID+S ++ + LK ++ LANLE+ L +E LG+ FD +V TGV Sbjct 68 YALRSPGARVTGIDVSETSVGCTRELKRRYNLANLEVQRLSVERAGELGKSFDQIVCTGV 127 Query 132 LHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDASIKLAK 191 LHHLADP AG++ L L+ DG + M+Y YGR G+ ++ R LG+ D I Sbjct 128 LHHLADPDAGLRALRGVLKPDGAMQIMVYAPYGRAGIYMIQEFARLLGIRATDEDIPDLI 187 Query 192 EAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWF 251 A+ LP+ HPL + L A D +++L D LH + R+Y+V + D + + GL F W Sbjct 188 AALRGLPSGHPLESLLRNAPDFRHEASLADALLHPQDRAYSVPQLFDFLKAGGLRFGRWL 247 Query 252 HKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYTID 311 +A Y + + LP + ++ E H + R DR + Sbjct 248 KQAAYSARCGVLAAIPQANRLAELPPAEQYAAAELFRGTMVRHSMIVHRSDRAVSDSQVG 307 Query 312 FSTVAALDYVPLM---------RTRCGVSGT---------DMFWPGWRMAPSPAQLAFLQ 353 F YVP+ R G D+ P A+ + + Sbjct 308 FEGGGWPVYVPVRMPDTVCVEERLPAGAEAVLINQAHSYRDLILP-----IDAAEKRWFE 362 Query 354 QVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRLDFV 399 VDG RTI IAG A LE R+ F+ LW D V Sbjct 363 AVDGHRTIAGIAG------------EAQLEP-ARRFFERLWWYDQV 395 >gi|163793892|ref|ZP_02187866.1| methyltransferase [alpha proteobacterium BAL199] gi|159181003|gb|EDP65520.1| methyltransferase [alpha proteobacterium BAL199] Length=415 Score = 119 bits (297), Expect = 1e-24, Method: Compositional matrix adjust. Identities = 111/394 (29%), Positives = 166/394 (43%), Gaps = 26/394 (6%) Query 9 DIVSRQYHRWLYPH--PIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGT 66 D V QY + YPH P + + + D + H + + L+AG GT Sbjct 6 DRVREQYEAYPYPHRDPKEEHKRLVEGSPSDLDEIR-HYVFHGRLDLARPFRALVAGGGT 64 Query 67 NQAAIFAFTNRA------AKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLG 120 AAI + A A+VV +D+S+ + + + L N+ IE++ L Sbjct 65 GDAAIMLAQHLATAGAADAEVVYLDLSKASRRIAEARAAERRLTNMRFVTGVIEDVDRLA 124 Query 121 RD-FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGV----ELLGSVF 175 +D + GVLHHLA P AG++ LA L G + MLYG YGR G+ E L + Sbjct 125 PGPYDYIDCCGVLHHLASPEAGLQALADQLAPTGGLGLMLYGTYGRSGIYPVQEALAQLV 184 Query 176 RDLGLGQDDASIKLAKEAISLLPTYHPL-RNYLTKARDLLSDSALVDTFLHGRQRSYTVE 234 DL D + A ++ LP H L RN L D+ L D LH R RSY V Sbjct 185 DDL---PDPERLAAAHRLLAGLPETHLLNRNPLVNDHRKGKDAHLYDLLLHRRDRSYRVP 241 Query 235 ECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATH 294 E L+ S GL W A Y P + ++ + LP ++ ++ ERL T + H Sbjct 242 ELATLLGSTGLAPLAWIEPARYAP-ETYLSDPALRKRAAALPAIERAALAERLSTAISKH 300 Query 295 LFMACRRDRPKEQYT---IDFSTVAALDYVPLMRTR----CGVSGTDMFWPGWRMAPSPA 347 + A RP D + + P + G ++ + + P Sbjct 301 ILYAGFARRPAASPADPGADGTVLVLRGLDPAAVAKGLKVGGALKANIDGAAYHVPLPPL 360 Query 348 QLAFLQQVDGRRTIREIAGCVARTGEPSGGSLAD 381 +A + ++DGRR++ EI + TG GS AD Sbjct 361 TIAIVSRIDGRRSVSEIRASIESTGTKVPGSFAD 394 >gi|338740915|ref|YP_004677877.1| hypothetical protein HYPMC_4102 [Hyphomicrobium sp. MC1] gi|337761478|emb|CCB67311.1| protein of unknown function [Hyphomicrobium sp. MC1] Length=646 Score = 116 bits (290), Expect = 7e-24, Method: Compositional matrix adjust. Identities = 88/302 (30%), Positives = 143/302 (48%), Gaps = 21/302 (6%) Query 11 VSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSH--RILWPDREYRPD--LDILIAGCGT 66 V+RQY YP W T + + R++ DR D D+LIAGCGT Sbjct 355 VARQYEASPYPR-------WKTVQRSAPGALQRYLGRLMPADRFAFVDKECDVLIAGCGT 407 Query 67 NQAAIFAFTNRA--AKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFD 124 Q A+ + T A+++AIDISR +L + + + + N+ I ++A L R FD Sbjct 408 GQQALMSATAHGPKARLLAIDISRASLAYASVMAAREKVTNVSFVQADILDVARLERRFD 467 Query 125 LVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQDD 184 L+ GVLHH+AD RAG + L CL+ G++ LY R G+ L G G D Sbjct 468 LIYCVGVLHHMADWRAGWRALLSCLKPSGLMNIGLYSATARQGLRDLRDDKDYPGAGCTD 527 Query 185 ASIKLAKEAISLLPTYHPLRNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAG 244 ++ ++ + ++ L P +Y+ ++RD + + D LH + + T+EE + G Sbjct 528 SAARIYRRSLLLRDDETPA-SYVKQSRDFFALNTFRDLVLHESEATVTIEEIAQFLDDEG 586 Query 245 LVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLE--TLNATHLFMACRRD 302 LVF+G+ A + + + A + W+ ERL+ T + + F R+D Sbjct 587 LVFRGFVLDA-----NVLQEFATLFPAAAPAGTLAYWAAFERLKPHTFDGMYYFWVERQD 641 Query 303 RP 304 +P Sbjct 642 KP 643 >gi|329113438|ref|ZP_08242219.1| hypothetical protein APO_0207 [Acetobacter pomorum DM001] gi|326697263|gb|EGE48923.1| hypothetical protein APO_0207 [Acetobacter pomorum DM001] Length=419 Score = 116 bits (290), Expect = 8e-24, Method: Compositional matrix adjust. Identities = 127/433 (30%), Positives = 176/433 (41%), Gaps = 42/433 (9%) Query 1 VTDDHP---RADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRI-LWPDREYRPD 56 +TD P R ++ QY + YP EA P H I W RP Sbjct 1 MTDQSPADTRDSSLAAQYEVYPYPERNPQDEA---KRLLIGSPSHLREIDYWVFGAKRPQ 57 Query 57 ---LDILIAGCGTNQAAIFAFTN-----RAAKVVAIDISRPALDHQQYLKDKHGLANLEL 108 L L+AGCGT AI T+ R +VV +D S+ AL Q LAN+ Sbjct 58 SQPLRALVAGCGTGDGAIMLATHLQRAGRPGEVVCVDRSQKALSIAQARAQTRELANIRF 117 Query 109 HLLPIEELATLGRD-FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIG 167 + EL L FD + GVLHHL DP A + L L G + M+Y YGR G Sbjct 118 IQGSLTELDALDLGLFDYIDCCGVLHHLPDPDAALAMLEKHLAPGGGMGLMVYAPYGRTG 177 Query 168 VELLGSVFRDLGLGQDDASIKL--AKEAISLLPTYHPLRNYLTKARDLL-SDSALVDTFL 224 V ++ + + +L A+ + LP LR L D+ L D L Sbjct 178 VYMVQDALEKIAPHSESPQTRLDMARRVMRTLPATAWLRQNGNFGDHLSGGDAGLYDLLL 237 Query 225 HGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVM 284 + R R+YTV E +D + AGL A Y P F+P+ A +++LP + ++ Sbjct 238 NPRDRAYTVTEFLDFLGKAGLEPSCLMEPARYDP-TLFLPDPRLRARISSLPWQQQAAIA 296 Query 285 ERLETLNATHLFMACRRD-RPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMA 343 E L TH+ R+ R +DFS VP+MR GV P + Sbjct 297 EDLAGNMPTHVAYVVRKGARITPPDPMDFSA------VPIMREIPGVELAKQMQPDHTLP 350 Query 344 ----------PSPAQL-AFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQS 392 P P Q+ L +DG RT+ +A VA P G S + + F + Sbjct 351 FAFGTLVVPIPLPPQMRGILPLIDGERTVGALAEAVA----PRGISENKFRKVWAEGFTT 406 Query 393 LWRLDFVAVALPA 405 L RL+ V + PA Sbjct 407 LERLNRVLLRPPA 419 >gi|220910420|ref|YP_002485731.1| type 11 methyltransferase [Cyanothece sp. PCC 7425] gi|219867031|gb|ACL47370.1| Methyltransferase type 11 [Cyanothece sp. PCC 7425] Length=390 Score = 115 bits (288), Expect = 2e-23, Method: Compositional matrix adjust. Identities = 88/323 (28%), Positives = 154/323 (48%), Gaps = 15/323 (4%) Query 59 ILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELA 117 IL AGCGT + N