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= Rv2000 Length=537 Score E Sequences producing significant alignments: (Bits) Value gi|15841482|ref|NP_336519.1| hypothetical protein MT2056 [Mycoba... 1100 0.0 gi|15609137|ref|NP_216516.1| hypothetical protein Rv2000 [Mycoba... 1100 0.0 gi|289746052|ref|ZP_06505430.1| conserved hypothetical protein [... 1097 0.0 gi|289554220|ref|ZP_06443430.1| hypothetical protein TBXG_01970 ... 1096 0.0 gi|289762154|ref|ZP_06521532.1| conserved hypothetical protein [... 1096 0.0 gi|167970472|ref|ZP_02552749.1| hypothetical protein MtubH3_2154... 1094 0.0 gi|340627011|ref|YP_004745463.1| hypothetical protein MCAN_20201... 1089 0.0 gi|308232000|ref|ZP_07414573.2| hypothetical protein TMAG_02182 ... 984 0.0 gi|339294926|gb|AEJ47037.1| hypothetical protein CCDC5079_1847 [... 981 0.0 gi|240170448|ref|ZP_04749107.1| hypothetical protein MkanA1_1414... 805 0.0 gi|183982978|ref|YP_001851269.1| hypothetical protein MMAR_2976 ... 795 0.0 gi|296168663|ref|ZP_06850412.1| conserved hypothetical protein [... 619 6e-175 gi|342861851|ref|ZP_08718496.1| hypothetical protein MCOL_23295 ... 608 6e-172 gi|254819201|ref|ZP_05224202.1| hypothetical protein MintA_04706... 603 2e-170 gi|254776848|ref|ZP_05218364.1| hypothetical protein MaviaA2_195... 595 6e-168 gi|118466375|ref|YP_883551.1| hypothetical protein MAV_4416 [Myc... 593 3e-167 gi|41410314|ref|NP_963150.1| hypothetical protein MAP4216 [Mycob... 592 6e-167 gi|336460722|gb|EGO39612.1| hypothetical protein MAPs_38130 [Myc... 591 1e-166 gi|145222810|ref|YP_001133488.1| hypothetical protein Mflv_2222 ... 516 4e-144 gi|108801404|ref|YP_641601.1| hypothetical protein Mmcs_4441 [My... 504 2e-140 gi|126437387|ref|YP_001073078.1| hypothetical protein Mjls_4822 ... 502 6e-140 gi|119477816|ref|ZP_01617939.1| hypothetical protein GP2143_0170... 481 2e-133 gi|325000411|ref|ZP_08121523.1| hypothetical protein PseP1_16667... 463 3e-128 gi|154289428|ref|XP_001545336.1| hypothetical protein BC1G_16093... 459 5e-127 gi|322704231|gb|EFY95828.1| hypothetical protein MAA_08636 [Meta... 458 1e-126 gi|88705992|ref|ZP_01103700.1| conserved hypothetical protein, s... 429 6e-118 gi|83860010|ref|ZP_00953530.1| hypothetical protein OA2633_08414... 419 7e-115 gi|109900483|ref|YP_663738.1| hypothetical protein Patl_4185 [Ps... 418 1e-114 gi|332308404|ref|YP_004436255.1| hypothetical protein Glaag_4063... 408 2e-111 gi|254517276|ref|ZP_05129333.1| conserved hypothetical protein [... 402 1e-109 gi|90417321|ref|ZP_01225247.1| hypothetical protein GB2207_00865... 399 8e-109 gi|333894658|ref|YP_004468533.1| hypothetical protein ambt_16120... 384 3e-104 gi|339471903|gb|EGP86998.1| hypothetical protein MYCGRDRAFT_4271... 382 9e-104 gi|239994729|ref|ZP_04715253.1| hypothetical protein AmacA2_0962... 370 5e-100 gi|169598300|ref|XP_001792573.1| hypothetical protein SNOG_01951... 367 3e-99 gi|326332600|ref|ZP_08198868.1| hypothetical protein NBCG_04044 ... 326 8e-87 gi|119716924|ref|YP_923889.1| hypothetical protein Noca_2699 [No... 322 8e-86 gi|149920363|ref|ZP_01908833.1| hypothetical protein PPSIR1_0868... 316 5e-84 gi|85374903|ref|YP_458965.1| hypothetical protein ELI_10380 [Ery... 314 2e-83 gi|317124040|ref|YP_004098152.1| hypothetical protein Intca_0898... 313 5e-83 gi|84495156|ref|ZP_00994275.1| hypothetical protein JNB_10159 [J... 306 9e-81 gi|334335725|ref|YP_004540877.1| FAD-dependent pyridine nucleoti... 296 9e-78 gi|85709386|ref|ZP_01040451.1| hypothetical protein NAP1_10913 [... 291 3e-76 gi|269956915|ref|YP_003326704.1| hypothetical protein Xcel_2128 ... 287 3e-75 gi|154289336|ref|XP_001545302.1| hypothetical protein BC1G_16184... 207 3e-51 gi|323450590|gb|EGB06470.1| hypothetical protein AURANDRAFT_6545... 52.4 2e-04 gi|262203976|ref|YP_003275184.1| hypothetical protein Gbro_4130 ... 51.6 4e-04 gi|118468026|ref|YP_889498.1| hypothetical protein MSMEG_5251 [M... 49.7 0.001 gi|67516609|ref|XP_658190.1| hypothetical protein AN0586.2 [Aspe... 46.6 0.011 gi|259489147|tpe|CBF89179.1| TPA: conserved hypothetical protein... 46.2 0.013 >gi|15841482|ref|NP_336519.1| hypothetical protein MT2056 [Mycobacterium tuberculosis CDC1551] gi|254232172|ref|ZP_04925499.1| hypothetical protein TBCG_01952 [Mycobacterium tuberculosis C] gi|13881723|gb|AAK46333.1| hypothetical protein MT2056 [Mycobacterium tuberculosis CDC1551] gi|124601231|gb|EAY60241.1| hypothetical protein TBCG_01952 [Mycobacterium tuberculosis C] Length=543 Score = 1100 bits (2846), Expect = 0.0, Method: Compositional matrix adjust. Identities = 537/537 (100%), Positives = 537/537 (100%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 7 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 66 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 67 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 126 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 127 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 186 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 187 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 246 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 247 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 306 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 307 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 366 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 367 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 426 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 427 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 486 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 487 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 543 >gi|15609137|ref|NP_216516.1| hypothetical protein Rv2000 [Mycobacterium tuberculosis H37Rv] gi|31793180|ref|NP_855673.1| hypothetical protein Mb2023 [Mycobacterium bovis AF2122/97] gi|121637884|ref|YP_978107.1| hypothetical protein BCG_2017 [Mycobacterium bovis BCG str. Pasteur 1173P2] 37 more sequence titles Length=537 Score = 1100 bits (2844), Expect = 0.0, Method: Compositional matrix adjust. Identities = 537/537 (100%), Positives = 537/537 (100%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|289746052|ref|ZP_06505430.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289758116|ref|ZP_06517494.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|294996934|ref|ZP_06802625.1| hypothetical protein Mtub2_21118 [Mycobacterium tuberculosis 210] gi|289686580|gb|EFD54068.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|289713680|gb|EFD77692.1| conserved hypothetical protein [Mycobacterium tuberculosis T85] gi|326903612|gb|EGE50545.1| hypothetical protein TBPG_01489 [Mycobacterium tuberculosis W-148] Length=537 Score = 1097 bits (2836), Expect = 0.0, Method: Compositional matrix adjust. Identities = 536/537 (99%), Positives = 536/537 (99%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVV SMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVQSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|289554220|ref|ZP_06443430.1| hypothetical protein TBXG_01970 [Mycobacterium tuberculosis KZN 605] gi|297731562|ref|ZP_06960680.1| hypothetical protein MtubKR_10751 [Mycobacterium tuberculosis KZN R506] gi|289438852|gb|EFD21345.1| hypothetical protein TBXG_01970 [Mycobacterium tuberculosis KZN 605] Length=537 Score = 1096 bits (2834), Expect = 0.0, Method: Compositional matrix adjust. Identities = 536/537 (99%), Positives = 536/537 (99%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDK TWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKPTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|289762154|ref|ZP_06521532.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] gi|289709660|gb|EFD73676.1| conserved hypothetical protein [Mycobacterium tuberculosis GM 1503] Length=537 Score = 1096 bits (2834), Expect = 0.0, Method: Compositional matrix adjust. Identities = 536/537 (99%), Positives = 536/537 (99%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIV MGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVGMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|167970472|ref|ZP_02552749.1| hypothetical protein MtubH3_21548 [Mycobacterium tuberculosis H37Ra] Length=537 Score = 1094 bits (2830), Expect = 0.0, Method: Compositional matrix adjust. Identities = 535/537 (99%), Positives = 535/537 (99%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARL LLAD LPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLYLLADQLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|340627011|ref|YP_004745463.1| hypothetical protein MCAN_20201 [Mycobacterium canettii CIPT 140010059] gi|340005201|emb|CCC44352.1| hypothetical protein MCAN_20201 [Mycobacterium canettii CIPT 140010059] Length=537 Score = 1089 bits (2816), Expect = 0.0, Method: Compositional matrix adjust. Identities = 531/537 (99%), Positives = 533/537 (99%), Gaps = 0/537 (0%) Query 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRKRVLHRRRLLTDRPISLSQIPIRTGGPMND 60 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQR RVLHRRRLL DRPISLSQIPIRTGGPMND Sbjct 1 MRPGFVGLGFGQWPVYVVRWPKLHLTPRQRNRVLHRRRLLADRPISLSQIPIRTGGPMND 60 Query 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPF 120 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITES ARVVMIDRACQPGGHWTTAYPF Sbjct 61 PWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESDARVVMIDRACQPGGHWTTAYPF 120 Query 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY Sbjct 121 VRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDY 180 Query 181 FPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 FPMSEYLG+GRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL Sbjct 181 FPMSEYLGNGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL 240 Query 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ Sbjct 241 PKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ 300 Query 301 FRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 FRESYGATL+AIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR Sbjct 301 FRESYGATLQAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIR 360 Query 361 DIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 DIVRMGHVQRIEP TIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG Sbjct 361 DIVRMGHVQRIEPATIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRG 420 Query 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT Sbjct 421 CQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLT 480 Query 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 481 DWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 >gi|308232000|ref|ZP_07414573.2| hypothetical protein TMAG_02182 [Mycobacterium tuberculosis SUMu001] gi|308369583|ref|ZP_07418356.2| hypothetical protein TMBG_00540 [Mycobacterium tuberculosis SUMu002] gi|308370883|ref|ZP_07423089.2| hypothetical protein TMCG_00088 [Mycobacterium tuberculosis SUMu003] 22 more sequence titles Length=480 Score = 984 bits (2544), Expect = 0.0, Method: Compositional matrix adjust. Identities = 480/480 (100%), Positives = 480/480 (100%), Gaps = 0/480 (0%) Query 58 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA 117 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA Sbjct 1 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA 60 Query 118 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR 177 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR Sbjct 61 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR 120 Query 178 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAP 237 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAP Sbjct 121 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAP 180 Query 238 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF 297 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF Sbjct 181 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF 240 Query 298 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR 357 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR Sbjct 241 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR 300 Query 358 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA 417 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA Sbjct 301 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA 360 Query 418 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP 477 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP Sbjct 361 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP 420 Query 478 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 421 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 480 >gi|339294926|gb|AEJ47037.1| hypothetical protein CCDC5079_1847 [Mycobacterium tuberculosis CCDC5079] gi|339298549|gb|AEJ50659.1| hypothetical protein CCDC5180_1822 [Mycobacterium tuberculosis CCDC5180] Length=480 Score = 981 bits (2537), Expect = 0.0, Method: Compositional matrix adjust. Identities = 479/480 (99%), Positives = 479/480 (99%), Gaps = 0/480 (0%) Query 58 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA 117 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA Sbjct 1 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTA 60 Query 118 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR 177 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR Sbjct 61 YPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGR 120 Query 178 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAP 237 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVV SMRPAPYSVAPGVDCVAP Sbjct 121 VDYFPMSEYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVQSMRPAPYSVAPGVDCVAP 180 Query 238 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF 297 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF Sbjct 181 NELPKLGTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF 240 Query 298 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR 357 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR Sbjct 241 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR 300 Query 358 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA 417 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA Sbjct 301 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQA 360 Query 418 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP 477 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP Sbjct 361 VRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDP 420 Query 478 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 537 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR Sbjct 421 DLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTEQR 480 >gi|240170448|ref|ZP_04749107.1| hypothetical protein MkanA1_14140 [Mycobacterium kansasii ATCC 12478] Length=485 Score = 805 bits (2079), Expect = 0.0, Method: Compositional matrix adjust. Identities = 384/463 (83%), Positives = 416/463 (90%), Gaps = 0/463 (0%) Query 65 PTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLH 124 PT GP IETDYLV+GAGAMG+AFTDTL+ ES ARVV++DRA QPGGHWTTAYPFVRLH Sbjct 4 PTHGPTTAIETDYLVVGAGAMGIAFTDTLLAESEARVVIVDRAHQPGGHWTTAYPFVRLH 63 Query 125 QPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMS 184 QPSAYYGVNSRALGNNTID VGWN+GLNELA VGEICAYFDAV+QQQ LP+GRV+YFPMS Sbjct 64 QPSAYYGVNSRALGNNTIDAVGWNRGLNELASVGEICAYFDAVMQQQFLPSGRVEYFPMS 123 Query 185 EYLGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLG 244 +YLGDGRFRTL G E VTV RRIVDATYL+AVVPSMRPAPYSVAPG+DC+APN+L K Sbjct 124 DYLGDGRFRTLGGAECRVTVRRRIVDATYLQAVVPSMRPAPYSVAPGIDCIAPNDLAKFS 183 Query 245 TRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRES 304 RDRYVVVGAGKTGMDVCLWLLRN V P+KLTWIMPRD+WLIDRATLQPGPTF++QFR+S Sbjct 184 ARDRYVVVGAGKTGMDVCLWLLRNGVTPEKLTWIMPRDAWLIDRATLQPGPTFIKQFRDS 243 Query 305 YGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVR 364 YGATLEAIG ATS DLFDRLE AGTLLR+DP+VRP+MYRCATVS E +QLRRI DIVR Sbjct 244 YGATLEAIGNATSIQDLFDRLEAAGTLLRLDPAVRPTMYRCATVSQPEFDQLRRIDDIVR 303 Query 365 MGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQV 424 MGHVQRIEPT +VLDGGS+P+ P+ALYIDCTADGAPQRPA PVFD DHLTLQAVRGCQQV Sbjct 304 MGHVQRIEPTQVVLDGGSIPSGPSALYIDCTADGAPQRPAIPVFDGDHLTLQAVRGCQQV 363 Query 425 FSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLS 484 FSAAF AHVE AY DDAVKNELC PIPHPD DLDW+RL HSDL NFQRWL D +LTDWLS Sbjct 364 FSAAFTAHVELAYPDDAVKNELCVPIPHPDSDLDWLRLTHSDLRNFQRWLADAELTDWLS 423 Query 485 SARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLL 527 SARLNLLA+LLPPLSHKPRVRERVVSMFQ RL A ++L KLL Sbjct 424 SARLNLLAELLPPLSHKPRVRERVVSMFQSRLNAASERLEKLL 466 >gi|183982978|ref|YP_001851269.1| hypothetical protein MMAR_2976 [Mycobacterium marinum M] gi|183176304|gb|ACC41414.1| conserved hypothetical protein [Mycobacterium marinum M] Length=480 Score = 795 bits (2052), Expect = 0.0, Method: Compositional matrix adjust. Identities = 378/461 (82%), Positives = 412/461 (90%), Gaps = 0/461 (0%) Query 67 QGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQP 126 Q PAK IE DYLV+GAGAMGMAFTDTLITES ARVV++DRA PGGHWTTAYPFVRLHQP Sbjct 8 QAPAKAIEADYLVVGAGAMGMAFTDTLITESDARVVIVDRAHAPGGHWTTAYPFVRLHQP 67 Query 127 SAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEY 186 SAYYGVNSR LGNNTID VGWNQGLNELAPVGEICAYFDAV+QQQ LPTGRV+YFPMSEY Sbjct 68 SAYYGVNSRPLGNNTIDAVGWNQGLNELAPVGEICAYFDAVMQQQFLPTGRVEYFPMSEY 127 Query 187 LGDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR 246 LGDGRFRTL G E+ VTV+RRIVDATYLRAVVPSMRP PY VAPG+DC+APN+LPK + Sbjct 128 LGDGRFRTLGGAEHQVTVSRRIVDATYLRAVVPSMRPTPYPVAPGIDCIAPNDLPKFTGK 187 Query 247 DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYG 306 DRYV+VGAGKT MDVCLWLLRN V P +L+WI PRD+WLIDRATLQPGPTF++QFR+SYG Sbjct 188 DRYVIVGAGKTAMDVCLWLLRNSVDPGQLSWIKPRDAWLIDRATLQPGPTFIKQFRDSYG 247 Query 307 ATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMG 366 TLEAIG ATS DLFDRLE AGTLLR+DP+VRP+MYRCATVS E +QLRRI D+VRMG Sbjct 248 ITLEAIGRATSIRDLFDRLEKAGTLLRLDPAVRPTMYRCATVSQPEFDQLRRIEDVVRMG 307 Query 367 HVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFS 426 HVQRI+ T IVLDGGSVP + +ALY+DCTADGAPQRPAKPVFD DHLTLQAVRGCQQVFS Sbjct 308 HVQRIDSTEIVLDGGSVPCSASALYVDCTADGAPQRPAKPVFDGDHLTLQAVRGCQQVFS 367 Query 427 AAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSA 486 AAF AHVE AY+ D VKNELCTPIPHPD DLDWMRL HSDL NFQRWL+D +LTDWLSSA Sbjct 368 AAFTAHVELAYDGDEVKNELCTPIPHPDSDLDWMRLTHSDLRNFQRWLDDVELTDWLSSA 427 Query 487 RLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLL 527 RLNLLADLLPPLSHKPRVR+RVVSMF+ +L A +QL KLL Sbjct 428 RLNLLADLLPPLSHKPRVRDRVVSMFRSKLNIASEQLEKLL 468 >gi|296168663|ref|ZP_06850412.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295896572|gb|EFG76213.1| conserved hypothetical protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=476 Score = 619 bits (1595), Expect = 6e-175, Method: Compositional matrix adjust. Identities = 298/466 (64%), Positives = 358/466 (77%), Gaps = 5/466 (1%) Query 72 TIETDYLVIGAGAMGMAFTDTLITE-SGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 TIE DYLV+GAGAMGMAF DTL++E + ARVV++DR QPGGHWT AYPFVRLHQPSA+Y Sbjct 7 TIEADYLVVGAGAMGMAFVDTLVSEATDARVVLVDRYHQPGGHWTMAYPFVRLHQPSAFY 66 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GVNS LG ++ID +GWNQGL ELA GE+CAY+D VL++QLL +GRV YFPMSEY GDG Sbjct 67 GVNSLKLGGDSIDQIGWNQGLYELATAGEVCAYYDQVLRRQLLASGRVTYFPMSEYRGDG 126 Query 191 RFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRDRYV 250 RF TLAG +Y V V RRIVDATY+R VP+MRP PY V GV CV PN+LPKL +RYV Sbjct 127 RFTTLAGADYAVDVARRIVDATYMRVTVPAMRPPPYPVVRGVTCVPPNDLPKLRAHERYV 186 Query 251 VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATLE 310 VVGAGKTG+D CLWLL + P++LTWIMPRDSWL+DRAT+QPG F + + S+ A L Sbjct 187 VVGAGKTGIDTCLWLLGQGIAPERLTWIMPRDSWLLDRATMQPGSLFAERIKASFIAQLR 246 Query 311 AIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQR 370 AI ATS DDLF RLE +G LLR+DP+VRP+MYRCATV+ ELEQLRRI D+VRMGH+ Sbjct 247 AISDATSVDDLFARLEDSGGLLRLDPAVRPTMYRCATVTRAELEQLRRIGDVVRMGHLLC 306 Query 371 IEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAFI 430 +E +VLDGG+V ALYIDCTADGA +RPA P+FDA +TLQ+VRGCQQ+FSAA I Sbjct 307 VEEERMVLDGGAVTRDGDALYIDCTADGAEKRPATPIFDAGRITLQSVRGCQQIFSAALI 366 Query 431 AHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLN- 489 AHVE AY DD +NELC P+PHPD DLDW+RL +D N WL+DPDLT W+S+ARL+ Sbjct 367 AHVEAAYRDDPARNELCVPLPHPDTDLDWLRLAQADYANQLHWLDDPDLTAWMSAARLDL 426 Query 490 ---LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATA 532 L+ LLPP S KPRVR+R++ + + +L LLD T+ Sbjct 427 FGHLIGHLLPPASAKPRVRDRILGIAKSVFSATAAKLDALLDEQTS 472 >gi|342861851|ref|ZP_08718496.1| hypothetical protein MCOL_23295 [Mycobacterium colombiense CECT 3035] gi|342130668|gb|EGT83972.1| hypothetical protein MCOL_23295 [Mycobacterium colombiense CECT 3035] Length=471 Score = 608 bits (1569), Expect = 6e-172, Method: Compositional matrix adjust. Identities = 289/466 (63%), Positives = 353/466 (76%), Gaps = 4/466 (0%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 TIE DYLV+GAGAMGMAF DTL++E+ ARVV++DR PGGHWT AYPFVRLHQPSA+Y Sbjct 2 HTIEADYLVVGAGAMGMAFVDTLVSETEARVVVVDRYHAPGGHWTMAYPFVRLHQPSAFY 61 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GVNS LG +T+D VGWN+GL ELA GEICAY+D ++ ++ LPTGRVDYFPMSEYLGDG Sbjct 62 GVNSARLGGDTVDQVGWNRGLYELATAGEICAYYDHIMHREWLPTGRVDYFPMSEYLGDG 121 Query 191 RFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRDRYV 250 RFRTLAG ++ V V RR++DATY+R VP+MR