A++ AID+S AL Q K G N++ H L + ++ Sbjct 54 ILDAGCGTGVGTEYLCHLNPQAQITAIDLSAKALSVAQTRCQKSGATNVQFHHLSLVDVD 113 Query 118 TLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG---SV 174 L +F+L+ GVLHHL+DP AG++ LA L G++ +YG+ GR ++L+ ++ Sbjct 114 QLAGEFELINCVGVLHHLSDPIAGIQALAKKLAPGGLMHIFVYGELGRWEIKLMQEAIAL 173 Query 175 FRDLGLGQDDASIKLAKEAISLLPTYH--PLRNYLTKARDLLSDSALVDTFLHGRQRSYT 232 + G +++ ++ + LP + LR + + D D ++H R+ YT Sbjct 174 LQGEQRGDYTDGVQVGRQIFAALPDNNRLKLREQQRWSMENQRDECFADMYVHPREVDYT 233 Query 233 VEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNA 292 ++ +L+ ++GL F G+ + + N L E + + ++E L+ Sbjct 234 IDSLFELIAASGLEFVGFSNPQTWQLERLLAKVPALVQRANQLTEPQRYRLIELLDPEAI 293 Query 293 THL-FMACRRDRPKEQYTIDFSTVAALDYV-PLMRTRCGVSGTDMFWPGWRMAP-SPAQL 349 H F R P+ +++D + V A+ V P + G +F + + S + Sbjct 294 AHYEFFLTRPPLPRFDWSVDNALVNAIPEVHPCLE---GWPSQHLFNYNYEIVQLSELEF 350 Query 350 AFLQQVDGRRTIREIAGCVARTG 372 AFLQ DGRR++ E+ +A TG Sbjct 351 AFLQACDGRRSVAEL---LAETG 370 >gi|258542272|ref|YP_003187705.1| methyltransferase [Acetobacter pasteurianus IFO 3283-01] gi|256633350|dbj|BAH99325.1| methyltransferase [Acetobacter pasteurianus IFO 3283-01] gi|256636409|dbj|BAI02378.1| methyltransferase [Acetobacter pasteurianus IFO 3283-03] 6 more sequence titles Length=419 Score = 114 bits (284), Expect = 4e-23, Method: Compositional matrix adjust. Identities = 125/433 (29%), Positives = 178/433 (42%), Gaps = 42/433 (9%) Query 1 VTDDHP---RADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRI-LWPDREYRPD 56 +TD P R ++ QY + YP EA P H I W RP Sbjct 1 MTDQSPADTRDSSLAAQYEAYPYPERNPQDEA---KRLLIGSPSHLREIDYWVFGAKRPQ 57 Query 57 ---LDILIAGCGTNQAAIFAFTN-----RAAKVVAIDISRPALDHQQYLKDKHGLANLEL 108 L L+AGCGT AI T+ R +VV +D S+ AL Q LAN+ Sbjct 58 SQPLRALVAGCGTGDGAIMLATHLQRAGRPGEVVCVDRSQKALSIAQARAQARELANIRF 117 Query 109 HLLPIEELATLGRD-FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIG 167 + EL L FD + GVLHHL DP A + L L G + M+Y YGR G Sbjct 118 IQGSLTELDRLDVGLFDYIDCCGVLHHLPDPDAALAMLEKHLAPGGGMGLMVYAPYGRTG 177 Query 168 VELLGSVFRDLGLGQD--DASIKLAKEAISLLPTYHPLRNYLTKARDLL-SDSALVDTFL 224 V ++ + + A + +A+ + LP LR L D+ L D L Sbjct 178 VYMVQDALEKIAPHSETPQARLDMARRVMRTLPATAWLRQNGNFGDHLSGGDAGLYDLLL 237 Query 225 HGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVM 284 + R R+Y V E ++ + AGL A Y P F+P+ A +++LP + ++ Sbjct 238 NPRDRAYNVTEFLEFLDKAGLEPSCLMEPARYDP-TLFLPDPRLRARISSLPWQQQAAIA 296 Query 285 ERLETLNATHLFMACRRD-RPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMA 343 E L ATH+ R+ R +DF+ VP+MR GV P + Sbjct 297 EDLAGNMATHVAYVVRKGARVTPPDPLDFAA------VPVMREIPGVELAKQMRPDHTLP 350 Query 344 ----------PSPAQL-AFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQS 392 P P Q+ L +DG RT+ +A VA P G S + + + F + Sbjct 351 FAFGTLIVPIPLPPQMRGILPLIDGERTVGALAEAVA----PRGISESKFRKVWAEGFTT 406 Query 393 LWRLDFVAVALPA 405 L RL+ V + PA Sbjct 407 LERLNRVLLRPPA 419 >gi|340778328|ref|ZP_08698271.1| methyltransferase [Acetobacter aceti NBRC 14818] Length=415 Score = 111 bits (278), Expect = 2e-22, Method: Compositional matrix adjust. Identities = 102/336 (31%), Positives = 140/336 (42%), Gaps = 27/336 (8%) Query 57 LDILIAGCGTNQAAIF-----AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLL 111 L L+AGCGT AI A +NR +VV +D S AL + + L+N+ Sbjct 58 LRALVAGCGTGDGAIMLATQMARSNRPGEVVCVDRSEHALKIAKSRAEARNLSNISFIQG 117 Query 112 PIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELL 171 + + TL FD + GVLHHL P +K L L G + M+Y YGR GV ++ Sbjct 118 SLTDPETLPGQFDYIDCCGVLHHLPAPLETLKVLEQALLPGGGMGLMVYAPYGRTGVYMI 177 Query 172 GSVFRDLGLGQDDASIKL--AKEAISLLPTYHPLRNYLTKARDLL-SDSALVDTFLHGRQ 228 L + S +L AK + LP LR L D+ L D L+ R Sbjct 178 QEALEHLTPFSESPSTRLDIAKRVMRTLPATAWLRQNGNFGDHLTGGDAGLYDLLLNPRD 237 Query 229 RSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLE 288 R+YT+ +DL+T AGL A Y P F+P+ + A V L + V E L Sbjct 238 RAYTIGAFLDLLTEAGLEPSCLMEPARYDPA-LFLPDPKLRARVENLSWREKAEVAESLT 296 Query 289 TLNATHLFMACRR-DRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRM----- 342 ATH+ R RP D +T VP+MR G P + Sbjct 297 GNMATHVAYVVRNGSRPMPPDCCDPTT------VPVMREIPGDELAKQILPNSTLPFAFG 350 Query 343 -----APSPAQL-AFLQQVDGRRTIREIAGCVARTG 372 P P Q + L +DG RT+ +IA + G Sbjct 351 TLTVPVPLPTQARSILPLIDGARTVGDIAAIMQERG 386 >gi|22299491|ref|NP_682738.1| hypothetical protein tlr1948 [Thermosynechococcus elongatus BP-1] gi|22295674|dbj|BAC09500.1| tlr1948 [Thermosynechococcus elongatus BP-1] Length=396 Score = 111 bits (278), Expect = 2e-22, Method: Compositional matrix adjust. Identities = 89/342 (27%), Positives = 156/342 (46%), Gaps = 17/342 (4%) Query 34 NWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALD 92 NW W P ++ + D+ IL AGCGT + A N AK+ A+D+S AL Sbjct 34 NWRWSWPA-AYSFCTGRYPSQLDVAILDAGCGTGVGTEYLAHLNPQAKITALDLSEAALA 92 Query 93 HQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRD 152 + G N++ H L +EE+A LG+ F ++ GVLHHL +P+ G++ LA L Sbjct 93 IACERCRRSGATNVQFHHLSLEEVAQLGQTFQMINCVGVLHHLPEPQRGIQALADVLAPG 152 Query 153 GVVAAMLYGKYGRIGVELLGSVFRDLGLGQD----DASIKLAKEAISLLPTYHPLRNYLT 208 G+V +YG+YGR ++L+ L G D + + ++ + LP + L+ Sbjct 153 GIVHIFVYGEYGRWEIKLMQQAIALLQ-GSDRHNYREGVAIGRQLFAALPENNRLKKREQ 211 Query 209 KARDLLS--DSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNS 266 + L + D D ++H ++ YT+ +L+ ++GL F G+ + + Sbjct 212 ERWSLENQRDECFADMYVHPQEIDYTIASLFELIRASGLEFIGFSNPQVWQLERLLGSQP 271 Query 267 EFYAAVNTLPEVKAWSVMERLETLNATHL-FMACRRDRPKEQYTIDFSTVAALDYVPLMR 325 E L ++ + ++E L+ TH F + P+ + D +AA+ + R Sbjct 272 ELLQRAQQLDPIQQYQLIECLDPEAMTHFEFFLAKPPLPRHDWAADRELLAAIPW----R 327 Query 326 TRC--GVSGTDMFWPGWRMAP-SPAQLAFLQQVDGRRTIREI 364 C G G +F + + + A+ FL G+ T+ E+ Sbjct 328 HPCIDGWPGACVFNCHYEVIHLNQAEQEFLNAASGKATVAEL 369 >gi|166366711|ref|YP_001658984.1| phycocyanin operon protein W [Microcystis aeruginosa NIES-843] gi|166089084|dbj|BAG03792.1| phycocyanin operon protein W [Microcystis aeruginosa NIES-843] Length=396 Score = 111 bits (277), Expect = 2e-22, Method: Compositional matrix adjust. Identities = 109/388 (29%), Positives = 174/388 (45%), Gaps = 29/388 (7%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 ++DD V R Y+ + +P E NW W + + ++ + R D+ IL Sbjct 1 MSDDATIRTAVQRLYNTYPFPPEPLLDEPPPGYNWRW-NWIAAYNFCCHRKPEREDIRIL 59 Query 61 IAGCGTNQAAIFAFT-NRAAKVVAIDISRPALDHQQYLKDKHGLA-----NLELHLLPIE 114 AGCGT + N A VVAIDIS AL+ + ++ G+A +L+ H LP+E Sbjct 60 DAGCGTGAGTEYLLALNPFAHVVAIDISEKALEIAKERCNRSGVATKHRGSLDFHHLPLE 119 Query 115 ELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSV 174 L +FDL+ GVLHHL DP G++ LA L G++ +Y + GR ++L+ S Sbjct 120 SATNLPGEFDLINCVGVLHHLPDPIKGIQSLAQKLAPGGLLHIFVYAQLGRWEIQLMQSA 179 Query 175 FRDLG---LGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS-----DSALVDTFLHG 226 L G + + +E + LP + + L + ++ S D + D ++H Sbjct 180 IALLQGDRRGDYKDGVAVGREIFASLPENNRI---LKREKERWSMENHRDESFADMYVHP 236 Query 227 RQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNS-EFYAAVNTLPEVKAWSVME 285 R+ Y ++ L+ ++GL F G F Y+ D + S E A L E + + + E Sbjct 237 REVDYNIDTLFQLIDASGLAFIG-FSNPSYWQLDRLLGKSPELMARAQNLGERERYRLTE 295 Query 286 RLE-TLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRC--GVSGTDMFWPGWR- 341 L+ + F+A +P T D+S L+ C G + +R Sbjct 296 LLDPEITHYEFFLA----KPP-ILTADWSGDQVLENAVAEVHPCLYGWPSASVLDYDYRP 350 Query 342 MAPSPAQLAFLQQVDGRRTIREIAGCVA 369 + S + AFLQ DGR T+ EI VA Sbjct 351 VNLSETEFAFLQACDGRLTVGEIDAQVA 378 >gi|87125410|ref|ZP_01081256.1| hypothetical protein RS9917_08330 [Synechococcus sp. RS9917] gi|86167179|gb|EAQ68440.1| hypothetical protein RS9917_08330 [Synechococcus sp. RS9917] Length=407 Score = 110 bits (275), Expect = 5e-22, Method: Compositional matrix adjust. Identities = 92/304 (31%), Positives = 144/304 (48%), Gaps = 16/304 (5%) Query 10 IVSRQYHRWLYP-HPIADLEAWTTANWEW-FDPVHS---HRILWPDREYRPDLDILIAGC 64 +VS Y R+ YP P+ D NW W + V S ++ P L +L AGC Sbjct 12 VVSAFYDRFPYPGDPLQDGPP-PGYNWRWCWASVQSAVRGQLPCPSSGAPHPLRLLDAGC 70 Query 65 GTNQAAIF-AFTNRAAKVVAIDISRPALD-HQQYLKDKHG---LANLELHLLPIEELATL 119 GT + + N A V+A+DIS AL+ ++ L+ G + L + +LA Sbjct 71 GTGVSTDYLCHLNPGADVLAVDISAGALEVARERLRRSGGGERVVALRQEQRSLLDLAGE 130 Query 120 GRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLG 179 G FD + S GVLHHL DP AG++ LA + DG++ LY GR + LG Sbjct 131 G-PFDYINSVGVLHHLRDPLAGLRSLAELMAEDGILHLFLYADAGRWEIHRCQRALALLG 189 Query 180 LGQDDASIKLAKEAISLLPTYHPLRNYLTK--ARDLLSDSALVDTFLHGRQRSYTVEECV 237 +G ++ ++L +E +LP H LR + + A D +D+ D +LH ++ SY +E + Sbjct 190 VGTGESGLRLGRELFQVLPEEHRLRRHHEQRWALDTAADANFADMYLHPQETSYNLERLM 249 Query 238 DLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFM 297 L+ +AGL F G+ + A ++P E L W+++E L+ + F Sbjct 250 ALIEAAGLHFAGFSNPAVWHPSRLL--TGELLERALALSPRDQWALVEELDPDISHFEFF 307 Query 298 ACRR 301 RR Sbjct 308 LTRR 311 >gi|126660340|ref|ZP_01731453.1| hypothetical protein CY0110_12047 [Cyanothece sp. CCY0110] gi|126618371|gb|EAZ89127.1| hypothetical protein CY0110_12047 [Cyanothece sp. CCY0110] Length=401 Score = 109 bits (273), Expect = 8e-22, Method: Compositional matrix adjust. Identities = 96/383 (26%), Positives = 178/383 (47%), Gaps = 18/383 (4%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +TD P + V + Y+ + +P E NW W + + ++ + R ++ IL Sbjct 1 MTDFSPESAAVQQLYNTYPFPPEPLLNEPPPGYNWRW-NWIAAYNFCTGRKPPRENIRIL 59 Query 61 IAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLAN-----LELHLLPIE 114 AGCGT + N A++V +DIS AL+ + + G+A + H LP+E Sbjct 60 DAGCGTGVGTEYLILLNPHAEIVGVDISEKALEIAEKRCQQSGVATNHNYPISFHHLPLE 119 Query 115 ELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG-- 172 E + +FDL+ GVLHHL DP AG+K L+ L G+ +Y + GR ++L+ Sbjct 120 EAEKIEGEFDLINCVGVLHHLPDPIAGIKALSQKLAPGGIFHIFVYAELGRWEIQLMQKA 179 Query 173 -SVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS--DSALVDTFLHGRQR 229 S+F+ G + + ++ LLP + L + L + D + D ++H ++ Sbjct 180 ISLFQTETKGDYKDGVFVGRKLFELLPENNRLVKREKERWSLENHRDESFADMYVHPQET 239 Query 230 SYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNS-EFYAAVNTLPEVKAWSVMERLE 288 Y ++ +L+ ++GL F G F Y+ + + S E L + + + ++E L+ Sbjct 240 DYNIDTLFELIEASGLEFIG-FSNPQYWQLERLIGESEELIKRGEKLSDRQRYRLIELLD 298 Query 289 TLNATHL-FMACRRDRPKEQYTIDFSTVAALDYV-PLMRTRCGVSGTDMFWPGWRMAPSP 346 N TH F + K ++ D + ++A+ + P + S + + ++ S Sbjct 299 PENITHYEFFLGKPPLTKIDWSEDETLLSAIPEIHPCLHGWPSQSLLNYDYQPIKL--SD 356 Query 347 AQLAFLQQVDGRRTIREIAGCVA 369 A+ F+Q DG T+++I V+ Sbjct 357 AEYNFMQACDGNLTVKDILAKVS 379 >gi|124022185|ref|YP_001016492.1| methyltransferase [Prochlorococcus marinus str. MIT 9303] gi|123962471|gb|ABM77227.1| possible methyltransferase [Prochlorococcus marinus str. MIT 9303] Length=407 Score = 108 bits (269), Expect = 2e-21, Method: Compositional matrix adjust. Identities = 89/290 (31%), Positives = 141/290 (49%), Gaps = 16/290 (5%) Query 10 IVSRQYHRWLYP-HPIADLEAWTTANWEWFD----PVHSHRILWPDREYRPDLDILIAGC 64 +VS Y R+ YP P+ D NW W V + ++ P L IL AGC Sbjct 14 VVSAFYDRFPYPGDPLQDGPP-PGYNWRWCVDMAYAVCTGSVVRKCAGSEP-LKILDAGC 71 Query 65 GTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHG---LANLELHLLPIEELATLG 120 GT + + A N A+++A+DISR AL+ + + G A++ + + EL G Sbjct 72 GTGVSTDYLAHLNPGAEILAVDISRGALEVARERLQRSGGNDQAHVRIENQSLLELEDEG 131 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 + FD + S G LHHL P AG+K LA L+ ++ LY + GR + + LG+ Sbjct 132 Q-FDYINSVGALHHLRQPEAGLKALASRLKPGALLHLFLYAEAGRWEIHRIQRFLSSLGV 190 Query 181 GQDDASIKLAKEAISLLPTYHPLR-NYLTK-ARDLLSDSALVDTFLHGRQRSYTVEECVD 238 G D+ ++LA++ ++LP + LR N+ + A D ++D D +LH ++ SY +E Sbjct 191 GTDEQDLRLARQLFAILPEDNRLRLNHEQRWAIDCVADVNFADMYLHPQETSYNLERLFA 250 Query 239 LVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLE 288 V SA L F G+ + + P E LP+ + W +ME L+ Sbjct 251 FVASADLEFVGFSNPKVWDPVRLL--QGELLEMALALPQRQQWQLMEELD 298 >gi|330994302|ref|ZP_08318230.1| hypothetical protein SXCC_04195 [Gluconacetobacter sp. SXCC-1] gi|329758769|gb|EGG75285.1| hypothetical protein SXCC_04195 [Gluconacetobacter sp. SXCC-1] Length=424 Score = 107 bits (267), Expect = 4e-21, Method: Compositional matrix adjust. Identities = 105/368 (29%), Positives = 153/368 (42%), Gaps = 30/368 (8%) Query 57 LDILIAGCGTNQAAIF-----AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLL 111 L +L+AGCGT AI A R +V+ +D S AL+ + + GL N+ Sbjct 66 LRVLVAGCGTGDGAIMLATHMARAGRGGEVLCLDRSPRALEIARGRAEIRGLGNMRFVRG 125 Query 112 PIEELATLGRD-FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVEL 170 + LAT+ FD + GVLHHL DP AG+ L L G + M+Y YGR GV + Sbjct 126 DLSSLATVAPGPFDYIDCCGVLHHLPDPDAGLAALEGVLAPGGGMGLMVYAPYGRTGVYM 185 Query 171 LGSVFRDLGLGQDDASIKL--AKEAISLLPTYHPLRNYLTKARDLL-SDSALVDTFLHGR 227 L L D + +L A+ + LP LR + L D+ L D L+ R Sbjct 186 LQDALERLAPVDDAPARRLDVARRVMRHLPATAWLRQNVNFGDHLSGGDAGLYDLLLNPR 245 