PY++A GVDCV PN+LP+ RYV Sbjct 122 RFRTLAGVDHSVRVTRRVIDATYMRVTVPAMRRPPYAIAAGVDCVPPNDLPRRTAHQRYV 181 Query 251 VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATLE 310 + GAGKTG+D CLWLL + V PD+LTWIMPRDSWL+DR T+QPG F + + S+ A L Sbjct 182 IAGAGKTGIDTCLWLLSHGVEPDRLTWIMPRDSWLLDRETMQPGALFADKLKASFTAQLR 241 Query 311 AIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQR 370 AI A S DLF RLE AG LLRID +VRP+MYRCATV+ LELEQLRRI D++RMGH+ Sbjct 242 AINEADSVPDLFARLEEAGVLLRIDRAVRPTMYRCATVTRLELEQLRRITDVLRMGHLLA 301 Query 371 IEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAFI 430 IEP +VLDGG+V L+IDCTADGA +RPA +FD +TLQ+VRGCQQ+FSAA I Sbjct 302 IEPGRMVLDGGTVALRGGELFIDCTADGAEKRPATAIFDPGRITLQSVRGCQQIFSAALI 361 Query 431 AHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLN- 489 AHVE AY DDA +NELC P+PHPD D+DWMRL +D N RW +DP+L WLS+ARL+ Sbjct 362 AHVEAAYRDDAARNELCVPLPHPDTDVDWMRLALADYSNQLRWFDDPELMSWLSAARLDL 421 Query 490 ---LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATA 532 L+ LLP S KPRVRER++ + + +L +L+ A A Sbjct 422 FGHLIGHLLPSASAKPRVRERILGIAKSVFTATATKLDRLMAAEAA 467 >gi|254819201|ref|ZP_05224202.1| hypothetical protein MintA_04706 [Mycobacterium intracellulare ATCC 13950] Length=478 Score = 603 bits (1556), Expect = 2e-170, Method: Compositional matrix adjust. Identities = 287/463 (62%), Positives = 353/463 (77%), Gaps = 11/463 (2%) Query 72 TIETDYLVIGAGAMGMAFTDTLITESGA---RVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 TIE DYLV+GAGAM MAF D L+ E+ A RVV++DR PGGHWT AYPFVRLHQPSA Sbjct 3 TIEADYLVVGAGAMAMAFIDALVAEASAAQARVVVVDRNHAPGGHWTMAYPFVRLHQPSA 62 Query 129 YYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 +YGVNS LG + ID VGWN+GL ELA GEICAY+D +++++LLP+GRV YFPMSEYLG Sbjct 63 FYGVNSLPLGGDAIDQVGWNRGLYELATAGEICAYYDHIMRRRLLPSGRVSYFPMSEYLG 122 Query 189 D----GRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLG 244 + RFRTLAG +Y V V RR+VDATY+R VP+MRP PY VAPG+DCV P +LP+ G Sbjct 123 EHRGEARFRTLAGADYTVRVARRVVDATYMRVTVPAMRPPPYRVAPGIDCVPPGDLPRRG 182 Query 245 TRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRES 304 +RYV+VGAGKTG+D CLWLL V PD+LTWIMPRDSWL+DR T+QPG F + + S Sbjct 183 AHERYVIVGAGKTGIDTCLWLLGQGVDPDRLTWIMPRDSWLLDRETMQPGALFAEKIKAS 242 Query 305 YGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVR 364 + A L AI A S DLFDRLE AG LLRIDP++RP+MYRCATV+ LELEQLRRI D+VR Sbjct 243 FTAQLRAINDAASVRDLFDRLEEAGLLLRIDPAIRPAMYRCATVTRLELEQLRRITDVVR 302 Query 365 MGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQV 424 MGH++ IE T+VLD G+V + LY+DCTADGA +RPA P+FD++ +TLQ+VRGCQQ+ Sbjct 303 MGHLRAIEADTMVLDRGAVAVSGRELYLDCTADGAEKRPATPIFDSNRITLQSVRGCQQI 362 Query 425 FSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLS 484 FSAA IAHVE AY DD++KNELC P+PHPD D+DW+RL +D N RW +DPDL WLS Sbjct 363 FSAALIAHVEAAYRDDSLKNELCVPLPHPDTDIDWLRLAWADYSNQLRWFDDPDLMSWLS 422 Query 485 SARLN----LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQL 523 +ARL+ L+ LLP S KPRVR+R++ + + +L Sbjct 423 TARLDLFGHLIGHLLPSASAKPRVRDRILGIAKSVFSATATKL 465 >gi|254776848|ref|ZP_05218364.1| hypothetical protein MaviaA2_19576 [Mycobacterium avium subsp. avium ATCC 25291] Length=474 Score = 595 bits (1534), Expect = 6e-168, Method: Compositional matrix adjust. Identities = 291/461 (64%), Positives = 345/461 (75%), Gaps = 7/461 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITE---SGARVVMIDRACQPGGHWTTAYPFVRLHQPS 127 TIE DYLV+GAGAMGMAF DTL+TE S ARVV++DR PGGHWT AYPFVRLHQPS Sbjct 2 HTIEADYLVVGAGAMGMAFIDTLVTERAASQARVVVVDRHHAPGGHWTMAYPFVRLHQPS 61 Query 128 AYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYL 187 A+YGVNS LG ++ID +GWN+GL ELA EICAY+D V++ +LLPTGRV YFP SEY Sbjct 62 AFYGVNSLRLGGDSIDQIGWNRGLYELATADEICAYYDRVMRTRLLPTGRVRYFPDSEYR 121 Query 188 GDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRD 247 GDGRFRTLAG ++ V V RRIVDATY+ VP+MRP PY+V GVDCV PNELP+ Sbjct 122 GDGRFRTLAGADHTVEVTRRIVDATYMHVSVPAMRPPPYTVGDGVDCVPPNELPRRPGYQ 181 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 RYVVVGAGKTG+D CLWLL V PD+LTWIMPRDSWL+DRAT+QPG F Q + S+ A Sbjct 182 RYVVVGAGKTGIDTCLWLLGQGVEPDRLTWIMPRDSWLLDRATMQPGALFAEQIKHSFTA 241 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 L AI A S +LF RLE AG LLRIDP+VRP+MYRCATV+ LELEQLRRI D+VR+GH Sbjct 242 QLRAINEAGSVAELFSRLEAAGLLLRIDPAVRPTMYRCATVTRLELEQLRRITDVVRLGH 301 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+ IEP +VLDGG+V ALY+DCTADGA +RPA P+F +TLQ+VRGCQQ+FSA Sbjct 302 VRSIEPGAMVLDGGAVAVDGRALYLDCTADGAEKRPATPIFTPGRITLQSVRGCQQIFSA 361 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 A IAHVE Y DDA +NELC P+PHPD D+DW+RL +D N RW +DP+L WLS AR Sbjct 362 ALIAHVEAGYGDDARRNELCVPLPHPDTDVDWLRLALADYTNQLRWFDDPELMTWLSGAR 421 Query 488 LN----LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLA 524 L+ L+ LLP S KPRVR R++ + + +L Sbjct 422 LDLFGHLIGHLLPSASAKPRVRARILGIAKSVFAATAARLG 462 >gi|118466375|ref|YP_883551.1| hypothetical protein MAV_4416 [Mycobacterium avium 104] gi|118167662|gb|ABK68559.1| conserved hypothetical protein [Mycobacterium avium 104] Length=474 Score = 593 bits (1528), Expect = 3e-167, Method: Compositional matrix adjust. Identities = 290/461 (63%), Positives = 344/461 (75%), Gaps = 7/461 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITE---SGARVVMIDRACQPGGHWTTAYPFVRLHQPS 127 TIE DYLV+GAGAMGMAF DTL+TE S ARVV++DR PGGHWT AYPFVRLHQPS Sbjct 2 HTIEADYLVVGAGAMGMAFIDTLVTETAASQARVVVVDRHHAPGGHWTIAYPFVRLHQPS 61 Query 128 AYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYL 187 A+YGVNS LG ++ID +GWN+GL ELA EICAY+D V++ +LLPTGRV YFP SEY Sbjct 62 AFYGVNSLRLGGDSIDQIGWNRGLYELATADEICAYYDRVMRTRLLPTGRVRYFPDSEYR 121 Query 188 GDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRD 247 GDGRFRT AG ++ V V RRIVDATY+ VP+MRP PY+V GVDCV PNELP+ Sbjct 122 GDGRFRTSAGADHTVEVTRRIVDATYMHVSVPAMRPPPYTVGDGVDCVPPNELPRRPGYQ 181 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 RYVVVGAGKTG+D CLWLL V PD+LTWIMPRDSWL+DRAT+QPG F Q + S+ A Sbjct 182 RYVVVGAGKTGIDTCLWLLGQGVEPDRLTWIMPRDSWLLDRATMQPGALFAEQIKHSFTA 241 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 L AI A S +LF RLE AG LLRIDP+VRP+MYRCATV+ LELEQLRRI D+VR+GH Sbjct 242 QLRAINEAGSVAELFSRLEAAGLLLRIDPAVRPTMYRCATVTRLELEQLRRITDVVRLGH 301 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+ IEP +VLDGG+V ALY+DCTADGA +RPA P+F +TLQ+VRGCQQ+FSA Sbjct 302 VRSIEPGAMVLDGGAVAVDGRALYLDCTADGAEKRPATPIFTPGRITLQSVRGCQQIFSA 361 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 A IAHVE Y DDA +NELC P+PHPD D+DW+RL +D N RW +DP+L WLS AR Sbjct 362 ALIAHVEAGYGDDARRNELCVPLPHPDTDVDWLRLALADYTNQLRWFDDPELMTWLSGAR 421 Query 488 LN----LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLA 524 L+ L+ LLP S KPRVR R++ + + +L Sbjct 422 LDLFGHLIGHLLPSASAKPRVRARILGIAKSVFAATAARLG 462 >gi|41410314|ref|NP_963150.1| hypothetical protein MAP4216 [Mycobacterium avium subsp. paratuberculosis K-10] gi|41399148|gb|AAS06766.1| hypothetical protein MAP_4216 [Mycobacterium avium subsp. paratuberculosis K-10] Length=474 Score = 592 bits (1526), Expect = 6e-167, Method: Compositional matrix adjust. Identities = 290/462 (63%), Positives = 345/462 (75%), Gaps = 7/462 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITE---SGARVVMIDRACQPGGHWTTAYPFVRLHQPS 127 TIE DYLV+GAGAMGMAF DTL+TE S ARVV++DR PGGHWT AYPFVRLHQPS Sbjct 2 HTIEADYLVVGAGAMGMAFIDTLVTETAASQARVVVVDRHHAPGGHWTMAYPFVRLHQPS 61 Query 128 AYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYL 187 A+YGVNS LG ++ID +GWN+GL ELA EICAY+D V++ +LLPTGRV YFP SEY Sbjct 62 AFYGVNSLRLGGDSIDQIGWNRGLYELATADEICAYYDRVMRTRLLPTGRVRYFPDSEYR 121 Query 188 GDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRD 247 GDGRFRT AG ++ V V RRIVDATY+ VP+MRP PY+V GVDCV PNELP+ Sbjct 122 GDGRFRTSAGADHTVEVTRRIVDATYMHVSVPAMRPPPYTVGDGVDCVPPNELPRRPGYQ 181 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 RYVVVGAGKTG+D CLWLL V PD+LTWIMPRDSWL+DRAT+QPG F Q + S+ A Sbjct 182 RYVVVGAGKTGIDTCLWLLGRGVEPDRLTWIMPRDSWLLDRATMQPGALFAEQIKHSFTA 241 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 L AI A S +LF RLE AG LLRIDP+VRP+MYRCATV+ LELEQLRRI D+VR+GH Sbjct 242 QLRAINDAGSVAELFSRLEDAGLLLRIDPAVRPTMYRCATVTRLELEQLRRITDVVRLGH 301 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+ IEP +VLDGG+V ALY+DCTADGA +RPA P+F +TLQ+VRGCQQ+FSA Sbjct 302 VRSIEPGAMVLDGGAVAVDGRALYLDCTADGAEKRPATPIFTPGRITLQSVRGCQQIFSA 361 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 A IAHVE Y DDA +NELC P+PHPD D+DW+RL +D N RW +DP+L WLS AR Sbjct 362 ALIAHVEAGYGDDARRNELCVPLPHPDTDVDWLRLALADYTNQLRWFDDPELMTWLSGAR 421 Query 488 LN----LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAK 525 L+ L+ LLP S KPRVR R++ + + +L + Sbjct 422 LDLSGHLIGHLLPSASAKPRVRARILGIAKSVFAATAARLGE 463 >gi|336460722|gb|EGO39612.1| hypothetical protein MAPs_38130 [Mycobacterium avium subsp. paratuberculosis S397] Length=474 Score = 591 bits (1523), Expect = 1e-166, Method: Compositional matrix adjust. Identities = 289/462 (63%), Positives = 344/462 (75%), Gaps = 7/462 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITE---SGARVVMIDRACQPGGHWTTAYPFVRLHQPS 127 TIE DYLV+GAGAMGMAF DTL+TE S ARVV++DR PGGHWT AYPFVRLHQPS Sbjct 2 HTIEADYLVVGAGAMGMAFIDTLVTETAASQARVVVVDRHHAPGGHWTMAYPFVRLHQPS 61 Query 128 AYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYL 187 A+YGVNS LG ++ID +GWN+GL ELA EICAY+D V++ +LLPTGRV YFP SEY Sbjct 62 AFYGVNSLRLGGDSIDQIGWNRGLYELATADEICAYYDRVMRTRLLPTGRVRYFPDSEYR 121 Query 188 GDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTRD 247 GDGRFRT AG ++ V V RRIVDATY+ VP+MRP PY+V GVDCV PNELP+ Sbjct 122 GDGRFRTSAGADHTVEVTRRIVDATYMHVSVPAMRPPPYTVGDGVDCVPPNELPRRPGYQ 181 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 RYVVVGAGKTG+D CLWLL V PD+LTWIMPRDSWL+DRAT+QPG F Q + S+ A Sbjct 182 RYVVVGAGKTGIDTCLWLLGRGVEPDRLTWIMPRDSWLLDRATMQPGALFAEQIKHSFTA 241 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 L AI A S +LF RLE AG LLRIDP+VRP+MYRCATV+ LELEQLRRI D+VR+GH Sbjct 242 QLRAINDAGSVAELFSRLEDAGLLLRIDPAVRPTMYRCATVTRLELEQLRRITDVVRLGH 301 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+ IEP +VLDGG+V ALY+DCTADGA +RPA P+F +TLQ+VRGCQQ+FSA Sbjct 302 VRSIEPGAMVLDGGAVAVDGRALYLDCTADGAEKRPATPIFTPGRITLQSVRGCQQIFSA 361 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 A IAH E Y DDA +NELC P+PHPD D+DW+RL +D N RW +DP+L WLS AR Sbjct 362 ALIAHAEAGYGDDARRNELCVPLPHPDTDVDWLRLALADYTNQLRWFDDPELMTWLSGAR 421 Query 488 LN----LLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAK 525 L+ L+ LLP S KPRVR R++ + + +L + Sbjct 422 LDLSGHLIGHLLPSASAKPRVRARILGIAKSVFAATAARLGE 463 >gi|145222810|ref|YP_001133488.1| hypothetical protein Mflv_2222 [Mycobacterium gilvum PYR-GCK] gi|315443277|ref|YP_004076156.1| hypothetical protein Mspyr1_16540 [Mycobacterium