Query 228 QRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERL 287 R+Y + L+ AGL A Y P +P+ + LPE +V E + Sbjct 246 DRAYDITAFHALLDRAGLAAACLMEPARYDPA-LLLPDPRLRERIAGLPERARQAVAEDV 304 Query 288 ETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRM----- 342 ATH+ R P ++ + A VP+MR G+ M P R+ Sbjct 305 AGNMATHVAYVRRACEPVKR-----ADALAPGAVPVMREIPGLELARMMGPDDRLPFAFG 359 Query 343 ------APSPAQLAFLQQVDGRRTIREIAGCVARTGEPSGGSLADLEEFGRKLFQSLWRL 396 A P L +DG RT+ +IA + E G S + ++F +L L Sbjct 360 TLQVAVALPPQARGILPLIDGERTVGDIAAIM----ETRGVSASRFARVWEQMFTTLESL 415 Query 397 DFVAVALP 404 + V + P Sbjct 416 NRVLLRAP 423 >gi|194476679|ref|YP_002048858.1| possible methyltransferase [Paulinella chromatophora] gi|171191686|gb|ACB42648.1| possible methyltransferase [Paulinella chromatophora] Length=407 Score = 107 bits (267), Expect = 4e-21, Method: Compositional matrix adjust. Identities = 86/292 (30%), Positives = 144/292 (50%), Gaps = 21/292 (7%) Query 10 IVSRQYHRWLYP-HPIADLEAWTTANWEWF--DPVHSHRILWPDREYRPDLDILIAGCGT 66 +VS Y R+ YP P+ D NW W + V++ + P + +L IL AGCGT Sbjct 16 LVSAFYDRFPYPGDPLQDGPP-PGYNWRWCYRNVVNACTGVLPALKSE-NLKILDAGCGT 73 Query 67 NQAAIF-AFTNRAAKVVAIDISRPALD-HQQYLKDKHGLANL------ELHLLPIEELAT 118 + + N + ++AIDIS AL+ ++ L+ G + + +L LL ++E Sbjct 74 GVSTDYLCHLNPGSDILAIDISNQALEVARERLRRSKGASRVKRLRQEQLSLLDLKE--- 130 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDL 178 F + S GVLHHL +P AG+K LA+ L G++ LY GR + + + + Sbjct 131 -DNYFHYINSVGVLHHLRNPEAGLKVLANSLVEGGLIHLFLYADGGRWEIHRIQQALKLM 189 Query 179 GLGQDDASIKLAKEAISLLPTYHPLRNYLTK--ARDLLSDSALVDTFLHGRQRSYTVEEC 236 G+G DD ++L ++ LP + LR + + + D +D D +LH ++ SY + Sbjct 190 GVGSDDEGLRLGRQLFQELPLKNRLRTHHEQRWSIDTTADPNFADMYLHPQETSYNLSTL 249 Query 237 VDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLE 288 +LV S+GL F + + + + P + E V LP K W+++E L+ Sbjct 250 FNLVESSGLEFVCFSNPSVWDPSRLL--SGELLKMVRNLPVKKQWALVEALD 299 >gi|300867820|ref|ZP_07112462.1| methyltransferase type 12 [Oscillatoria sp. PCC 6506] gi|300334151|emb|CBN57634.1| methyltransferase type 12 [Oscillatoria sp. PCC 6506] Length=393 Score = 106 bits (264), Expect = 7e-21, Method: Compositional matrix adjust. Identities = 89/349 (26%), Positives = 154/349 (45%), Gaps = 32/349 (9%) Query 34 NWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALD 92 NW WF P ++ + + D+ IL AGCG+ + + N A VV ID+S L+ Sbjct 34 NWRWFWPA-AYSFCTGQKPDKQDIRILDAGCGSGVSTEYLVHLNPEASVVGIDLSSGTLE 92 Query 93 HQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRD 152 + + G + H L + + L +FDL+ GVLHHL DP G++ LA LR Sbjct 93 VAKERCRRSGAERVAFHHLSLYDAGQLEGEFDLINCVGVLHHLPDPIRGIQALAPKLRNG 152 Query 153 GVVAAMLYGKYGRIGVELLGSVFRDLGLGQDDA------SIKLAKEAISLLPTYHPLRNY 206 G++ +Y + GR ++L+ + + L Q D +K+ ++ + LP + L Y Sbjct 153 GLMHIFVYSELGRWEIQLMQ---KAIALLQGDRRGDYRDGVKVGRQLFASLPENNRLVKY 209 Query 207 LTK--ARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVP 264 + A + D D ++H ++ Y +E +L+ ++GL F G+ + + Sbjct 210 EKQRWAMENQRDECFADMYVHPQEIDYNIETLFELIDASGLEFLGFSNPGYWQLERLLGK 269 Query 265 NSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLM 324 S L E + ++E L+ + + F R PK ++ D + A+ Sbjct 270 ESGLLERAQDLTERDRYRLIELLDPELSHYEFFLGRSPLPKADWSDDRILLGAIP----E 325 Query 325 RTRCGVSGTDMF-WPGWRMAP--------SPAQLAFLQQVDGRRTIREI 364 R+ C MF WP ++ S + FLQ +G R++ EI Sbjct 326 RSAC------MFGWPSEKVLDYNYEMVDLSTVEFEFLQACEGSRSVGEI 368 >gi|159026766|emb|CAO89053.1| unnamed protein product [Microcystis aeruginosa PCC 7806] Length=396 Score = 106 bits (264), Expect = 9e-21, Method: Compositional matrix adjust. Identities = 101/387 (27%), Positives = 171/387 (45%), Gaps = 27/387 (6%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 ++DD V R Y+ + +P E NW W + + ++ + R D+ IL Sbjct 1 MSDDATIRTAVQRLYNTYPFPPEPLLDEPPPGYNWRW-NWIAAYNFCCHRKPEREDIRIL 59 Query 61 IAGCGTNQAAIFAFT-NRAAKVVAIDISRPALDHQQYLKDKHGLA-----NLELHLLPIE 114 AGCGT + N A +VAIDIS AL+ + ++ G+A +L+ H LP+E Sbjct 60 DAGCGTGAGTEYLLALNPFANIVAIDISEKALEIAKERCNRSGVAPKHRGSLDFHHLPLE 119 Query 115 ELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSV 174 L +FDL+ GVLHHL DP G++ LA L G++ +Y + GR ++L+ S Sbjct 120 SATNLPGEFDLINCVGVLHHLPDPIKGIQSLAQKLAPGGLLHIFVYAQLGRWEIQLMQSA 179 Query 175 FRDLG---LGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS-----DSALVDTFLHG 226 L G + + +E + LP + + L + ++ S D + D ++H Sbjct 180 IALLQGDRRGDYKDGVAVGREIFASLPENNRI---LKREKERWSMENHRDESFADMYVHP 236 Query 227 RQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMER 286 R+ Y ++ L+ ++GL F G+ + + + + E A L E + + + E Sbjct 237 REVDYNIDTLFQLIDASGLAFIGFSNPSYWQLERLLGKSPELMARAQNLGERERYRLTEL 296 Query 287 LE-TLNATHLFMACRRDRPKEQYTIDFSTVAALDYVPLMRTRC--GVSGTDMFWPGWR-M 342 L+ + F+A +P T D+S L+ C G + +R + Sbjct 297 LDPEITHYEFFLA----KPP-ILTADWSRDQVLENAVAEVHPCLYGWPSASVLDYDYRPV 351 Query 343 APSPAQLAFLQQVDGRRTIREIAGCVA 369 S + FLQ DGR ++R I V Sbjct 352 NLSEREFDFLQACDGRLSVRAIDAQVG 378 >gi|33863741|ref|NP_895301.1| methyltransferase [Prochlorococcus marinus str. MIT 9313] gi|33635324|emb|CAE21649.1| possible methyltransferase [Prochlorococcus marinus str. MIT 9313] Length=407 Score = 105 bits (262), Expect = 1e-20, Method: Compositional matrix adjust. Identities = 79/267 (30%), Positives = 132/267 (50%), Gaps = 9/267 (3%) Query 57 LDILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHG---LANLELHLLP 112 L IL AGCGT + + A N A+++A+DIS AL+ + + G A++ + Sbjct 64 LKILDAGCGTGVSTDYLAHLNPGAEILAVDISLGALEVARERLQRSGGNDQAHVRIENQS 123 Query 113 IEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG 172 + EL G+ FD + S G LHHL P AG+K LA L+ ++ LY + GR + + Sbjct 124 LLELEDEGQ-FDYINSVGALHHLRQPEAGLKALASRLKPGALLHLFLYAEAGRWEIHRIQ 182 Query 173 SVFRDLGLGQDDASIKLAKEAISLLPTYHPLR-NYLTK-ARDLLSDSALVDTFLHGRQRS 230 LG+G D+ ++LA++ +LP ++ LR N+ + A D ++D D +LH ++ S Sbjct 183 RFLSSLGVGTDEQGLRLARQLFEILPEHNRLRLNHEQRWAIDCVADVNFADMYLHPQETS 242 Query 231 YTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETL 290 Y +E V SA L F G+ + + P E LP+ + W ++E+L+ Sbjct 243 YNLERLFAFVASADLEFVGFSNPKVWDPVRLL--QGELLEMALALPQRQQWQLIEQLDPD 300 Query 291 NATHLFMACRRDRPKEQYTIDFSTVAA 317 + F + + +T D +AA Sbjct 301 ISHFEFFLSKGPQASLGWTDDQELLAA 327 >gi|186684950|ref|YP_001868146.1| methyltransferase type 11 [Nostoc punctiforme PCC 73102] gi|186467402|gb|ACC83203.1| Methyltransferase type 11 [Nostoc punctiforme PCC 73102] Length=393 Score = 104 bits (260), Expect = 2e-20, Method: Compositional matrix adjust. Identities = 89/375 (24%), Positives = 170/375 (46%), Gaps = 18/375 (4%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 ++D + V++ Y+ + +P E NW W + + +H + + D+ IL Sbjct 1 MSDSQTVSAAVAKLYNTYPFPPEALLDEPPPGYNWRW-NWLAAHNFCTGQKPQKQDIRIL 59 Query 61 IAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATL 119 AGCGT + + N A VV ID+S ALD + + G +E H L + ++ L Sbjct 60 DAGCGTGVSTEYLVHLNPQASVVGIDLSTGALDVAKERCQRSGANRVEFHHLSLFDVEQL 119 Query 120 GRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLG 179 +FDL+ GVLHH +DP G++ LA L G++ +YG+ GR ++L+ + + Sbjct 120 PGEFDLINCVGVLHHTSDPIRGIQALAQKLAPGGLMHIFVYGELGRWEIQLMQ---KAIA 176 Query 180 LGQDDAS------IKLAKEAISLLPTYHPLRNYLTKARDLLS--DSALVDTFLHGRQRSY 231 L Q D +++ ++ + LP + + Y + L + D D ++H ++ Y Sbjct 177 LLQGDKKGDYRDGVQVGRQIFASLPENNRIVKYEKQRWSLENHKDEHFADMYVHPQEIDY 236 Query 232 TVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLN 291 +E +L+ ++GL F G+ + + + E L + + + ++E L+ Sbjct 237 NIETLFELIDASGLEFIGFSNPSFWDLERLLSKAPELVERAKELSDRQLYRLIELLDPEV 296 Query 292 ATHLFMACRRDRPKEQYTIDFSTVAAL-DYVPLMRTRCGVSGTDMFWPGWRMAP-SPAQL 349 + F R K ++ D + +AA+ + P + G F +++ S + Sbjct 297 THYEFFLGRPPLVKTDWSDDKALLAAIPELNPCIE---GFPSQCFFNYNYQIVNLSEPEF 353 Query 350 AFLQQVDGRRTIREI 364 F+Q+ D T+ EI Sbjct 354 EFMQKCDANSTVAEI 368 >gi|282898198|ref|ZP_06306189.1| conserved hypothetical protein (probable Methyltransferase activity) [Raphidiopsis brookii D9] gi|281196729|gb|EFA71634.1| conserved hypothetical protein (probable Methyltransferase activity) [Raphidiopsis brookii D9] Length=393 Score = 104 bits (259), Expect = 3e-20, Method: Compositional matrix adjust. Identities = 88/353 (25%), Positives = 163/353 (47%), Gaps = 15/353 (4%) Query 21 PHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAA 79 P PI D + NW W + + ++ + + D+ IL AGCG+ + + N + Sbjct 21 PEPILD-QPPPGYNWRW-NWLAAYNFCTGRKPSKQDIRILDAGCGSGVSTEYLVHLNPYS 78 Query 80 KVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPR 139 VV IDIS L+ + G +E H L I +L + FDL+ S GVLHHL DP Sbjct 79 HVVGIDISPGTLEVARKRCQSSGANRVEFHHLSIYDLDQIPGKFDLINSVGVLHHLPDPI 138 Query 140 AGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG---SVFRDLGLGQDDASIKLAKEAISL 196 AG++ LA L G++ +YG+ GR ++L+ ++ + G + +++ +E + Sbjct 139 AGIQSLAGKLAPGGIMHIFVYGELGRWEIQLMQKAIAILQGSKRGNYEDGVQVGREIFAA 198 Query 197 LPTYHPLRNYLTKAR---DLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHK 253 LP + + N KAR + D D ++H ++ Y ++ L+ ++GL F G+ + Sbjct 199 LPENNRIVNR-EKARWSWENQKDECFADMYVHPQEIDYNIDSLFQLIDASGLEFVGFSNP 257 Query 254 APYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYTIDFS 313 + + A L + + ++E L+ A + F K + D + Sbjct 258 GFWNLERLLGKRPQLMARSQELSPREKYRLIELLDPEVAHYEFFLSSPPLEKSHWQDDQA 317 Query 314 TVAAL-DYVPLMRTRCGVSGTDMFWPGWRMAP-SPAQLAFLQQVDGRRTIREI 364 +AA+ + P + G +F +++ SP ++ F+++ +G TI +I Sbjct 318 LLAAIPELNPCLD---GFPSPCVFNYDYQIINLSPGEIEFMKKCNGSHTISQI 367 >gi|334116691|ref|ZP_08490783.1| Methyltransferase type 12 [Microcoleus vaginatus FGP-2] gi|333461511|gb|EGK90116.1| Methyltransferase type 12 [Microcoleus vaginatus FGP-2] Length=410 Score = 103 bits (256), Expect = 8e-20, Method: Compositional matrix adjust. Identities = 95/389 (25%), Positives = 168/389 (44%), Gaps = 32/389 (8%) Query 11 VSRQYHRWLYP-HPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQA 69 V R Y + +P P++D E NW W P ++ + + D+ IL AGCGT + Sbjct 11 VRRLYDTFPFPPDPLSD-EPPPGYNWRWSWP-DAYNFCTGQKPPKLDIRILDAGCGTGSS 68 Query 70 AIFAF-TNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVS 128 + N A V AID+S AL Q + G + L + + A L +FDL+ Sbjct 69 TDYLIHLNPEASVTAIDLSEGALKVAQERCRRSGAREADFRHLSLYDAAELEGEFDLINC 128 Query 129 TGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG---SVFRDLGLGQDDA 185 GVLHHL DP G++ LA L G++ +Y + GR ++L+ +V + G Sbjct 129 VGVLHHLPDPIRGIQALAAKLAEGGLMHIFVYAELGRWEIQLMQRAIAVLQGPQKGDYPD 188 Query 186 SIKLAKEAISLLPTYHPLRNYLTK--ARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSA 243 +K+ ++ + LP + + Y + A + D D ++H ++ Y +E +L+ ++ Sbjct 189 GVKVGRQIFASLPENNRIVKYEKQRWAGENRRDECFADMYVHPQEIDYNIETLFELIDAS 248 Query 244 GLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDR 303 GL F G+ + + E L E + + ++E L+T + F ++ Sbjct 249 GLEFIGFSNPGYWQLERLLSKAPELIERAQGLTERELYRLIELLDTEITHYEFFLGKKPV 308 Query 304 PKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIRE 363 K ++ D + +AA+ +SG WP ++ QL L + Sbjct 309 NKIDWSDDKALLAAIPE---------LSGCMHGWPSQQVFDCNYQLINLSNAE----FEF 355 Query 364 IAGCV----------ARTGEPSGGSLADL 382 + GC+ + G PSG S+ ++ Sbjct 356 LQGCLPPPAPPYQGGEKEGRPSGKSIGEI 384 >gi|218439584|ref|YP_002377913.1| type 12 methyltransferase [Cyanothece sp. PCC 7424] gi|218172312|gb|ACK71045.1| Methyltransferase type 12 [Cyanothece sp. PCC 7424] Length=399 Score = 102 bits (255), Expect = 8e-20, Method: Compositional matrix adjust. Identities = 89/344 (26%), Positives = 159/344 (47%), Gaps = 17/344 (4%) Query 34 NWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALD 92 NW W + + ++ + R ++ IL AGCGT + N A++V ID+S AL+ Sbjct 34 NWRW-NWIAAYNFCTRQKPSRENIRILDAGCGTGVGTEYLILLNPQAEIVGIDLSEKALE 92 Query 93 HQQYLKDKHGL-----ANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAH 147 Q + G+ A++ H L +EE + L +FDL+ GVLHHL DP G++ LA Sbjct 93 IAQERSRRSGVSAKHEASVSFHHLKLEEASQLPGEFDLINCVGVLHHLPDPVKGIQALAS 152 Query 148 CLRRDGVVAAMLYGKYGRIGVELLG---SVFRDLGLGQDDASIKLAKEAISLLPTYHPLR 204 L G++ +Y + GR ++L+ ++ + G + + ++ S LP + + Sbjct 153 KLAPGGIMHIFVYSEIGRWEIQLMQRAIALLQGNKRGNYQDGVFVGRQIFSSLPENNRIV 212 Query 205 NYLTKARDLLS--DSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFF 262 + L + D + D ++H ++ Y VE +L+ ++GL F G F Y+ + Sbjct 213 KREKERWSLENHRDESFADMYVHPQEIDYNVETLFELIEASGLEFIG-FSNPKYWELERL 271 Query 263 VPNS-EFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYTIDFSTVAALDYV 321 + S E L E + + ++E L+ + F + K ++ D + ++A+ V Sbjct 272 IGKSPELIERAKNLSEREKYRLVELLDPEITHYEFFLGKPPIDKIDWSKDETLLSAIGEV 331 Query 322 -PLMRTRCGVSGTDMFWPGWRMAPSPAQLAFLQQVDGRRTIREI 364 P M S D + + + Q FLQ DG+ T+ EI Sbjct 332 HPCMYGWPSSSFLDYEYQPVTLTETEFQ--FLQTCDGKLTVGEI 373 >gi|148242984|ref|YP_001228141.1| SAM-dependent methyltransferase [Synechococcus sp. RCC307] gi|147851294|emb|CAK28788.1| SAM-dependent methyltransferase [Synechococcus sp. RCC307] Length=398 