sp. Spyr1] gi|145215296|gb|ABP44700.1| conserved hypothetical protein [Mycobacterium gilvum PYR-GCK] gi|315261580|gb|ADT98321.1| hypothetical protein Mspyr1_16540 [Mycobacterium sp. Spyr1] Length=467 Score = 516 bits (1329), Expect = 4e-144, Method: Compositional matrix adjust. Identities = 257/465 (56%), Positives = 316/465 (68%), Gaps = 7/465 (1%) Query 73 IETDYLVIGAGAMGMAFTDTLITES---GARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 IE DYLV+GAGAMGMAF DTL+ E+ G VV++D QPGGHW T YPFVRLHQPSAY Sbjct 4 IEADYLVVGAGAMGMAFVDTLLAETRDAGTTVVLVDENHQPGGHWNTVYPFVRLHQPSAY 63 Query 130 YGVNSRALGNN-TIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 YGVNS LG+ ID G+N+G ELA E+CAY+D V++ LLPTGR+ Y PM+ YLG Sbjct 64 YGVNSEPLGDEEAIDRSGFNEGFFELASGHEVCAYYDHVMRNHLLPTGRLTYLPMTRYLG 123 Query 189 DGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLG-TRD 247 D R RTL G E VTV RR VDATYL VV SMR AP+SVA GV+ VAPN+LP+ D Sbjct 124 DNRIRTLDGAEQTVTVRRRTVDATYLLTVVQSMRSAPFSVADGVEVVAPNDLPRRAPHHD 183 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 Y VVG GKTGMD CLWLLRN V D + W+ PRDSWL++RA +QPG F Q R++ A Sbjct 184 HYTVVGGGKTGMDCCLWLLRNGVPADAVRWVRPRDSWLLNRAHIQPGEQFAPQLRDAMAA 243 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 ++AI A S + LF LE A LLR+DPSV P+MY CA VS ELE LRRI D+VR+GH Sbjct 244 RMQAISEAASVEHLFTLLEDAEVLLRLDPSVWPTMYHCAIVSQRELEYLRRIEDVVRLGH 303 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 ++ EP + L G ++PATP+ LY+DCT G P+ P+ PVFD D +TLQ+VR CQQVFS+ Sbjct 304 IEHAEPDRVRLTGATIPATPS-LYVDCTTQGLPRPPSVPVFDGDRITLQSVRSCQQVFSS 362 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 AFIAH E + DD +N LC P+ HPD +DW+R M D RW+ DP+L WL +AR Sbjct 363 AFIAHAETTFSDDDTRNALCVPVVHPDAPIDWLRHMSEDNAASMRWIRDPELMTWLRTAR 422 Query 488 LNLLADLLPPL-SHKPRVRERVVSMFQKRLGTAGDQLAKLLDAAT 531 LN DL P K RVR++ + L ++LA L+ A+ Sbjct 423 LNAARDLFPVFPPGKERVRDKAMGALAVALRKTNEELAALMAGAS 467 >gi|108801404|ref|YP_641601.1| hypothetical protein Mmcs_4441 [Mycobacterium sp. MCS] gi|119870557|ref|YP_940509.1| hypothetical protein Mkms_4528 [Mycobacterium sp. KMS] gi|108771823|gb|ABG10545.1| conserved hypothetical protein [Mycobacterium sp. MCS] gi|119696646|gb|ABL93719.1| conserved hypothetical protein [Mycobacterium sp. KMS] Length=456 Score = 504 bits (1297), Expect = 2e-140, Method: Compositional matrix adjust. Identities = 253/456 (56%), Positives = 312/456 (69%), Gaps = 5/456 (1%) Query 73 IETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 +E DYLV+GAGAMGMAF DTLI ES A VV++DR PGGHWTTAYPFVRLHQPSAYYGV Sbjct 2 LEADYLVVGAGAMGMAFVDTLIAESDATVVIVDRNHAPGGHWTTAYPFVRLHQPSAYYGV 61 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGRF 192 NSR LG+ ID G N G +ELA E+CAY++AV+++QLLPTGRV Y PM+EYLG GR Sbjct 62 NSRQLGSGAIDQSGPNAGFHELAGGAEVCAYYEAVMRRQLLPTGRVTYLPMTEYLGGGRV 121 Query 193 RTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL-GTRDRYVV 251 RTL G E V R +V +++ VVPSMRP Y VA GV+CV PN LP L G DRYV+ Sbjct 122 RTLGGDEVSVAARRTVV--SHIDVVVPSMRPPAYGVAAGVECVPPNALPWLRGVYDRYVI 179 Query 252 VGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATLEA 311 VGAGKT MD C++LLR+ V +LTWI PR++WL+DRAT+QPG F ++ + A L A Sbjct 180 VGAGKTAMDACVFLLRHGVDAQRLTWIKPREAWLMDRATVQPGAQFAKRALADFTAQLVA 239 Query 312 IGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQRI 371 + ATS DLF RLE+ G+LLRID SV P+MYRCA VS E E LR I D+VR+GHV I Sbjct 240 VRDATSFADLFGRLESKGSLLRIDESVEPTMYRCAIVSQGEREMLRGIEDVVRLGHVTAI 299 Query 372 EPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAFIA 431 EP + L+ G V +ALY+DCTADG + PVFD D +TLQ VR CQ FSA+ I Sbjct 300 EPGRVTLENGVVEVDGSALYVDCTADGLGDKAPVPVFDGDRITLQTVRTCQPAFSASVIG 359 Query 432 HVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLNLL 491 HVE AY DD +N C P+P+P DW+R+M + N +W DPD+ W+ ARLN+L Sbjct 360 HVEAAYRDDDTRNAFCGPVPYPHVPADWLRMMLAFNRNQLQWFADPDMMAWVDGARLNIL 419 Query 492 ADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLL 527 + +S R RER++ M +L D+L LL Sbjct 420 HHITAGVSE--RARERIIGMLGSQLHDLNDKLEALL 453 >gi|126437387|ref|YP_001073078.1| hypothetical protein Mjls_4822 [Mycobacterium sp. JLS] gi|126237187|gb|ABO00588.1| conserved hypothetical protein [Mycobacterium sp. JLS] Length=456 Score = 502 bits (1293), Expect = 6e-140, Method: Compositional matrix adjust. Identities = 253/456 (56%), Positives = 312/456 (69%), Gaps = 5/456 (1%) Query 73 IETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 +E DYLV+GAGAMG+AF DTLI ES A VV++DR PGGHWTTAYPFVRLHQPSAYYGV Sbjct 2 LEADYLVVGAGAMGVAFVDTLIAESDATVVIVDRNHAPGGHWTTAYPFVRLHQPSAYYGV 61 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGRF 192 NSR LG+ ID G N G +ELA E+CAY++AV+++QLLPTGRV Y PM+EYLG GR Sbjct 62 NSRQLGSGAIDQSGPNAGFHELAGGAEVCAYYEAVMRRQLLPTGRVTYLPMTEYLGGGRV 121 Query 193 RTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL-GTRDRYVV 251 RTL G E V R +V +++ VVPSMRP Y VA GV+CV PN LP L G DRYV+ Sbjct 122 RTLGGDEVSVAARRTVV--SHIDVVVPSMRPPAYGVAAGVECVPPNALPWLRGVYDRYVI 179 Query 252 VGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATLEA 311 VGAGKT MD C++LLR+ V +LTWI PR++WL+DRAT+QPG F ++ + A L A Sbjct 180 VGAGKTAMDACVFLLRHGVDAQRLTWIKPREAWLMDRATVQPGAQFAKRALADFTAQLVA 239 Query 312 IGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQRI 371 + ATS DLF RLET G+LLRID SV P+MYRCA VS E E LR I D+VR+GHV I Sbjct 240 VRDATSFADLFGRLETKGSLLRIDESVEPTMYRCAIVSQGEREMLRGIEDVVRLGHVTAI 299 Query 372 EPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAFIA 431 EP + L+ G V +ALY+DCTADG + PVFD D +TLQ VR CQ FSA+ I Sbjct 300 EPGRVTLENGVVEVDGSALYVDCTADGLGDKAPVPVFDGDRITLQTVRTCQPAFSASVIG 359 Query 432 HVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLNLL 491 HVE AY DD +N C P+P+P DW+R+M + N +W DPD+ W+ ARLN+L Sbjct 360 HVEAAYGDDDTRNAFCGPVPYPHVPADWLRMMLAFNRNQLQWFADPDMMAWVDGARLNIL 419 Query 492 ADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLL 527 + +S R RER++ M +L D+L LL Sbjct 420 HHITAGVSE--RARERIIGMLGSQLHDLNDKLEALL 453 >gi|119477816|ref|ZP_01617939.1| hypothetical protein GP2143_01705 [marine gamma proteobacterium HTCC2143] gi|119448977|gb|EAW30218.1| hypothetical protein GP2143_01705 [marine gamma proteobacterium HTCC2143] Length=470 Score = 481 bits (1237), Expect = 2e-133, Method: Compositional matrix adjust. Identities = 230/456 (51%), Positives = 305/456 (67%), Gaps = 4/456 (0%) Query 72 TIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYG 131 TI+ DYLVIG GAMGMAF DTL+TE+ A VVM+DR +PGGHW AYPFVRLHQPSA+YG Sbjct 2 TIQADYLVIGTGAMGMAFVDTLLTETDATVVMVDRHGKPGGHWNDAYPFVRLHQPSAFYG 61 Query 132 VNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGR 191 VNS LGN+ ID+ GWN+GL+ELA E+CAYFD ++Q++ L +GRV YFPM +Y G+ Sbjct 62 VNSEKLGNDAIDVTGWNKGLHELASGAEVCAYFDHMMQRRFLASGRVQYFPMCDYRGEKS 121 Query 192 FRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGT-RDRYV 250 F++L E V +++VDATY+ VPS+ P Y VA + N+LP L +YV Sbjct 122 FQSLVTGEIQQVVAQKVVDATYMNVSVPSVTPPKYDVASDATLMPLNDLPTLSAPHSQYV 181 Query 251 VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATLE 310 V+GAGKTGMD CLWLL N V P+K++W+MPRDSW++DRA +QPG E ++ Sbjct 182 VIGAGKTGMDACLWLLSNQVSPEKISWVMPRDSWILDRANIQPGQDGATIGIEGAAEQMK 241 Query 311 AIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQR 370 A+ + S DD+F R+E G LLRID S++PSMYRCATV+ LEL QL+RI+D++R G VQR Sbjct 242 AVADSDSIDDMFARVEANGQLLRIDDSIKPSMYRCATVTELELRQLKRIKDVIRKGRVQR 301 Query 371 IEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAFI 430 + + LD G + ALYIDCTAD +RP + VFD + +TLQ VR CQQVFSAAFI Sbjct 302 VARGQLELDEGVIATNEDALYIDCTADALARRPIERVFDGEKITLQTVRFCQQVFSAAFI 361 Query 431 AHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLNL 490 AH+E +Y + KN LCT +PHP+ DW+R+ + N W D L +WL ++RL+ Sbjct 362 AHIEASYSSEEDKNSLCTVVPHPNTASDWLRVTLAHSINQLAWTADKSLNEWLGNSRLDA 421 Query 491 LADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKL 526 P + + E +++ +K + LAKL Sbjct 422 FTQ---PANSTLQPTEAMLTAVEKITRYGPEALAKL 454 >gi|325000411|ref|ZP_08121523.1| hypothetical protein PseP1_16667 [Pseudonocardia sp. P1] Length=481 Score = 463 bits (1191), Expect = 3e-128, Method: Compositional matrix adjust. Identities = 256/459 (56%), Positives = 310/459 (68%), Gaps = 12/459 (2%) Query 73 IETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 I+TDYLVIGAGA MAF DTL++E+ A V M+DR QPGGHWT AYP+VRLHQPSA YGV Sbjct 5 IDTDYLVIGAGATAMAFVDTLLSETQATVTMVDRYHQPGGHWTLAYPYVRLHQPSAMYGV 64 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGRF 192 NSR LG+ ID G N GL ELA EIC+YFD V++Q LP+GRV YFPM+EY G GRF Sbjct 65 NSRPLGDGRIDRTGGNAGLYELAGAAEICSYFDQVMRQTFLPSGRVTYFPMAEYRGAGRF 124 Query 193 R-TLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DRYV 250 T +GT+Y VTV RR+VD TY VP+MRP + VA GV V PN+LP L R DRYV Sbjct 125 HLTTSGTQYRVTVRRRVVDTTYQGVSVPAMRPPEFPVATGVPVVPPNDLPALRERYDRYV 184 Query 251 VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQ---FRESYGA 307 VVGAGKTG+D CLWLL V P LTWIMPR WLIDRA++QP P +R+ Y A Sbjct 185 VVGAGKTGIDACLWLLEQGVDPTDLTWIMPRAPWLIDRASVQPIP--LRRPDDIAREYAA 242 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 +A+ A S DLFDRL+ G LLRI P RP+ +RCATVS ELEQLRRIRD+VR+G Sbjct 243 RHDAVMGAESVPDLFDRLDAVGALLRISPHERPTAFRCATVSRAELEQLRRIRDVVRLGR 302 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+RI+ T + LDGG++P P L++DCTAD Q PA P+F +TLQ VR CQ VFSA Sbjct 303 VKRIDDTGVELDGGTLPTGPGVLHVDCTADAVKQLPAVPIFRDRLITLQPVRACQPVFSA 362 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 A +AHVE DDAV+NELC P+P +DW+R S RW +PD+ WL ++R Sbjct 363 ALVAHVEATGPDDAVRNELCPVTPYPRTGVDWLRFALSANHEQLRWAENPDIGAWLHASR 422 Query 488 LNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKL 526 L+ D+ PP+ P R V Q+ + A Q+AKL Sbjct 423 LH--PDVAPPMPDDPAERAIVE---QQAVAMARAQIAKL 456 >gi|154289428|ref|XP_001545336.1| hypothetical protein BC1G_16093 [Botryotinia fuckeliana B05.10] gi|150849388|gb|EDN24581.1| hypothetical protein BC1G_16093 [Botryotinia fuckeliana B05.10] Length=472 Score = 459 bits (1181), Expect = 5e-127, Method: Compositional matrix adjust. Identities = 229/466 (50%), Positives = 292/466 (63%), Gaps = 3/466 (0%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESG-ARVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 ++ I DYLV+GAGAMGMAF D L T++ + ++DR +PGGHWT AYPFVRLHQPS Sbjct 2 SQIINVDYLVVGAGAMGMAFVDALFTDNKDVTLAIVDRYNRPGGHWTKAYPFVRLHQPSN 61 Query 129 YYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 YGVNSR LG + ID VGWN GL ELA EI Y+ VL QQ LP+ RV Y+P+ EY Sbjct 62 CYGVNSRKLGEDKIDTVGWNSGLGELATRDEILGYYTRVLTQQFLPSNRVTYYPLCEYTS 121 Query 189 DGRFR-TLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGT-R 246 G F T+ G +Y V RIVDAT++R VPSM P YSVA V + PN L ++ Sbjct 122 GGEFHSTVTGQKYSVGNETRIVDATFMRVKVPSMSPPVYSVADDVKLITPNGLAQISRPY 181 Query 247 DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYG 306 Y VVGAGKTG+D CLW+L + P K+TWIMPRDSWL DR Q +F+ + +++ Sbjct 182 ANYTVVGAGKTGIDACLWMLSMGIEPSKITWIMPRDSWLWDRGFFQTEKSFIEKSKKALE 241 Query 307 ATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMG 366 E + +ATS DDLF RL +G+LLR+ P+M+RCATVS E EQ++ I IVR+G Sbjct 242 VEAEGVMSATSVDDLFKRLNASGSLLRVSKDHWPTMFRCATVSLQEFEQIKEIEHIVRLG 301 Query 367 HVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFS 426 V++I + + L+ G + P LYIDC+ADG PVF+ H+TLQAVR CQQVFS Sbjct 302 RVKQITASEVTLEDGKFSSVPDTLYIDCSADGLKGLEPVPVFNGKHITLQAVRYCQQVFS 361 Query 427 AAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSA 486 AA IAHVE Y++D KN LC PIPHP +DW+ D N W +P +T WLS + Sbjct 362 AALIAHVEAVYDNDEKKNSLCNPIPHPSKSIDWLGTKLRDYENTLLWNAEPKMTTWLSQS 421 Query 487 RLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATA 532 RLNL L P L R V+ F+++ G ++L KL D A Sbjct 422 RLNLYRYLQPSLPEDSGERRLVLQAFEEKRGLYYNKLRKLFDDYNA 467 >gi|322704231|gb|EFY95828.1| hypothetical protein MAA_08636 [Metarhizium anisopliae ARSEF 23] Length=465 Score = 458 bits (1178), Expect = 1e-126, Method: Compositional matrix adjust. Identities = 225/424 (54%), Positives = 286/424 (68%), Gaps = 4/424 (0%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 A+TI TDYLVIGAGAMGMAF DTL++++ A V++DR PGGHW AYPFV LHQPS++ Sbjct 2 AETISTDYLVIGAGAMGMAFVDTLLSDTKATAVIVDRYDSPGGHWNVAYPFVHLHQPSSF 61 Query 130 YGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGD 189 YGVNS+ LGN+ +D VG N+GL ELA E+ Y+ ++ Q LP+GRV YFP EY GD Sbjct 62 YGVNSKKLGNDQMDKVGLNKGLLELATSQEVVGYYSQLMYQHFLPSGRVTYFPKCEYTGD 121 Query 190 GRFRT-LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-- 246 G F + + + V RIVDAT+++ VP+M P Y VA GV+ + PNEL + TR Sbjct 122 GMFHSVITAKSFQVGKETRIVDATFMKVRVPAMGPPAYEVASGVNLITPNELASI-TRAY 180 Query 247 DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYG 306 Y VVGAGKTG+D CLWLL + P ++WIMPRDSWL+DR LQPGP F + R+ Sbjct 181 GNYTVVGAGKTGIDTCLWLLGRGIEPSNISWIMPRDSWLLDREALQPGPMFSERRRQDQM 240 Query 307 ATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMG 366 A +A +ATS DDLF RLE+AG L+R+ V P+MYRCATVS E +QL +I I+RMG Sbjct 241 ARFQAAMSATSVDDLFKRLESAGHLMRLSDKVWPTMYRCATVSIQEFKQLGKIDSIIRMG 300 Query 367 HVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFS 426 V R+ + L GG+ A P LYI+CTADGA + PVFD + +TLQ VR CQQVFS Sbjct 301 RVIRVGDGEVKLQGGTYKAKPDTLYINCTADGAAKLLPVPVFDGNKITLQPVRTCQQVFS 360 Query 427 AAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSA 486 +AFIAH+E Y DD +KNE+C PIP P +DW++ + GN + W + P WL A Sbjct 361 SAFIAHIEATYNDDNLKNEMCRPIPLPYETVDWIKTAILNTGNRRIWNSKPATVAWLLQA 420 Query 487 RLNL 490 RLNL Sbjct 421 RLNL 424 >gi|88705992|ref|ZP_01103700.1| conserved hypothetical protein, secreted [Congregibacter litoralis KT71] gi|88699706|gb|EAQ96817.1| conserved hypothetical protein, secreted [Congregibacter litoralis KT71] Length=455 Score = 429 bits (1103), Expect = 6e-118, Method: Compositional matrix adjust. Identities = 216/420 (52%), Positives = 279/420 (67%), Gaps = 2/420 (0%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 +T TDYL++GAGAMGMAF D L+ ES A + M+DR QPGGHW AY +VRLHQPS++Y Sbjct 2 RTQNTDYLIVGAGAMGMAFADVLMHESEATITMVDRYHQPGGHWNLAYSYVRLHQPSSFY 61 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GVNSR LG + ID G N+GL ELA EICAY+D L ++ L TGR+ YFPMSEY GDG Sbjct 62 GVNSRPLGKDRIDTRGNNKGLYELASKAEICAYYDE-LMREFLGTGRLQYFPMSEYRGDG 120 Query 191 RFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL-GTRDRY 249 ++L E +VDAT++ VP+M Y+VA GV CVAPN L L G Y Sbjct 121 NIQSLTSPEIHRIQAGTVVDATFMNVQVPAMAAPAYAVADGVHCVAPNALTTLRGEYANY 180 Query 250 VVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATL 309 V+GAGKT D CL+LL + V PD ++WI PR++WL DRA Q G F + + Sbjct 181 TVIGAGKTSFDACLFLLDSGVSPDAISWIKPREAWLWDRAYAQAGELFEESIQTLSQMQV 240 Query 310 EAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQ 369 + + S DD F R E AG +LRID S P+M+RCATV+ E+E+LR I++++R+G V+ Sbjct 241 RVVAESESVDDFFARAEAAGLVLRIDESEAPTMFRCATVTKTEIEKLRSIKNVLRLGRVE 300 Query 370 RIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAF 429 RIE IVL+ G+ L++DCTADG +RP +PVF +TLQ+VR CQQVFSAAF Sbjct 301 RIERERIVLEQGTHNYGAQTLFVDCTADGLARRPPEPVFRDGRITLQSVRTCQQVFSAAF 360 Query 430 IAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLN 489 IAH+E + +D A KN CTP+PHPDCD D++R M +DL N W DP L W+ +ARL+ Sbjct 361 IAHIELSEKDQAEKNRFCTPVPHPDCDTDYLRNMLADLVNGLAWQEDPALMAWMKAARLD 420 >gi|83860010|ref|ZP_00953530.1| hypothetical protein OA2633_08414 [Oceanicaulis alexandrii HTCC2633] gi|83852369|gb|EAP90223.1| hypothetical protein OA2633_08414 [Oceanicaulis alexandrii HTCC2633] Length=473 Score = 419 bits (1077), Expect = 7e-115, Method: Compositional matrix adjust. Identities = 211/465 (46%), Positives = 293/465 (64%), Gaps = 11/465 (2%) Query 73 IETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 +ETDYLVIG GAMGMAFTD +++E+ A ++++D+ +PGGHW AYPFV LHQPS++YGV Sbjct 6 LETDYLVIGGGAMGMAFTDVILSETDADLIIVDQNAKPGGHWNHAYPFVTLHQPSSFYGV 65 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGRF 192 +SR L +D VG N+G+ +LA E+ AY++ V+ LP+GRV +FPM Y+G+GRF Sbjct 66 SSRELSRGQLDQVGLNKGMGDLASGQEVLAYYEQVMNHTFLPSGRVRFFPMCRYVGEGRF 125 Query 193 R-TLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DRYV 250 L+G + V R+ VDAT+L+ VPS + V+P + PN+LPK+ + D +V Sbjct 126 EHVLSGEVFEVKARRKTVDATHLKTSVPSTHTPKFEVSPDAWFMPPNDLPKIDRKPDGFV 185 Query 251 VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA--- 307 ++GAGKT +D LWLL + V PD + WIMPRD+WL+DR Q GP F F ++ GA Sbjct 186 IIGAGKTAIDTVLWLLEHHVDPDDIQWIMPRDAWLLDRRNTQTGPDF---FFDTIGAQAR 242 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 EAI +TS +D+FDRLE G LR+DP VRPSM+ ATVS E+E+LRR+R+++R G Sbjct 243 QFEAIANSTSLEDMFDRLEACGYFLRLDPDVRPSMFHGATVSQREVEELRRVRNVIRKGR 302 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSA 427 V+ I ++LD G + TP + +DC A PVF D L LQ VR Q VFSA Sbjct 303 VKTITADRVILDEGEIAITPDTVLVDCAARAVTNDAIVPVFQGDRLVLQMVRSYQPVFSA 362 Query 428 AFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 AFIAH+E AYED+A +N LC +P P+ D D++R + + N W P+L WL R Sbjct 363 AFIAHIEAAYEDEAEQNRLCAVVPLPNHDTDYIRFTAAYMMNQYNWSQIPELRAWLRENR 422 Query 488 LNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATA 532 L+ + LL + P E+ ++ Q TA +AKL + A Sbjct 423 LDGFSKLLSEIG--PEDTEK-TALLQSMRQTAPAAVAKLFEYMQA 464 >gi|109900483|ref|YP_663738.1| hypothetical protein Patl_4185 [Pseudoalteromonas atlantica T6c] gi|109702764|gb|ABG42684.1| conserved hypothetical protein [Pseudoalteromonas atlantica T6c] Length=472 Score = 418 bits (1075), Expect = 1e-114, Method: Compositional matrix adjust. Identities = 201/465 (44%), Positives = 291/465 (63%), Gaps = 4/465 (0%) Query 72 TIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYG 131 T ETDYL++GAGA+GMAF D L++E+ A ++++D+ +PGGHW AYPFV LHQPSA+YG Sbjct 5 THETDYLIVGAGAVGMAFADVLLSETDANIMIVDKYHKPGGHWNVAYPFVTLHQPSAFYG 64 Query 132 VNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGR 191 V+S L ID G N+GLNELA E+ AYFD +++++ LP+GRV YFPM+++ GDG+ Sbjct 65 VSSTELSKGCIDKGGLNKGLNELATGAEVSAYFDNIMRERFLPSGRVSYFPMTDFKGDGK 124 Query 192 F-RTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DRY 249 F + G E+ VT+N+++VDATYL+ VPS +SV + N+L K+ + + Sbjct 125 FVSVINGDEHQVTINKKMVDATYLKTSVPSTHTPNFSVDDSAQFMPINDLVKITNKPAGF 184 Query 250 VVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATL 309 V++G GKTG+D CLWLL N V PD + WIMPRD+WLIDR QP P F + A + Sbjct 185 VIIGGGKTGIDACLWLLENKVSPDDIQWIMPRDAWLIDRKNTQPTPEFFTDAIGAQAAQM 244 Query 310 EAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQ 369 EAI +TS DD+F RLE +R+D +V P M+ ATVS LEL +L+RI+++VRMG V Sbjct 245 EAIAQSTSVDDMFSRLEKGDVFMRLDENVWPKMFHGATVSQLELAELKRIKNVVRMGRVT 304 Query 370 RIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAF 429 I +I L+ G + +P +++DC+A KP+F+ + +T Q VR Q FSAAF Sbjct 305 HIGQDSIQLEQGEIKTSPQHIHVDCSASAITNLEVKPIFNGNTITPQTVRSYQPAFSAAF 364 Query 430 IAHVEFA--YEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 IAH+E + Y D+ KN +C +P P+ +DW+RL + + N W D DL WL R Sbjct 365 IAHIEASAKYPDEKTKNHICGVVPLPNTVMDWVRLTAAFMRNQHIWSQDDDLKAWLLKNR 424 Query 488 LNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATA 532 L+ + L+ + + ++ ++ A +L + L A A Sbjct 425 LDGFSQLVRNVDKTDTEKMMILGRLREHAMPAMGKLQQYLAAEAA 469 >gi|332308404|ref|YP_004436255.1| hypothetical protein Glaag_4063 [Glaciecola agarilytica 4H-3-7+YE-5] gi|332175733|gb|AEE24987.1| hypothetical protein Glaag_4063 [Glaciecola sp. 4H-3-7+YE-5] Length=472 Score = 408 bits (1048), Expect = 2e-111, Method: Compositional matrix adjust. Identities = 194/428 (46%), Positives = 275/428 (65%), Gaps = 4/428 (0%) Query 72 TIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYG 131 T ETDYL++GAGA+GMAF D L++E+ + ++++D+ +PGGHW AYPFV LHQPSA+YG Sbjct 5 THETDYLIVGAGAVGMAFADVLLSETDSNIMIVDKYHKPGGHWNVAYPFVTLHQPSAFYG 64 Query 132 VNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGR 191 V+S L ID G N+GLNELA E+ AYFD V++++ LP+GRV YFPMSEY G+G+ Sbjct 65 VSSTELSKGCIDKGGLNKGLNELATGAEVSAYFDNVMRERFLPSGRVSYFPMSEYKGNGQ 124 Query 192 FRTLAGT-EYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DRY 249 F ++ E+ VTVN++IVDATYL+ VPS ++V + N+L + + + Sbjct 125 FVSVINDDEHQVTVNKKIVDATYLKTSVPSTHKPSFTVDDSAQFMPINDLVNIDKKPAGF 184 Query 250 VVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATL 309 V++G GKTG+D CLWLL N V PD + WI+PRD+WLIDR QP F + A + Sbjct 185 VIIGGGKTGIDACLWLLENKVNPDDIQWIVPRDAWLIDRKNTQPTIEFFNDAIGAQAAQM 244 Query 310 EAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQ 369 EAI +TS DD+F RLE AG LR+D +V P M+ ATVS +EL +L++I+++VR G V Sbjct 245 EAIAQSTSVDDMFSRLEKAGVFLRLDETVWPQMFHGATVSQMELAELKKIKNVVRKGRVT 304 Query 370 RIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAF 429 + I L+ G + +P +++DC+A KP+F + +T Q VR Q FSAAF Sbjct 305 HVGQDNIQLEQGEIKTSPEHIHVDCSASAITNLAVKPIFSGNVVTPQTVRSYQPAFSAAF 364 Query 430 IAHVEFA--YEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSAR 487 IAH+E + Y D+ KN +C +P P+ +DW+RL + + N W D DL WL R Sbjct 365 IAHIEASEKYPDEKSKNHICGVVPLPNGVMDWVRLTAAFMRNQHIWSQDDDLKQWLLENR 424 Query 488 LNLLADLL 495 L+ + L+ Sbjct 425 LDGFSQLV 432 >gi|254517276|ref|ZP_05129333.1| conserved hypothetical protein [gamma proteobacterium NOR5-3] gi|219674114|gb|EED30483.1| conserved hypothetical protein [gamma proteobacterium NOR5-3] Length=470 Score = 402 bits (1032), Expect = 1e-109, Method: Compositional matrix adjust. Identities = 199/445 (45%), Positives = 274/445 (62%), Gaps = 5/445 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 +E DYLV+G GA+GMAF D L++ES A ++M+DR +PGGHW AYPFV+LHQPS +Y Sbjct 4 NVLEADYLVVGTGAVGMAFADILLSESDATIIMVDRYAKPGGHWNAAYPFVQLHQPSQFY 63 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GV+SR L ++ G N GLNELA E+ AYFD