Score = 102 bits (255), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 94/318 (30%), Positives = 141/318 (45%), Gaps = 15/318 (4%) Query 10 IVSRQYHRWLYP-HPIADLEAWTTANWEWF--DPVHSHRILWPDREYRPDLDILIAGCGT 66 +VS Y R+ YP PI D NW W D S + P + RP L IL AGCGT Sbjct 14 VVSAFYDRFPYPADPIQDGPP-PGYNWRWSHADAHSSCAGVLPPQ--RPTLRILDAGCGT 70 Query 67 NQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGL---ANLELHLLPIEELATLGRD 122 + + A N A+++A+DIS L Q + G A + + +LA G Sbjct 71 GVSTDYLAHLNPGAEILAVDISAGTLAMAQERCQRSGAIEQATVRFQQRSLLDLAGEG-P 129 Query 123 FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGLGQ 182 FD + S GVLHHL +P+AG+K LA L G++ LY GR + + LG G Sbjct 130 FDHINSVGVLHHLDNPQAGLKALAPLLAPGGILHLFLYADAGRWEIHRVQRALGLLGAGY 189 Query 183 DDASIKLAKEAISLLPTYHPLRNYLTK--ARDLLSDSALVDTFLHGRQRSYTVEECVDLV 240 + ++L + + LP + LR A D D D +LH ++ SY + D V Sbjct 190 GEEGLRLGRALLRELPEENRLRQRHESRWAIDTAHDPNFADMYLHPQETSYDLRRLWDFV 249 Query 241 TSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACR 300 +A L F G+ + + E LP+ + W +ME L+ + F Sbjct 250 AAADLHFLGFSNPEQWQLERLL--QGELLERAQALPQEQQWLLMEALDPEISHWEFFLSN 307 Query 301 RDRPKEQYTIDFSTVAAL 318 + ++ +T D +AA+ Sbjct 308 QPLARQGWTDDQQLLAAI 325 >gi|116073695|ref|ZP_01470957.1| hypothetical protein RS9916_34632 [Synechococcus sp. RS9916] gi|116069000|gb|EAU74752.1| hypothetical protein RS9916_34632 [Synechococcus sp. RS9916] Length=400 Score = 102 bits (253), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 100/361 (28%), Positives = 157/361 (44%), Gaps = 22/361 (6%) Query 10 IVSRQYHRWLYP-HPIADLEAWTTANWEW-FDPVHS--HRILWPDREYRPDLDILIAGCG 65 +VS Y R+ +P P+ D NW W VH + P P L IL AGCG Sbjct 12 VVSAFYDRFPFPGDPLQDGPP-PGYNWRWNLRSVHQAVFGVSKPPLSSAPPLRILDAGCG 70 Query 66 TNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLA----NLELHLLPIEELATLG 120 T + +N A V+A+DIS ALD + + G A +L + +LA G Sbjct 71 TGVTTDYLCHSNPGADVLAVDISAGALDVARERLRRSGAAEVVSSLRQEQRSLLDLAGEG 130 Query 121 RDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLGL 180 FD + S GVLHHL DP AG+K L L G++ LY GR + + L + Sbjct 131 A-FDYINSVGVLHHLDDPSAGLKALGDRLAPHGLLHLFLYADAGRWEIHRVQRALTQLSV 189 Query 181 GQDDASIKLAKEAISLLPTYHPLRNYLTK--ARDLLSDSALVDTFLHGRQRSYTVEECVD 238 G + L ++ +LP + LR + + + D +D+ D +LH ++ SY + ++ Sbjct 190 GTGPEGLALGRQLFEVLPADNRLRRHHEQRWSVDCAADANFADMYLHPQETSYNLRGLLN 249 Query 239 LVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMA 298 + S+GL F G+ + + + P E +LP++ W ++E L+ + F Sbjct 250 YLDSSGLHFAGFSNPSVWDPARLL--QGELLERARSLPQLDQWLLVEELDPDISHFEFFV 307 Query 299 CRRDRPKEQYTIDFSTVAALDYVPLMRTRC--GVSGTDMFWPGWR-MAPSPAQLAFLQQV 355 +++ D +AA R C G T M P ++ P L L+ V Sbjct 308 SAAPVIHKRWDDDEELLAAFGE----RQPCVWGWPSTSMLGPDLEPLSIEPEALELLKAV 363 Query 356 D 356 D Sbjct 364 D 364 >gi|170078614|ref|YP_001735252.1| hypothetical protein SYNPCC7002_A2010 [Synechococcus sp. PCC 7002] gi|164599156|gb|AAC14722.2| CpcM [Synechococcus sp. PCC 7002] gi|169886283|gb|ACA99996.1| conserved hypothetical protein [Synechococcus sp. PCC 7002] Length=399 Score = 102 bits (253), Expect = 1e-19, Method: Compositional matrix adjust. Identities = 82/324 (26%), Positives = 151/324 (47%), Gaps = 18/324 (5%) Query 56 DLDILIAGCGTNQAAIFAF-TNRAAKVVAIDISRPALD------HQQYLKDKHGLANLEL 108 ++ IL AGCGT + N AA++V ID+S AL+ Q ++D+H A + Sbjct 55 NIRILDAGCGTGVGTEYLIHLNPAAEIVGIDLSEGALEVAEKRCQQSGVRDRH-TAPVTF 113 Query 109 HLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGV 168 LPIE+ L +FDL+ GVLHH+ DP G++ LA L G+ +Y + GR + Sbjct 114 KRLPIEQATELEGEFDLINCVGVLHHMPDPIQGIQALAQKLAPGGIFHIFVYAELGRWEI 173 Query 169 ELLG---SVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS--DSALVDTF 223 +L+ ++ + G +K+ ++ + LP L Y + L + D++ D + Sbjct 174 QLMQEAIAILQADKRGDYIDGVKVGRQIFANLPENSRLVQYDKERWSLENHRDASFADMY 233 Query 224 LHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSV 283 +H ++ Y ++ +L+ ++ L F G+ + + E L E + + Sbjct 234 VHPQEVDYNIKTLFELIDASELEFVGFSNPQFWELERLVGKEPELIERAKNLDERSRYRL 293 Query 284 MERLETLNATHLFMACRRDRPKEQYTIDFSTVAALDYV-PLMRTRCGVSGTDMFWPGWRM 342 +E L+T + + F C+ K ++ D + A+ V P + G +F +++ Sbjct 294 IELLDTTISHYEFFLCKPPLAKMDWSDDQTLAQAIAEVHPCLN---GWPSQSLFDYDYQL 350 Query 343 AP-SPAQLAFLQQVDGRRTIREIA 365 + + F+Q DG +TI EI+ Sbjct 351 VSLNDTEFQFMQACDGTKTIGEIS 374 >gi|282901083|ref|ZP_06309016.1| Putative Methyltransferase [Cylindrospermopsis raciborskii CS-505] gi|281194174|gb|EFA69138.1| Putative Methyltransferase [Cylindrospermopsis raciborskii CS-505] Length=393 Score = 101 bits (252), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 94/364 (26%), Positives = 164/364 (46%), Gaps = 37/364 (10%) Query 21 PHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAA 79 P PI D + NW W + + ++ + + D+ IL AGCG+ + + N + Sbjct 21 PEPILD-QPPPGYNWRW-NWLAAYNFCTGRKPSKQDIRILDAGCGSGVSTEYLVHLNPYS 78 Query 80 KVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPR 139 VV IDIS L+ + G +E H L I ++ + FDL+ S GVLHHL DP Sbjct 79 HVVGIDISPGTLEVARKRCQSSGANRVEFHHLSIYDVDQIPGKFDLINSVGVLHHLPDPI 138 Query 140 AGMKELAHCLRRDGVVAAMLYGKYGRIGVELL--------GSVFRDLGLGQDDASIKLAK 191 G++ LA L G++ +YG+ GR ++L+ GS D G G +++ + Sbjct 139 TGIQSLAGKLAPGGIMHIFVYGELGRWEIQLMQKAIALLQGSKRGDYGDG-----VQVGR 193 Query 192 EAISLLPTYHPLRNYLTKAR---DLLSDSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQ 248 + + LP + + N KAR + D D ++H ++ Y ++ L+ ++GL F Sbjct 194 KVFATLPENNRIVNR-EKARWSWENQKDECFADMYVHPQEIDYNIDSLFQLIDASGLEFV 252 Query 249 GWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQY 308 G+ + + E A L + + ++E L+ A + F K + Sbjct 253 GFSNPGFWNLERLLGRAPELMARAQELSPREQYRLIELLDPEVAHYEFFLTSPPLEKSHW 312 Query 309 TIDFSTVAA-------LDYVPLMRTRCGVSGTDMFWPGWRMAP-SPAQLAFLQQVDGRRT 360 D + +AA LD P +RC +F +++ SP +L F+++ +G +T Sbjct 313 QDDHALLAAIPELNPCLDGFP---SRC------IFNYDYQIINLSPQELEFMEKCNGSQT 363 Query 361 IREI 364 I +I Sbjct 364 ISQI 367 >gi|298491945|ref|YP_003722122.1| type 11 methyltransferase ['Nostoc azollae' 0708] gi|298233863|gb|ADI64999.1| Methyltransferase type 11 ['Nostoc azollae' 0708] Length=395 Score = 101 bits (252), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 92/368 (25%), Positives = 164/368 (45%), Gaps = 16/368 (4%) Query 11 VSRQYHRWLYP-HPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQA 69 V++ Y + YP PI D E NW W + + ++ + + D+ IL AGCG+ + Sbjct 10 VAKLYDTYPYPPEPILD-EPPPGYNWRW-NWLAAYNFCTGRKPQKQDVRILDAGCGSGVS 67 Query 70 AIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELATLGRDFDLVVS 128 + N A++V ID+S L+ + G +E H L I ++ + FDL+ Sbjct 68 TEYLVHLNPHAQIVGIDLSAGTLEVAKKRCQSSGADRVEFHHLSIYDVEQIPGKFDLINC 127 Query 129 TGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDLG---LGQDDA 185 GVLHHL DP G++ LA L DG++ +YG+ GR ++L+ L G Sbjct 128 VGVLHHLPDPVRGIQALAKKLATDGLMHIFVYGELGRWEIQLIQKAIALLQGNIKGDYHD 187 Query 186 SIKLAKEAISLLPTYHPL--RNYLTKARDLLSDSALVDTFLHGRQRSYTVEECVDLVTSA 243 +++ ++ + LP + + R A + D D ++H ++ Y ++ L+ ++ Sbjct 188 GVQVGRKIFASLPESNRIVKREKERWALENQQDECFADMYVHPQETDYNIDTLFQLIDAS 247 Query 244 GLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDR 303 GL F + + + E L E + + ++E L + + F R Sbjct 248 GLEFISFSNPGFWQLETLLAKAPELIERAGELSERERYRLIELLNPEVSHYEFFLGRPPI 307 Query 304 PKEQYTIDFSTVAALDYVPLMRTRC--GVSGTDMFWPGWRMAP-SPAQLAFLQQVDGRRT 360 K ++ D S +AA VP + C G +F +++ SPA+ F+Q+ +G T Sbjct 308 TKTNWSNDNSLLAA---VPELNP-CIDGFPSQCLFNYDYQIVNLSPAEFDFMQKCNGSAT 363 Query 361 IREIAGCV 368 + I V Sbjct 364 LANILAQV 371 >gi|339018443|ref|ZP_08644578.1| methyltransferase [Acetobacter tropicalis NBRC 101654] gi|338752430|dbj|GAA07882.1| methyltransferase [Acetobacter tropicalis NBRC 101654] Length=419 Score = 101 bits (252), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 102/359 (29%), Positives = 147/359 (41%), Gaps = 25/359 (6%) Query 57 LDILIAGCGTNQAAIF-----AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLL 111 L L+AGCGT AI A ++R +VV +D S+ AL Q L N+ Sbjct 61 LRALVAGCGTGDGAIMLATQMARSDRPGEVVCLDRSQRALSIAQARATTRKLENIRFIQG 120 Query 112 PIEELATLGRD-FDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVEL 170 + L +L FD + GVLHHL P A +K L L G + M+Y YGR GV + Sbjct 121 SLSNLDSLKLGLFDYIDCCGVLHHLPHPAATLKNLEQSLAPQGGMGLMVYAPYGRTGVYM 180 Query 171 LGSVFRDLGLGQDDASIKL--AKEAISLLPTYHPLRNYLTKARDLL-SDSALVDTFLHGR 227 + L + + +L AK + LP LR L D+ L D L+ R Sbjct 181 MQEALEQLAPHTEAPAARLDTAKRVMRSLPATAWLRQNGNFGDHLSGGDAGLYDLLLNPR 240 Query 228 QRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERL 287 RSYT+ +DL+ AGL A Y P F+P+ + L + V E L Sbjct 241 DRSYTIGAFLDLLNGAGLEPSCLMEPARYDPA-LFLPDPRLRNRIGALDWREKAIVAEAL 299 Query 288 ETLNATHLFMACRRD--RPKEQYTIDFSTVAALDYVPLMR--TRCGVSGTDMFWPGWRMA 343 ATH+ R+ P + DF V + +P + + T F G + Sbjct 300 TGNMATHVAYVVRQGARTPPPDFN-DFHAVPVMREIPGIELAKQMRADHTLPFAFGTLVV 358 Query 344 P---SPAQLAFLQQVDGRRTIREIAGCVARTGEPSGG-------SLADLEEFGRKLFQS 392 P P L +DG++T+ ++A ++ G P + LE R L QS Sbjct 359 PIPLPPQARGLLPLIDGKQTVGDLAAILSTRGVPEDKFRKIWKETFLTLESLNRVLLQS 417 >gi|307155281|ref|YP_003890665.1| type 12 methyltransferase [Cyanothece sp. PCC 7822] gi|306985509|gb|ADN17390.1| Methyltransferase type 12 [Cyanothece sp. PCC 7822] Length=399 Score = 101 bits (251), Expect = 2e-19, Method: Compositional matrix adjust. Identities = 91/346 (27%), Positives = 162/346 (47%), Gaps = 21/346 (6%) Query 34 NWEWFDPVHSHRILWPDREYRPDLDILIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALD 92 NW W + + ++ + R ++ IL AGCGT + N A++V ID+S AL+ Sbjct 34 NWRW-NWIAAYNFCCGQKPPRENIRILDAGCGTGVGTEYLILLNPQAEIVGIDLSEKALE 92 Query 93 HQQY------LKDKHGLANLELHLLPIEELATLGRDFDLVVSTGVLHHLADPRAGMKELA 146 Q + KHG + + H L +EE + L +FDL+ S GVLHHL DP G++ LA Sbjct 93 IAQERCRRSGVSAKHG-STVSFHHLKLEEASQLSGEFDLINSVGVLHHLPDPTQGIQALA 151 Query 147 HCLRRDGVVAAMLYGKYGRIGVELLG---SVFRDLGLGQDDASIKLAKEAISLLPTYHPL 203 L G++ +Y + GR ++L+ ++ + G + + ++ + LP + L Sbjct 152 AKLAPGGLMHIFVYSEIGRWEIQLMQKAITLLQGNRRGDYQDGVFVGRQLFASLPENNRL 211 Query 204 RNYLTKARDLLS--DSALVDTFLHGRQRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDF 261 + L + D + D ++H ++ Y V+ +L+ ++GL F G F Y+ + Sbjct 212 VKREKERWSLENHRDESFADMYVHPQEIDYNVDTLFELIDASGLEFIG-FSNPHYWQLER 270 Query 262 FVPNS-EFYAAVNTLPEVKAWSVMERLETLNATHLFMACRRDRPKEQYTIDFSTVAALDY 320 + S E L E + + ++E L+ + F + K ++ D + +AA+ Sbjct 271 LIGKSPELIERAKNLSEREKYRLVELLDPEITHYEFFLGKPPIYKADWSKDETLLAAIPE 330 Query 321 V-PLMRTRCGVSGTDM-FWPGWRMAPSPAQLAFLQQVDGRRTIREI 364 V P M S D + P ++ + + FLQ DG+ T+ EI Sbjct 331 VHPCMHGWPNSSFLDYDYRP---VSITETEYQFLQACDGKSTVGEI 373 >gi|172035902|ref|YP_001802403.1| hypothetical protein cce_0986 [Cyanothece sp. ATCC 51142] gi|171697356|gb|ACB50337.1| unknown [Cyanothece sp. ATCC 51142] Length=401 Score = 100 bits (249), Expect = 5e-19, Method: Compositional matrix adjust. Identities = 96/390 (25%), Positives = 174/390 (45%), Gaps = 32/390 (8%) Query 1 VTDDHPRADIVSRQYHRWLYPHPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDIL 60 +T P + V + Y+ + +P E NW W + + ++ + ++ IL Sbjct 1 MTKFSPESSAVQQLYNTYPFPPEPLLNEPPPGYNWRW-NWIAAYNFCTGRKPATENIRIL 59 Query 61 IAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLAN-----LELHLLPIE 114 AGCGT + N A++V +DIS AL+ Q + G+A + H LP+E Sbjct 60 DAGCGTGVGTEYLILLNPHAEIVGVDISEKALEIAQKRIQQSGVAANHNHPISFHHLPLE 119 Query 115 ELATLGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG-- 172 E + +FDL+ GVLHHL DP AG+K L+ L G+ +Y + GR ++L+ Sbjct 120 EADKIEGEFDLINCVGVLHHLPDPIAGIKALSKKLAPGGIFHIFVYAELGRWEIQLMQKA 179 Query 173 -SVFRDLGLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS--DSALVDTFLHGRQR 229 S+ + G + + ++ LLP + + + L + D + D ++H ++ Sbjct 180 ISLLQTETKGDYKDGVFVGRKLFELLPENNRIVKREKERWSLENHRDESFADMYVHPQET 239 Query 230 SYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNS-EFYAAVNTLPEVKAWSVMERLE 288 Y ++ +L+ ++GL F G F Y+ + + S E L + + + ++E L+ Sbjct 240 DYNIDTLFELIEASGLEFIG-FSNPQYWQLERLIGESEELIKRGEKLSDRQRYRLIELLD 298 Query 289 TLNATHL-FMACRRDRPKEQYTIDFSTVAALDYVPLMRTRCGVSGTDMFWP-----GWRM 342 N TH F + K ++ D + ++A+ T + G WP + Sbjct 299 PENITHYEFFLGKPPLNKINWSEDETLLSAIP-----ETHPCLHG----WPSKSLLNYDY 349 Query 343 AP---SPAQLAFLQQVDGRRTIREIAGCVA 369 P S A+ F+Q DG T+++I V+ Sbjct 350 QPIHLSDAEYNFMQACDGNLTVKDILTKVS 379 >gi|119510746|ref|ZP_01629873.1| hypothetical protein N9414_05394 [Nodularia spumigena CCY9414] gi|119464610|gb|EAW45520.1| hypothetical protein N9414_05394 [Nodularia spumigena CCY9414] Length=393 Score = 100 bits (248), Expect = 5e-19, Method: Compositional matrix adjust. Identities = 93/383 (25%), Positives = 175/383 (46%), Gaps = 26/383 (6%) Query 1 VTDDHPRADIVSRQYHRWLYP-HPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDI 59 ++D + V++ Y + +P P+ D EA NW W + + ++ + + D+ I Sbjct 1 MSDSQTVSAAVAKLYDTYPFPPEPLLD-EAPPGYNWRW-NWLAAYNFCTGRKPPKQDIRI 58 Query 