V++ + LPTGR+ YFPM +YLGDG Sbjct 64 GVSSRELSRGRLEHGGLNDGLNELASGAEVSAYFDDVMRHEFLPTGRLQYFPMCDYLGDG 123 Query 191 RFRT-LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DR 248 RF + + G EY VTV ++IVDAT+L+ VPS +++ GV + N+LPK+ + +R Sbjct 124 RFVSKVGGDEYRVTVRKKIVDATFLKTKVPSTHTPNFAIDEGVRFMPLNDLPKITEQPER 183 Query 249 YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGAT 308 YV+VG GKTG+D CLWLL+ PD++ WI PRD+WL++R QP F + Sbjct 184 YVIVGGGKTGIDACLWLLQMGCNPDRIQWIRPRDAWLLNRRNTQPTEEFFFDVFNAQAGL 243 Query 309 LEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHV 368 +E+ AA S DDLF +LE G +RID + +P M+ ATVS ELE LR I+D+VR+G + Sbjct 244 MESAAAADSFDDLFTKLEDCGYFVRIDENHKPEMFHGATVSIAELETLRTIKDVVRLGRI 303 Query 369 QRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAA 428 + I GS+ + L++DC+A P P+F D +T Q VR Q VFSAA Sbjct 304 THLGTDKIEFQRGSLSVSDNTLFVDCSARPVDNLPDLPIFAGDVITPQMVRSYQPVFSAA 363 Query 429 FIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARL 488 IAHVE +YE D KN LC +P P+ D + + N W D DL++W+ RL Sbjct 364 LIAHVELSYEGDEEKNRLCAVVPPPEADTVFAHCTATSFTNQYNWSQDADLSEWILHNRL 423 Query 489 NLLADLLPPLSHKPR---VRERVVS 510 + + ++ P V ER+ S Sbjct 424 DGFSQMVKTAEGNPEKTAVLERMRS 448 >gi|90417321|ref|ZP_01225247.1| hypothetical protein GB2207_00865 [marine gamma proteobacterium HTCC2207] gi|90330906|gb|EAS46169.1| hypothetical protein GB2207_00865 [marine gamma proteobacterium HTCC2207] Length=492 Score = 399 bits (1024), Expect = 8e-109, Method: Compositional matrix adjust. Identities = 199/462 (44%), Positives = 283/462 (62%), Gaps = 6/462 (1%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 ++++TDYL+IG+G +GMAF DTL TE+ A ++++DR +PGGHW AYPFV LHQPS++ Sbjct 2 GESLKTDYLIIGSGLVGMAFADTLFTETDANIIIVDRYAKPGGHWNLAYPFVTLHQPSSF 61 Query 130 YGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGD 189 +GV+S+ L ID +G N+G+ +LA EICAYFD V++Q+ L +GRV YFPM EY GD Sbjct 62 FGVSSKELSRGEIDQIGLNKGMGDLATGDEICAYFDDVMRQRFLASGRVQYFPMCEYEGD 121 Query 190 GRFRT-LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-D 247 G+F + L G + V ++VDAT+L VPS +S+A + N++P + + Sbjct 122 GQFTSKLTGETHSVDY-EKLVDATFLTIAVPSTHTPNFSIATEAQFMPLNDMPSITEKPA 180 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 YVV+G GKT +D CLWLL V PD +TWI RD+WL+DRA QP F + S A Sbjct 181 GYVVIGGGKTSIDACLWLLSQGVDPDDITWIRSRDAWLLDRANTQPTDEFFHKSVGSIAA 240 Query 308 TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGH 367 EAIG A+S DD+FDRLE G LR+D VRP+M+ AT+S E+EQL+RI++IVRMG Sbjct 241 QYEAIGNASSIDDMFDRLEEGGYFLRLDKDVRPTMFHAATISKPEIEQLQRIKNIVRMGQ 300 Query 368 VQRIEPTTIVLDGGSVPATPTALYIDCTAD---GAPQRPAKPVFDADHLTLQAVRGCQQV 424 V IE IVL G +P TP ++IDC+A + +PVFD + +T Q +R Q Sbjct 301 VSAIEKDRIVLTNGEIPTTPAHIHIDCSASLERSFAHKQPRPVFDGNCITPQMIRAYQPA 360 Query 425 FSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLS 484 FSA+ A+VE Y+ DA KN LC +P P+ D+D++ + + + N W D L W+ Sbjct 361 FSASMAAYVEVNYDSDAEKNRLCALVPPPNHDVDFIPMTLAMMMNQYNWSLDKTLRLWVR 420 Query 485 SARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKL 526 RL+ L+ + ++ Q A ++L + Sbjct 421 ENRLDGFTKLISSADKSDMKKMGILQRIQNNAMPAINKLQQF 462 >gi|333894658|ref|YP_004468533.1| hypothetical protein ambt_16120 [Alteromonas sp. SN2] gi|332994676|gb|AEF04731.1| hypothetical protein ambt_16120 [Alteromonas sp. SN2] Length=473 Score = 384 bits (985), Expect = 3e-104, Method: Compositional matrix adjust. Identities = 189/431 (44%), Positives = 269/431 (63%), Gaps = 8/431 (1%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 A+ + DYL++G+GA+GMAF D L+ E+ A ++++D+ +PGGHW AYPFV LHQPSA+ Sbjct 3 AEQLTCDYLIVGSGAVGMAFADVLLRETDASIIIVDKYAKPGGHWNLAYPFVTLHQPSAF 62 Query 130 YGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGD 189 YGV SR L ID G N+GL LA E+ AYFD+V+Q+ LP+GRV YFP+S+Y GD Sbjct 63 YGVCSRELNRGVIDKTGMNEGLMGLASGAEVSAYFDSVMQETFLPSGRVQYFPLSQYEGD 122 Query 190 GRFRTLAGTE-YVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELP-KLGTRD 247 G+F + G + Y VTVN++IVDATYL+ +P +++ VD N L ++ Sbjct 123 GKFTNITGGKTYDVTVNKKIVDATYLKTSIPITHKPSFTLDDEVDFTPVNTLTQRVRGHK 182 Query 248 RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA 307 YVV+G GKTG+D CLWLL N V P+ + W++ RD+WL++R QP F F ++ GA Sbjct 183 NYVVIGGGKTGIDTCLWLLSNFVNPENIHWVVSRDAWLLNRKNTQPLSDF---FFDTIGA 239 Query 308 ---TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVR 364 +EAI +TS DD+FD+LE AG +LRID VRP+M+ ATVS EL L+ + +I+R Sbjct 240 QANQMEAIAQSTSIDDMFDKLEEAGVMLRIDKDVRPAMFHGATVSEAELAALQTLPNIIR 299 Query 365 MGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQV 424 G V + + AL +DC+A KPVF+ + +T Q VR Q V Sbjct 300 HGRVTHVGKEALTFKDAQWAMPEDALVVDCSASALTNLEIKPVFEGNTITPQTVRAYQPV 359 Query 425 FSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLS 484 FSAA IAHVE AY+D+A K +L +P P+ D+DW+ + + L N W P+L W+ Sbjct 360 FSAALIAHVEAAYDDEATKQKLTQVVPLPNRDIDWVPMTAAMLRNMHIWGEQPELRAWIH 419 Query 485 SARLNLLADLL 495 + RL+ + ++ Sbjct 420 NCRLDGFSKIV 430 >gi|339471903|gb|EGP86998.1| hypothetical protein MYCGRDRAFT_42715 [Mycosphaerella graminicola IPO323] Length=437 Score = 382 bits (981), Expect = 9e-104, Method: Compositional matrix adjust. Identities = 198/437 (46%), Positives = 260/437 (60%), Gaps = 45/437 (10%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 A I+ DYL+IGAGAMGMAF DTL++++ A ++DR +PGGHWTTAYP+VRLHQPS + Sbjct 2 ASQIQADYLIIGAGAMGMAFADTLLSDTQATFAIVDRYARPGGHWTTAYPYVRLHQPSQF 61 Query 130 YGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGD 189 YGVNSR LG + +D VGWN+GL+ELA V E+ AY+ V+ Q LP+GRV YFP+ EY G+ Sbjct 62 YGVNSRNLGEDRLDQVGWNKGLSELASVDEVTAYYGIVMDQTFLPSGRVQYFPLHEYTGE 121 Query 190 GRFRT-LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-- 246 G++R+ + G Y V IVDAT+++ VPSM P PY V GV+ V PN+LPK TR Sbjct 122 GQWRSNVTGKSYQVGKQTIIVDATFMKVKVPSMGPPPYKVGEGVELVTPNDLPK-ATRPY 180 Query 247 DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYG 306 Y VVGAGKTG+D S Sbjct 181 AAYTVVGAGKTGIDAS-----------------------------------------SIN 199 Query 307 ATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMG 366 A ++ A+S +DLF RLE L+R+ V PSM+RCATVS ELEQ+++I +++R G Sbjct 200 AINGSVMEASSPEDLFLRLEKHKQLIRMTDQVWPSMFRCATVSLAELEQVQKIGNVIRQG 259 Query 367 HVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFS 426 V +E + ++ G P LYIDC+AD + PVF +TLQ+VR CQQVFS Sbjct 260 RVVSLEANKVTMENGDYQPGPDTLYIDCSADALAKLEPVPVFRGKQITLQSVRYCQQVFS 319 Query 427 AAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSA 486 AAFIAHVE Y+D+ +KN+LC +PHPD +DW + N +W P WL+ A Sbjct 320 AAFIAHVEATYDDEKLKNDLCHVVPHPDESIDWFIVTLQSHRNGPKWSAQPKTAAWLAQA 379 Query 487 RLNLLADLLPPLSHKPR 503 RL+ LLPP P Sbjct 380 RLDWFGKLLPPAPSDPE 396 >gi|239994729|ref|ZP_04715253.1| hypothetical protein AmacA2_09622 [Alteromonas macleodii ATCC 27126] Length=471 Score = 370 bits (949), Expect = 5e-100, Method: Compositional matrix adjust. Identities = 193/470 (42%), Positives = 277/470 (59%), Gaps = 8/470 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 + + DYL++GAGA+GMAF D L+ E+ A +++ID+ +PGGHW AYPFV LHQPSA+Y Sbjct 4 EQLTCDYLIVGAGAVGMAFADVLLHETNANILIIDKNAKPGGHWNYAYPFVTLHQPSAFY 63 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GV S+ L ID G N+GL LA E+ AYFDAV+ + LP+ RV Y+P+ EY G+ Sbjct 64 GVCSKELNRGVIDKTGLNEGLMGLASGQEVSAYFDAVMNETFLPSNRVQYYPLCEYKGNN 123 Query 191 RFRTLAGTE-YVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL-GTRDR 248 +F ++ ++ Y VTVN++IVDATYL +P ++ V N + ++ + Sbjct 124 QFVSMLNSKHYNVTVNKKIVDATYLNTNIPLTHTPSFTRDDDVAFTPVNTVVQMIEGFNN 183 Query 249 YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGA- 307 YVVVG GKTG+D CLWLL N V P + W++ RD+WL++R QP F F S GA Sbjct 184 YVVVGGGKTGIDTCLWLLENHVAPHNIHWVVSRDAWLLNRKNTQPLDDF---FFHSIGAQ 240 Query 308 --TLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRM 365 +EAI A++S +D+FD+LE G LLRID VRPSM+ ATVS LEL+ L+ + +VR Sbjct 241 ANQMEAIAASSSIEDMFDKLEERGVLLRIDKKVRPSMFHGATVSELELKALQTLPSVVRQ 300 Query 366 GHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVF 425 G V+ I + + + AL IDC+A K VFD D +T Q VR Q VF Sbjct 301 GRVKHISRDKLRFEDTTWSMPDNALVIDCSASALTNLEMKAVFDGDTITPQTVRAYQPVF 360 Query 426 SAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSS 485 SAA IAHVE AY D+ K L +P P+ D+DW+ + + L N Q W DP L W+ Sbjct 361 SAALIAHVEAAYSDEQQKQMLTQVVPLPNRDIDWLPMTAAMLRNMQIWGEDPALKAWIYH 420 Query 486 ARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATTE 535 RL+ + ++ ++ + +V+ ++ A +L + + A+ + Sbjct 421 CRLDGFSKIVHGVAKDDMQKMQVLGRLKQAAAPAMQKLMIYIHSLKASGQ 470 >gi|169598300|ref|XP_001792573.1| hypothetical protein SNOG_01951 [Phaeosphaeria nodorum SN15] gi|160704371|gb|EAT90163.2| hypothetical protein SNOG_01951 [Phaeosphaeria nodorum SN15] Length=428 Score = 367 bits (942), Expect = 3e-99, Method: Compositional matrix adjust. Identities = 191/422 (46%), Positives = 255/422 (61%), Gaps = 44/422 (10%) Query 72 TIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYG 131 TI DYLVIGAGAMGMAF DTLIT++ A V ++DR +PGGHWT AYP V LHQPSA+YG Sbjct 4 TITPDYLVIGAGAMGMAFVDTLITDTKATVAIVDRYARPGGHWTIAYPHVTLHQPSAFYG 63 Query 132 VNSRAL-GNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 VNS+ G ID +G N+G++ELA E+ +YF V++Q LPTGRV+Y+P+ E G+G Sbjct 64 VNSQEFPGEKNIDKIGGNKGMSELATGDEVRSYFTRVMEQTFLPTGRVEYYPLHECAGEG 123 Query 191 RFRTLAGTEYV-VTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGT-RDR 248 +R++ + + V RIVDAT+++ VP+MRP PY VA V + PN L L Sbjct 124 EYRSIITNKTIQVGPETRIVDATFMKVEVPAMRPPPYEVAKDVHLITPNGLVSLSRPYGG 183 Query 249 YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGAT 308 Y +VGAGKTG+D C+ + Sbjct 184 YTIVGAGKTGIDACILEVEG---------------------------------------- 203 Query 309 LEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHV 368 EAI A+S +DLF RLE +G ++RID ++ P+MY+CATVS ELEQ++RI +I+R G V Sbjct 204 -EAIVNASSLEDLFYRLEASGKMMRIDKNIWPTMYKCATVSVPELEQIQRIGNIIRQGRV 262 Query 369 QRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAA 428 RI + L+GG P +YIDC+ADG + P+FD +TLQ VR CQQVFSAA Sbjct 263 VRITANEVTLEGGKYTPVPDTIYIDCSADGLARLNPVPIFDGKRITLQPVRYCQQVFSAA 322 Query 429 FIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARL 488 FI HVE Y++D VK+ LCT +PHPD D++ + N +W +P WLS ARL Sbjct 323 FIGHVEATYDNDEVKDSLCTVVPHPDETQDFLGMALETYTNAAKWYAEPKTGAWLSHARL 382 Query 489 NL 490 ++ Sbjct 383 DI 384 >gi|326332600|ref|ZP_08198868.1| hypothetical protein NBCG_04044 [Nocardioidaceae bacterium Broad-1] gi|325949601|gb|EGD41673.1| hypothetical protein NBCG_04044 [Nocardioidaceae bacterium Broad-1] Length=454 Score = 326 bits (835), Expect = 8e-87, Method: Compositional matrix adjust. Identities = 173/421 (42%), Positives = 240/421 (58%), Gaps = 5/421 (1%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAY 129 ++T++ DYLV+GAGAMGMAFTDTL + ARV ++DR GGHW AYPFVRLHQ SA+ Sbjct 2 SRTVDVDYLVVGAGAMGMAFTDTLTEHADARVALVDRRHGVGGHWLEAYPFVRLHQASAF 61 Query 130 YGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGD 189 YGV S LG + G +GL E A EICAY+ L + ++ +G+V++FP SEY+GD Sbjct 62 YGVASTLLGGGQLQQRGPEKGLQERATQAEICAYYARALDR-MVESGQVEFFPNSEYVGD 120 Query 190 GRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DR 248 + E R+VDA YL +P+ +P P+ VA V N+L +L + Sbjct 121 NTVVSHISGERFEMPGARVVDARYLAPSIPAEKPPPFGVAEDARVVPVNDLARLEEAPSQ 180 Query 249 YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGAT 308 YV+VG+GKT D C+WLL V PD + W+ PRD W+++RA +QP P F T Sbjct 181 YVIVGSGKTATDACIWLLSRGVDPDAICWVRPRDPWMLNRAVVQPDPAI---FLGMAADT 237 Query 309 LEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHV 368 ++A +TS +DLF RLE AG +LRID +V P+M + T++ ELE+LR + ++VR GH+ Sbjct 238 MQAAEQSTSAEDLFLRLEDAGIMLRIDRTVMPTMAKAPTLATWELEKLRTLENVVRRGHI 297 Query 369 QRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAA 428 Q ++ + GSV AL + C AD P PV+ + +TLQ +R F AA Sbjct 298 QHVDRGALTFADGSVAVASDALVVHCAADALKYPPLVPVWGPEAITLQPIRAGFPCFGAA 357 Query 429 FIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARL 488 +VE DA KN LC P P PD W R+ + ++PD+ W L Sbjct 358 VTGYVEATRHSDAEKNRLCPPSPFPDTMASWARMNVLGTQAAMSFSSEPDIKAWSDGVAL 417 Query 489 N 489 N Sbjct 418 N 418 >gi|119716924|ref|YP_923889.1| hypothetical protein Noca_2699 [Nocardioides sp. JS614] gi|119537585|gb|ABL82202.1| conserved hypothetical protein [Nocardioides sp. JS614] Length=451 Score = 322 bits (826), Expect = 8e-86, Method: Compositional matrix adjust. Identities = 176/420 (42%), Positives = 244/420 (59%), Gaps = 8/420 (1%) Query 73 IETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 ++ DYLV+GAGAMGMAFTD LI + RV +IDR GHW AYPFVRLHQ SA+YG Sbjct 1 MDADYLVVGAGAMGMAFTDALIDHAEVRVALIDRRHGVSGHWLEAYPFVRLHQASAFYGA 60 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDGR- 191 S LG + G QGL E A EIC Y+ A L +++ +G+V++FP SEY+G GR Sbjct 61 ASTLLGGGQVQQRGPEQGLQERATQAEICTYY-ARLLDRMVESGKVEFFPNSEYVG-GRT 118 Query 192 -FRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DRY 249 ++G + V RIVDA YL +P+ +PAP+ V V N+L +LG +Y Sbjct 119 VVSRVSGERFEVPERCRIVDAHYLAPSIPAEKPAPFVVGDAARVVPVNDLARLGEAPSQY 178 Query 250 VVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGATL 309 VVVG+GKT D C+WLL V PD + W+ PR+ W+++RA +QP P F T+ Sbjct 179 VVVGSGKTATDACIWLLSRGVDPDAICWVRPREPWMMNRAVVQPDPAI---FTRLAADTM 235 Query 310 EAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHVQ 369 +A +TS +DLF RLE AG +LRID +V P+M + T++ ELEQLR + +++R GH++ Sbjct 236 QAGAESTSLEDLFLRLEDAGIMLRIDRTVMPTMAKAPTLAVWELEQLRTLENVLRRGHLE 295 Query 370 RIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAAF 429 +P +V GSV AL + C ADG P PV+ + +TLQAVR F AA Sbjct 296 AADPGKLVFADGSVAVADDALVVHCAADGLKYPPLVPVWRPEGITLQAVRAGFPCFGAAL 355 Query 430 IAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARLN 489 + +VE DD KN LC P + W R+ ++ +PD+ +W + A +N Sbjct 356 VGYVEATRRDDEDKNRLCPPTGFGNSMASWARMNVHGTRAVLSFMAEPDVKEWANKAAIN 415 >gi|149920363|ref|ZP_01908833.1| hypothetical protein PPSIR1_08681 [Plesiocystis pacifica SIR-1] gi|149818805|gb|EDM78247.1| hypothetical protein PPSIR1_08681 [Plesiocystis pacifica SIR-1] Length=767 Score = 316 bits (810), Expect = 5e-84, Method: Compositional matrix adjust. Identities = 196/447 (44%), Positives = 257/447 (58%), Gaps = 31/447 (6%) Query 58 MNDPWPRPTQGPAKTIETDYLVIGAGAMGMAFTDTLI-TESGARVVMIDRACQPGGHWTT 116 M R G IE DYLV+GAGAMG+AF D LI + A VV++DR PGGHW Sbjct 1 MKRSMTRSADGECHRIEADYLVVGAGAMGLAFVDELIHRDPSATVVLVDRRAMPGGHWND 60 Query 117 AYPFVRLHQPSAYYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTG 176 AY FV LHQP+AYYGVNS ALG LV E+ AYF L + LL TG Sbjct 61 AYAFVSLHQPAAYYGVNSMALGEGGAALVTGR----------EVLAYFGRALDR-LLATG 109 Query 177 RVDYFPMSEYLGDGRFRT--LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDC 234 RV +F E+ G+ RFR+ + Y V V R++VDA+Y+++ VP+MRP PY+V P V Sbjct 110 RVRFFGQCEHEGEARFRSRLVPDRRYQVDVRRKLVDASYMQSEVPAMRPPPYAVDPSVAV 169 Query 235 VAPNELPKLGTRD-----RYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRA 289 V N L +L R+ +V+VGAGKTGMD L+LL V P+ +TWI+ D+W + R Sbjct 170 VPVNGLAELSKREGEPPSSFVIVGAGKTGMDAALYLLDQGVAPEAITWIVSNDAWFLRRE 229 Query 290 TLQPGPTFVRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVS 349 +QPG T + E + E G + S D L LE AG R+DP+V P+ YRCATVS Sbjct 230 RIQPG-TILDFMLEQF----ERFGDSESLDGLVFALECAGIFSRLDPAVAPTKYRCATVS 284 Query 350 HLELEQLRRIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFD 409 EL QLRR+ +VR+G V R+E +VL+ G +P P L++DCTA G P R +PVF Sbjct 285 DPELAQLRRLTKVVRLGRVVRVEAEAVVLERGRLPVLPGQLFVDCTAKGLPPREPRPVFA 344 Query 410 ADHLTLQAVRGCQQVFSAAFIAHVEFAYEDD-----AVKNELCTPIPHPDCDLDWMRLMH 464 +TLQ++ CQQV SAAFIA++E A N LC +PHP+ D+ + M Sbjct 345 GATITLQSLLVCQQVLSAAFIAYLETRTRGPEPLSLARCNALCQVVPHPEEVRDYAQTML 404 Query 465 SDLGNFQRWLNDPDLTDWLSSARLNLL 491 + L N Q W +WL +RL+ Sbjct 405 TTLLNIQAWAE--ACREWLFESRLSFF 429 >gi|85374903|ref|YP_458965.1| hypothetical protein ELI_10380 [Erythrobacter litoralis HTCC2594] gi|84787986|gb|ABC64168.1| hypothetical protein ELI_10380 [Erythrobacter litoralis HTCC2594] Length=484 Score = 314 bits (805), Expect = 2e-83, Method: Compositional matrix adjust. Identities = 187/482 (39%), Positives = 259/482 (54%), Gaps = 15/482 (3%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLIT-ESGARVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 ++ +ETDYL++GAGA+G+AF D+LI + V +D+ +PGGHW AY FV LHQPSA Sbjct 2 SEQMETDYLIVGAGAVGLAFADSLIALDPDCHVTFVDKHAKPGGHWNDAYSFVALHQPSA 61 Query 129 YYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 YGVNS N ID G N+GL LA E+ AYF+AV+ +LLPTGRV Y +SEY G Sbjct 62 TYGVNSMEFPNERIDEHGPNKGLFALASGTEVLAYFEAVMNTRLLPTGRVAYHRLSEYQG 121 Query 189 ---DGR---FRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPK 242 DG L G E V + R++VDAT+ + VPS +S A GV+ V P +LPK Sbjct 122 TDEDGVATIVSILNGEETRVGIRRKLVDATFYQTSVPSTHRRNFSEADGVEVVPPGDLPK 181 Query 243 LGTR-----DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTF 297 L R + YV++GAGKT MD +WL+ V PD ++W+ PR+SWL +R QPG F Sbjct 182 LWKRGADLPEHYVILGAGKTAMDTGVWLIEAGVKPDAISWVRPRESWLWNRKYTQPGEQF 241 Query 298 VRQFRESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLR 357 + + A L A AT DL + G LRID S+ P M AT+S E++ LR Sbjct 242 IEDAMDMQIAMLRAATKATDGPDLMRIMGEDGYYLRIDESIEPEMMHFATISQGEIDILR 301 Query 358 RIRDIVRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAP---QRPAKPVFDADHLT 414 +I +++R G V RI P TI SV L+IDCTA P ++ P F D + Sbjct 302 QITNVIRKGRVTRIAPGTISFGDASVEVPENTLFIDCTASAVPFEQRKNTGPQFRGDTIV 361 Query 415 LQAVRGCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWL 474 LQ + SAA A E ++DD KN + P P D + + N W Sbjct 362 LQPIFVPLVTLSAALTAFFEVHFDDDDTKNLMGAPGPLTDTPTTFPASQMVNFMNRGAWS 421 Query 475 NDPDLTDWLSSARLNLLADLLPPLSHKPRVRERVVSMFQKRLGTAGDQLAKLLDAATATT 534 +PD+ +L+++RL++ + + L + + + F++ L KL AA A Sbjct 422 QNPDVMKFLATSRLDVASGTIAKLMAENSPKLAKLQEFREAAQECMPALIKLGVAAKAIH 481 Query 535 EQ 536 EQ Sbjct 482 EQ 483 >gi|317124040|ref|YP_004098152.1| hypothetical protein Intca_0898 [Intrasporangium calvum DSM 43043] gi|315588128|gb|ADU47425.1| hypothetical protein Intca_0898 [Intrasporangium calvum DSM 43043] Length=476 Score = 313 bits (802), Expect = 5e-83, Method: Compositional matrix adjust. Identities = 174/424 (42%), Positives = 236/424 (56%), Gaps = 9/424 (2%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 +T+ DY+V+GAGAMGMAF D L ++ ARVV++DR GGHW AYPFVRLHQ SA+Y Sbjct 21 RTVSADYVVVGAGAMGMAFVDALTAQTDARVVLVDRRHGVGGHWLEAYPFVRLHQASAFY 80 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYL--- 187 GV S LG + G +GL E A EICAY+ VL + L+ +GRV+ P + Y+ Sbjct 81 GVASTLLGGGQVQRSGPEEGLQERASQAEICAYYATVLDR-LVASGRVELLPNAGYVRRS 139 Query 188 -GDGRFRTLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR 246 G ++G + V R+VDA YL +P+ +P P+ V G V NEL +L Sbjct 140 DGGSIVSRVSGERFDVPDRCRVVDARYLAPSIPAEKPPPFDVGRGAHVVPVNELARLEEA 199 Query 247 -DRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESY 305 YVVVG+GKT D C+WLL V PD++ W+ PRD W+++RA +QP P F Sbjct 200 PSEYVVVGSGKTATDACIWLLSRGVDPDRVCWVRPRDPWMLNRAVVQPDPAV---FLGMG 256 Query 306 GATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRM 365 +E A S DDLF RLE G +LRID V P+M + T++ ELEQLR I ++VR Sbjct 257 ADIMELAATAESLDDLFVRLEEVGVMLRIDRGVIPTMAKTPTLAGWELEQLRTIENVVRQ 316 Query 366 GHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVF 425 GH+ + + G+V AL + C ADG P PV+ ++ +TLQ VR F Sbjct 317 GHLLAVGRGRLHFAAGTVAVADDALVVHCAADGLKYPPLVPVWRSEVITLQPVRNGFPCF 376 Query 426 SAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSS 485 AA I +VE DDA KN +C P P+ D W + N + +PD+ +W + Sbjct 377 GAALIGYVEATRGDDAEKNRVCAPSPYGDSLAGWASSVVLGTRNAMTFTAEPDIKEWANG 436 Query 486 ARLN 489 LN Sbjct 437 VALN 440 >gi|84495156|ref|ZP_00994275.1| hypothetical protein JNB_10159 [Janibacter sp. HTCC2649] gi|84384649|gb|EAQ00529.1| hypothetical protein JNB_10159 [Janibacter sp. HTCC2649] Length=461 Score = 306 bits (783), Expect = 9e-81, Method: Compositional matrix adjust. Identities = 168/421 (40%), Positives = 241/421 (58%), Gaps = 6/421 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 +T+E DYLV+GAGAMGMAF+D +I S ARVVM+DR GGHW AYPFVRLHQ SA+Y Sbjct 3 RTVEADYLVVGAGAMGMAFSDAVIDHSDARVVMVDRRHGVGGHWLEAYPFVRLHQSSAFY 62 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GV S LG + G GL E A EI AY+ L + ++ TGR+++F S+Y+GD Sbjct 63 GVASTMLGGGKLQESGPEAGLQERATQPEITAYYARALDR-MVQTGRLEFFSNSDYVGDR 121 Query 191 RFRT-LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR-DR 248 + ++G + V + RIV+A YL +P+ +PAP+ V G + N+L +L Sbjct 122 TVVSRISGDRFEVPESCRIVNARYLAPSIPAEKPAPFVVGEGARVLPVNDLARLDEAPSE 181 Query 249 YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESYGAT 308 YVVVG+GKT D C+WL+ V PD + W+ PR+ W+++RA +QP P F Sbjct 182 YVVVGSGKTATDTCIWLMARGVDPDAICWVRPREPWMLNRARVQPDPAI---FLGLAADI 238 Query 309 LEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRMGHV 368 +++ A++ D+LF RLE A ++RID SV P M + T++ ELE+LR ++++VR GH+ Sbjct 239 MQSAAGASTHDELFLRLEDADVMMRIDRSVMPMMAKAPTLAKWELEELRTLQNVVRGGHI 298 Query 369 QRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVFSAA 428 + ++ + GSV AL + C ADG P PV+ D +TLQ VR F AA Sbjct 299 KAVDRGQLHFADGSVRVADDALVVHCAADGLKYPPLVPVWRPDVITLQPVRPGFPSFGAA 358 Query 429 FIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSSARL 488 VE + DD KN +C P + + DW R+ + + +PD+ W L Sbjct 359 IAGFVETTHRDDDEKNRVCPPSNYGNSRADWARMFYRGNRAAMTFSAEPDIKAWADGISL 418 Query 489 N 489 N Sbjct 419 N 419 >gi|334335725|ref|YP_004540877.1| FAD-dependent pyridine nucleotide-disulfide oxidoreductase [Isoptericola variabilis 225] gi|334106093|gb|AEG42983.1| FAD-dependent pyridine nucleotide-disulfide oxidoreductase [Isoptericola variabilis 