60 LIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELAT 118 L AGCG+ + + N A+VV ID+S L+ + + G +E H L + ++ Sbjct 59 LDAGCGSGVSTEYLVHLNPQAQVVGIDLSAGTLEVAKERCKRSGADRVEFHHLSLYDVEQ 118 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDL 178 L +FDL+ GVLHHL DP G++ LA L G++ +YG+ GR ++L+ + + Sbjct 119 LPGEFDLINCVGVLHHLPDPIRGIQALAKKLAPGGLMHIFVYGELGRWEIQLMQ---KAI 175 Query 179 GLGQDDAS------IKLAKEAISLLPTYHPLRNYLTKARDLLS-----DSALVDTFLHGR 227 L Q D +++ ++ S LP + + + + ++L S D D ++H + Sbjct 176 ALLQGDKKGDYRDGVQVGRKLFSSLPENNRI---VKRDKELWSLENHKDECFADMYVHPQ 232 Query 228 QRSYTVEECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERL 287 + Y +E +L+ ++GL F + + + E L + + + ++E L Sbjct 233 EIDYNIETLFELIDASGLEFINFSNPDFWELSRLLAKAPELIERAEELSDRQRYRLIELL 292 Query 288 ETLNATHLFMACRRDRPKEQYTIDFSTVAAL-DYVPLMRTRCGVSGTDMFWPGWRMAP-S 345 + + F R K ++ D + A+ D P + G +F +++ S Sbjct 293 DPEVTHYEFFLGRLPLIKSNWSEDKDLLPAIPDLNPCID---GFPSQCLFNYNYQIVNLS 349 Query 346 PAQLAFLQQVDGRRTIREIAGCV 368 +L FLQ+ DG T+ EI V Sbjct 350 ELELQFLQKCDGHLTVAEILATV 372 >gi|292572139|gb|ADE30054.1| Putative methyltransferase [Rickettsia prowazekii Rp22] Length=439 Score = 100 bits (248), Expect = 5e-19, Method: Compositional matrix adjust. Identities = 75/255 (30%), Positives = 124/255 (49%), Gaps = 21/255 (8%) Query 9 DIVSRQYHRWLYPHPIAD----LEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGC 64 D+ Q H YP+P D E T E+ + +H + + + LIAG Sbjct 15 DLPEVQEHYQDYPYPFRDPNHEKERLLTICGEFLGEL-NHFLYKGKENFNNNFRCLIAGG 73 Query 65 GTNQAAIF---AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLE-LH--LLPIEELAT 118 GT +AI+ ++ A+++ +D S+P+++ Q + GL N++ +H +L I L Sbjct 74 GTGDSAIYLAEQLKDKNAEIIYLDFSKPSMEIAQKRAEVRGLKNIKWIHNSILNIPNLK- 132 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDL 178 LG+ FD + TGVLHHLA+P G+K L L+ G + M+Y KYGR GV + + + + Sbjct 133 LGK-FDYINCTGVLHHLANPDEGLKNLKASLKPTGGMGLMVYAKYGRTGVYQIQDLMKMI 191 Query 179 GLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLSDS------ALVDTFLHGRQRSYT 232 + ++ L+ P N+ + DL SD + D FLH + R+Y+ Sbjct 192 NKNAQNRIEEIMNG--KLILDNLPATNWYKRGWDLFSDYQNFGDIGVYDMFLHKQDRAYS 249 Query 233 VEECVDLVTSAGLVF 247 + E + + AGL F Sbjct 250 IPELYEFIEKAGLNF 264 >gi|15604384|ref|NP_220900.1| hypothetical protein RP527 [Rickettsia prowazekii str. Madrid E] gi|3861076|emb|CAA14976.1| unknown [Rickettsia prowazekii] Length=439 Score = 100 bits (248), Expect = 6e-19, Method: Compositional matrix adjust. Identities = 77/257 (30%), Positives = 124/257 (49%), Gaps = 25/257 (9%) Query 9 DIVSRQYHRWLYPHPIAD----LEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGC 64 D+ Q H YP+P D E T E+ + +H + + + LIAG Sbjct 15 DLPEVQEHYQDYPYPFRDPNHEKERLLTICGEFLGEL-NHFLYKGKENFNNNFRCLIAGG 73 Query 65 GTNQAAIF---AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLE-LH--LLPIEELAT 118 GT +AI+ ++ A+++ +D S+P+++ Q + GL N++ +H +L I L Sbjct 74 GTGDSAIYLAEQLKDKNAEIIYLDFSKPSMEIAQKRAEVRGLKNIKWIHNSILNIPNLK- 132 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDL 178 LG+ FD + TGVLHHLA+P G+K L L+ G + M+Y KYGR GV + + + + Sbjct 133 LGK-FDYINCTGVLHHLANPDEGLKNLKASLKPTGGMGLMVYAKYGRTGVYQIQDLMKMI 191 Query 179 GLGQDD--ASIKLAKEAISLLPTYHPLRNYLTKARDLLSDS------ALVDTFLHGRQRS 230 + I K + LP N+ + DL SD + D FLH + R+ Sbjct 192 NKNAQNRIEEIMNGKLILDNLPA----TNWYKRGWDLFSDYQNFGDIGVYDMFLHKQDRA 247 Query 231 YTVEECVDLVTSAGLVF 247 Y++ E + + AGL F Sbjct 248 YSIPELYEFIEKAGLNF 264 >gi|17227508|ref|NP_484056.1| hypothetical protein all0012 [Nostoc sp. PCC 7120] gi|17134990|dbj|BAB77536.1| all0012 [Nostoc sp. PCC 7120] Length=399 Score = 100 bits (248), Expect = 6e-19, Method: Compositional matrix adjust. Identities = 89/373 (24%), Positives = 170/373 (46%), Gaps = 14/373 (3%) Query 1 VTDDHPRADIVSRQYHRWLYP-HPIADLEAWTTANWEWFDPVHSHRILWPDREYRPDLDI 59 ++D + V++ Y + +P PI D E NW W + + +H + + D+ I Sbjct 1 MSDPQAVSSAVAKLYDTYPFPPEPILD-EPPPGYNWRW-NWLAAHSFCTGRKPAKQDIRI 58 Query 60 LIAGCGTNQAAIF-AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLELHLLPIEELAT 118 L AGCG+ + N A+VV ID+S L + + G +E H L + ++ Sbjct 59 LDAGCGSGVGTEYLVHLNPQAQVVGIDLSAGTLAVAKVRCQRSGANRVEFHHLSLYDVEQ 118 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLG---SVF 175 L +FDL+ GVLHHL DP G++ LA L G++ +YG+ GR ++L+ ++ Sbjct 119 LPGEFDLINCVGVLHHLPDPIRGIQALAKKLAPGGLMHIFVYGELGRREIQLMQKAIALL 178 Query 176 RDLGLGQDDASIKLAKEAISLLPTYHPL--RNYLTKARDLLSDSALVDTFLHGRQRSYTV 233 ++ G +++ ++ + LP + L R A + D D ++H ++ Y + Sbjct 179 QNEKQGDYRDGVQVGRKIFASLPENNRLVKREKERWAMENQRDECFADMYVHPQEVDYNI 238 Query 234 EECVDLVTSAGLVFQGWFHKAPYYPHDFFVPNSEFYAAVNTLPEVKAWSVMERLETLNAT 293 + +L+ ++GL F G+ + + + E L + + + ++E L+ Sbjct 239 DTLFELIDASGLEFIGFSNPSFWNLDRLLGKAPELIERSEKLSDRQRYRLIELLDPEVTH 298 Query 294 HLFMACRRDRPKEQYTIDFSTVAAL-DYVPLMRTRCGVSGTDMFWPGWRMAP-SPAQLAF 351 + F R K ++ D + + A+ + P + G +F +++ S + F Sbjct 299 YEFFLGRPPIKKADWSNDNALLQAIPELNPCID---GFPSQCIFNYDYQIVNLSALEFEF 355 Query 352 LQQVDGRRTIREI 364 LQ+ DG T+ EI Sbjct 356 LQKCDGNSTVAEI 368 >gi|157964582|ref|YP_001499406.1| putative methyltransferase [Rickettsia massiliae MTU5] gi|157844358|gb|ABV84859.1| Putative methyltransferase [Rickettsia massiliae MTU5] Length=440 Score = 99.8 bits (247), Expect = 9e-19, Method: Compositional matrix adjust. Identities = 76/259 (30%), Positives = 122/259 (48%), Gaps = 21/259 (8%) Query 9 DIVSRQYHRWLYPHPIAD----LEAWTTANWEWFDPVHSHRILWPDREYRPDLDILIAGC 64 D+ Q H YP+P D E T E+ ++ H + + + LIAG Sbjct 15 DLAEVQEHYQDYPYPFRDPNQEKERLLTMCGEFLGELN-HFLYQGKENFNNNFRCLIAGG 73 Query 65 GTNQAAIF---AFTNRAAKVVAIDISRPALDHQQYLKDKHGLANLEL---HLLPIEELAT 118 GT + I+ ++ A+++ +D S+P+++ Q + GL N++ +L I L Sbjct 74 GTGDSTIYLAEQLKDKNAEIIYLDFSKPSMEVAQKRAEVRGLKNIKWINDSILNIPNLK- 132 Query 119 LGRDFDLVVSTGVLHHLADPRAGMKELAHCLRRDGVVAAMLYGKYGRIGVELLGSVFRDL 178 LG+ FD + TGVLHHLA+P G+K L L+ G + M+Y KYGR GV + + + Sbjct 133 LGK-FDYINCTGVLHHLANPDEGLKNLKDSLKPTGGMGLMVYAKYGRTGVYQIQDLMK-- 189 Query 179 GLGQDDASIKLAKEAISLLPTYHPLRNYLTKARDLLS------DSALVDTFLHGRQRSYT 232 + +D S L+ P N+ + +L S D + D FLH + R+Y+ Sbjct 190 MINKDTKSRVEEVMNGKLILDNLPATNWYKRGWELFSDYQNYGDVGVYDMFLHKQDRAYS 249 Query 233 VEECVDLVTSAGLVFQGWF 251 V E + V A L F +F Sbjct 250 VPELYEFVEKASLNFVDYF 268 Lambda K H 0.324 0.138 0.439 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 810175551480 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