225] Length=461 Score = 296 bits (757), Expect = 9e-78, Method: Compositional matrix adjust. Identities = 176/425 (42%), Positives = 247/425 (59%), Gaps = 10/425 (2%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLIT-ESGARVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 A+ +ETDY+V+GAGA GMAF D LI ++GARVV++DR GGHW AYPFVRLHQ S Sbjct 2 ARALETDYVVVGAGAAGMAFVDALIDHDAGARVVLVDRRPGVGGHWLDAYPFVRLHQASQ 61 Query 129 YYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 YGV S LG+ + G GL+E A ++ Y+ VL+++L + RV++FP EY Sbjct 62 LYGVASTRLGDGRVQTDGPEAGLHERATGEDVRRYYARVLEERLRASDRVEFFPAHEY-D 120 Query 189 DGRFRTL-AGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL---G 244 DG R+L G E V V RR+VDA+YL VP++ P P++V G V LP L G Sbjct 121 DGTIRSLTTGEEREVRVRRRVVDASYLAPDVPAVTPPPFAVDDGARVVPAGLLPTLEVNG 180 Query 245 TRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRES 304 T +R++VVG+GKT D C+WLL V PD + W+ PRD W++DRA +QP P F Sbjct 181 TPERWIVVGSGKTATDTCIWLLDQGVDPDAIAWVRPRDPWMLDRAVIQPDPAV---FIGM 237 Query 305 YGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVR 364 +E+ A + +DL LE G +LRID SV P+M + T++ ELE+LR I ++VR Sbjct 238 AADLMESAADAVTPEDLMLHLEDRGIMLRIDRSVTPTMAKTPTLARWELERLRTIENVVR 297 Query 365 MGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQV 424 +GH++R P +VLDGG V ++ + C + G P P++ + +TLQ R Sbjct 298 LGHIRRAAPGRLVLDGGDVVTGRGSVVVHCASPGLKYPPLVPIW-GERITLQPTRAGFPC 356 Query 425 FSAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLS 484 F AA I VE +DDA KN LC P P+ + W+ + + + D ++ W + Sbjct 357 FGAALIGFVEATRDDDAAKNALCPPSPYGNSTAGWVTMQVLGHRSATAFGADREIRAWAN 416 Query 485 SARLN 489 S LN Sbjct 417 STLLN 421 >gi|85709386|ref|ZP_01040451.1| hypothetical protein NAP1_10913 [Erythrobacter sp. NAP1] gi|85688096|gb|EAQ28100.1| hypothetical protein NAP1_10913 [Erythrobacter sp. NAP1] Length=482 Score = 291 bits (744), Expect = 3e-76, Method: Compositional matrix adjust. Identities = 155/396 (40%), Positives = 222/396 (57%), Gaps = 14/396 (3%) Query 74 ETDYLVIGAGAMGMAFTDTLITES-GARVVMIDRACQPGGHWTTAYPFVRLHQPSAYYGV 132 +TDYL++GAGA+G+AF DTLI E + + +ID+ PGGHW AY FV LHQPSA YGV Sbjct 5 DTDYLIVGAGAVGLAFADTLIDEDPDSHITIIDKHAAPGGHWNDAYSFVTLHQPSATYGV 64 Query 133 NSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG-DGR 191 NS L + +D G N G+ LA EI AY+ ++ ++L+P+GRV Y ++EY+G DG Sbjct 65 NSMELCPDRVDTHGHNAGMYPLAKHSEILAYYSKLMSERLIPSGRVAYHSLTEYVGKDGA 124 Query 192 FRT----LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKL---- 243 + L+G V R++VDAT+ + VP+ + +A G P +LP L Sbjct 125 VHSARHILSGETIQFNVRRKLVDATWFKTSVPATHKPGFEIAEGTRFANPGDLPALWKDT 184 Query 244 -GTRDRYVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFR 302 D YVV+G GKT MD +WLL V PDK+ W+ PRDSW+ +R LQP + Sbjct 185 QNLPDHYVVIGGGKTAMDTAVWLLEAGVAPDKIDWVRPRDSWMFNRKLLQPAKHHIEDLI 244 Query 303 ESYGATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDI 362 E ++ + D++F++L+ GT+LRIDP V P M+ A +S E+ LR+I ++ Sbjct 245 RFQVDLAECAASSETGDEMFEKLDERGTMLRIDPEVTPKMFHYAVISEAEVALLRQITNV 304 Query 363 VRMGHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAP--QRP-AKPVFDADHLTLQAVR 419 R V +EP ++ V L+I+CTA P QR +P FD D +TLQ + Sbjct 305 HRGRRVTALEPEAMLFGDERVELPENTLFINCTASAVPFEQRANTRPFFDGDTITLQLAQ 364 Query 420 GCQQVFSAAFIAHVEFAYEDDAVKNELCTPIPHPDC 455 +SA+ A +E +E D +N LC P P D Sbjct 365 TPFVPYSASLAAFLEANFETDEERNALCPPAPLTDT 400 >gi|269956915|ref|YP_003326704.1| hypothetical protein Xcel_2128 [Xylanimonas cellulosilytica DSM 15894] gi|269305596|gb|ACZ31146.1| conserved hypothetical protein [Xylanimonas cellulosilytica DSM 15894] Length=470 Score = 287 bits (735), Expect = 3e-75, Method: Compositional matrix adjust. Identities = 166/424 (40%), Positives = 234/424 (56%), Gaps = 8/424 (1%) Query 71 KTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 ++++TDYLV+GAGA GMAFTD LI + V ++DR GGHW AYPFVRLHQ S +Y Sbjct 4 RSLDTDYLVVGAGATGMAFTDALIDHADVHVTLVDRRHAAGGHWQDAYPFVRLHQASVFY 63 Query 131 GVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLGDG 190 GV S LG + G GL E A E+ Y+D +L ++ +GRV + S++ DG Sbjct 64 GVASTVLGTGAVQQRGPEAGLQERARGAEVRHYYDEILHRRFADSGRVTFLGGSDHHTDG 123 Query 191 --RFRT--LAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGTR 246 F T ++G + V RR+VDATY+ +P+ P P+ VA G +A NEL +LG Sbjct 124 TSHFVTSRVSGETTRIEVRRRVVDATYVSPTIPATTPPPFGVADGSRVIAVNELARLGEA 183 Query 247 DR-YVVVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQPGPTFVRQFRESY 305 R +V+VG+GKT D +WLL N V PD++ W+ PR+ W+++RA +QP P+ Sbjct 184 PRSFVIVGSGKTATDGIVWLLINGVPPDRIMWVRPREPWMLNRAVVQPDPSVALGLAADT 243 Query 306 GATLEAIGAATSTDDLFDRLETAGTLLRIDPSVRPSMYRCATVSHLELEQLRRIRDIVRM 365 A A S DDLF RLE A +LRID V P+M + T+ EL+ LR + ++VR+ Sbjct 244 MAAAA---DAESLDDLFLRLEAADVMLRIDTGVVPTMAKAPTLGAWELDLLRTVENVVRL 300 Query 366 GHVQRIEPTTIVLDGGSVPATPTALYIDCTADGAPQRPAKPVFDADHLTLQAVRGCQQVF 425 HV+ + +VLD G VP P AL + C A G P P++ + LQ +R F Sbjct 301 RHVRYVTAGEMVLDDGVVPLAPGALVVHCAASGLQYPPLVPLWSPGKIVLQTIRAGFPCF 360 Query 426 SAAFIAHVEFAYEDDAVKNELCTPIPHPDCDLDWMRLMHSDLGNFQRWLNDPDLTDWLSS 485 +AA VE +DD +N LC P PD W R+ + + +PD+ W + Sbjct 361 NAALAGFVEATRDDDRERNRLCPPNTLPDDPASWARMQVRGALAARAFGAEPDIAAWANG 420 Query 486 ARLN 489 LN Sbjct 421 CALN 424 >gi|154289336|ref|XP_001545302.1| hypothetical protein BC1G_16184 [Botryotinia fuckeliana B05.10] gi|150849883|gb|EDN25076.1| hypothetical protein BC1G_16184 [Botryotinia fuckeliana B05.10] Length=198 Score = 207 bits (528), Expect = 3e-51, Method: Compositional matrix adjust. Identities = 107/196 (55%), Positives = 129/196 (66%), Gaps = 3/196 (1%) Query 70 AKTIETDYLVIGAGAMGMAFTDTLITESG-ARVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 ++ I DYLV+GAGAMGMAF D L T++ + ++DR +PGGHWT AYPFVRLHQPS Sbjct 2 SQIINVDYLVVGAGAMGMAFVDALFTDNKDVTLAIVDRYNRPGGHWTKAYPFVRLHQPSN 61 Query 129 YYGVNSRALGNNTIDLVGWNQGLNELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSEYLG 188 YGVNSR LG + ID VGWN GL ELA EI Y+ VL QQ LP+ RV Y+P+ EY Sbjct 62 CYGVNSRKLGEDKIDTVGWNSGLGELATRDEILGYYTRVLTQQFLPSNRVTYYPLCEYTS 121 Query 189 DGRFR-TLAGTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNELPKLGT-R 246 G F T+ G +Y V RIVDAT++R VPSM P YSVA V + PN L ++ Sbjct 122 GGEFHSTVTGQKYSVGNETRIVDATFMRVKVPSMSPPVYSVADDVKLITPNGLAQISRPY 181 Query 247 DRYVVVGAGKTGMDVC 262 Y VVGAGKTG+D C Sbjct 182 ANYTVVGAGKTGIDAC 197 >gi|323450590|gb|EGB06470.1| hypothetical protein AURANDRAFT_65458 [Aureococcus anophagefferens] Length=487 Score = 52.4 bits (124), Expect = 2e-04, Method: Compositional matrix adjust. Identities = 61/219 (28%), Positives = 85/219 (39%), Gaps = 44/219 (20%) Query 70 AKTIETDYLVIGAGAMGM-AFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSA 128 A+ DY+V+G G G+ A + A ++ ID+ GG W Y F +LH P Sbjct 2 ARRAAYDYVVVGGGFAGLNAVSGLQKFRPAASILCIDKHDAAGGSWNDYYSFCKLHAPPL 61 Query 129 YYGVNSRALGNNTIDLVGWNQGL---NELAPVGEICAYFDAVLQQQLLPTGRVDYFPMSE 185 +G+ GW GL N LA E+ +F + D P E Sbjct 62 TFGIAGH----------GW-PGLASPNLLATRDEVLRHFRSF----------ADGAPNLE 100 Query 186 YLG-----------DGRFRTLAGTEYVVTVNRRIVDAT---YLRAV---VPS-MRPAPYS 227 +LG DG G V +I+ AT Y R + VP+ + Sbjct 101 FLGGASYEGCARGPDGALVATLGDGSSVAAREQIIRATGYDYERHMPFPVPAHLDGVSDG 160 Query 228 VAPGVDCVA-PNELPKLGTRDRYVVVGAGKTGMDVCLWL 265 A V+C P+ + G YVVVG GKTG D +L Sbjct 161 TAAEVECANLPDAVAARGEETLYVVVGGGKTGADAVCFL 199 >gi|262203976|ref|YP_003275184.1| hypothetical protein Gbro_4130 [Gordonia bronchialis DSM 43247] gi|262087323|gb|ACY23291.1| hypothetical protein Gbro_4130 [Gordonia bronchialis DSM 43247] Length=224 Score = 51.6 bits (122), Expect = 4e-04, Method: Compositional matrix adjust. Identities = 63/234 (27%), Positives = 95/234 (41%), Gaps = 28/234 (11%) Query 73 IETDYLVIGAGAMGMA--FTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLHQPSAYY 130 + + ++GAG GM F T VV++DR PGG W Y +VRLHQP A + Sbjct 1 MRAELCIVGAGIAGMNALFAATRYLSPTDTVVLVDRRSGPGGMWRETYSYVRLHQPHAMF 60 Query 131 GVNSRALGNNTIDLVGWNQGLN--ELAPVGEICAYFDA---VLQQQLLPTGRVDYFPMSE 185 GN + W + LA E+ A+FD V+ Q++ R + S Sbjct 61 -----TAGN-----IAWESRCDRAHLATGTEVLAHFDTMVRVMSQRVALDERYGWSLDSA 110 Query 186 YLGDGRFRTLA----GTEYVVTVNRRIVDATYLRAVVPSMRPAPYSVAPGVDCVAPNEL- 240 DG G ++ R I + V S P S + V V+P+ Sbjct 111 TEADGVVTATITDHDGHRLIIQTPRLIKAYGF---AVQSNPPLELS-STHVTSVSPDSWN 166 Query 241 PKLGTRDRYV-VVGAGKTGMDVCLWLLRNDVCPDKLTWIMPRDSWLIDRATLQP 293 P D V ++G+GKT MD LL + ++ + ++ + R TL P Sbjct 167 PHTDAPDAPVWIIGSGKTAMDTAH-LLITEQPGREVNMVTGAGTYFLSRDTLYP 219 >gi|118468026|ref|YP_889498.1| hypothetical protein MSMEG_5251 [Mycobacterium smegmatis str. MC2 155] gi|118169313|gb|ABK70209.1| hypothetical protein MSMEG_5251 [Mycobacterium smegmatis str. MC2 155] Length=505 Score = 49.7 bits (117), Expect = 0.001, Method: Compositional matrix adjust. Identities = 60/221 (28%), Positives = 95/221 (43%), Gaps = 34/221 (15%) Query 66 TQGPAKTIETDYLVIGAGAMGMA--FTDTLITESGARVVMIDRACQPGGHWTTAYPFVRL 123 TQ + D V+GAG G+ F + ++V++DR + GG W Y +VRL Sbjct 7 TQDNQRVDTCDLCVVGAGIAGLNALFVASRYLRRDQKIVLLDRRDRVGGMWVDTYEYVRL 66 Query 124 HQPSAYYGVNSRALGNNTIDLVGWNQGL--NELAPVGEICAYFDA---VLQQQLLPTGRV 178 HQP + GN + W G + L E+ +F V+++Q+ R Sbjct 67 HQPHPMF-----TAGN-----IEWTLGREPSYLPTKTEVLDHFRHCLDVIRKQVTVDARF 116 Query 179 DYFPMSEYLGDGRFRTLAGTEYVVTV-----NRRIVDATYL-RAVVPSMRP-APYSVAPG 231 + E+L D F + G +T RI+ A L +A RP AP ++ Sbjct 117 GW----EFLSDKEFGSGPGAGVRITCRVPDGTERIIKAPRLIKAYGVRFRPNAPMKLSST 172 Query 232 -VDCVAPN--ELPKLGTRDRYV---VVGAGKTGMDVCLWLL 266 V V+P+ ++ + RD ++G GKTGMD L+ Sbjct 173 RVRSVSPDTCDVRRGDIRDSDAPVWIIGGGKTGMDTAHTLI 213 >gi|67516609|ref|XP_658190.1| hypothetical protein AN0586.2 [Aspergillus nidulans FGSC A4] gi|40747529|gb|EAA66685.1| hypothetical protein AN0586.2 [Aspergillus nidulans FGSC A4] Length=577 Score = 46.6 bits (109), Expect = 0.011, Method: Compositional matrix adjust. Identities = 24/65 (37%), Positives = 32/65 (50%), Gaps = 1/65 (1%) Query 65 PTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLH 124 P+ A ETD +IGAG +A + L G VM DR PG +W Y +R H Sbjct 121 PSLQDAMNFETDVFIIGAGNAAIALSACL-KALGVESVMADRNAHPGDNWARRYDCMRFH 179 Query 125 QPSAY 129 P+A+ Sbjct 180 VPTAF 184 >gi|259489147|tpe|CBF89179.1| TPA: conserved hypothetical protein [Aspergillus nidulans FGSC A4] Length=536 Score = 46.2 bits (108), Expect = 0.013, Method: Compositional matrix adjust. Identities = 24/65 (37%), Positives = 32/65 (50%), Gaps = 1/65 (1%) Query 65 PTQGPAKTIETDYLVIGAGAMGMAFTDTLITESGARVVMIDRACQPGGHWTTAYPFVRLH 124 P+ A ETD +IGAG +A + L G VM DR PG +W Y +R H Sbjct 121 PSLQDAMNFETDVFIIGAGNAAIALSACL-KALGVESVMADRNAHPGDNWARRYDCMRFH 179 Query 125 QPSAY 129 P+A+ Sbjct 180 VPTAF 184 Lambda K H 0.323 0.139 0.439 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 1180538684976 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