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= Rv2435c Length=730 Score E Sequences producing significant alignments: (Bits) Value gi|15609572|ref|NP_216951.1| cyclase [Mycobacterium tuberculosis... 1492 0.0 gi|289448079|ref|ZP_06437823.1| cyclase [Mycobacterium tuberculo... 1490 0.0 gi|339632462|ref|YP_004724104.1| cyclase [Mycobacterium africanu... 1489 0.0 gi|289746218|ref|ZP_06505596.1| conserved hypothetical protein [... 1442 0.0 gi|240170850|ref|ZP_04749509.1| putative cyclase [Mycobacterium ... 1201 0.0 gi|183983737|ref|YP_001852028.1| adenylate or guanylate cyclase ... 1179 0.0 gi|296170504|ref|ZP_06852091.1| adenylate and guanylate cyclase ... 1004 0.0 gi|118464838|ref|YP_880971.1| adenylate and guanylate cyclase ca... 997 0.0 gi|336458214|gb|EGO37195.1| family 3 adenylate cyclase [Mycobact... 993 0.0 gi|41408348|ref|NP_961184.1| hypothetical protein MAP2250c [Myco... 993 0.0 gi|254819843|ref|ZP_05224844.1| adenylate and guanylate cyclase ... 976 0.0 gi|240170840|ref|ZP_04749499.1| adenylate or guanylate cyclase [... 974 0.0 gi|342857830|ref|ZP_08714486.1| adenylate and guanylate cyclase ... 974 0.0 gi|254820709|ref|ZP_05225710.1| hypothetical protein MintA_12321... 951 0.0 gi|336457930|gb|EGO36921.1| family 3 adenylate cyclase [Mycobact... 950 0.0 gi|342860844|ref|ZP_08717494.1| hypothetical protein MCOL_18273 ... 949 0.0 gi|254775649|ref|ZP_05217165.1| hypothetical protein MaviaA2_134... 948 0.0 gi|41407377|ref|NP_960213.1| hypothetical protein MAP1279c [Myco... 947 0.0 gi|183983735|ref|YP_001852026.1| adenylate or guanylate cyclase ... 921 0.0 gi|118618964|ref|YP_907296.1| adenylate or guanylate cyclase [My... 902 0.0 gi|333990119|ref|YP_004522733.1| adenylate or guanylate cyclase ... 894 0.0 gi|118469724|ref|YP_887881.1| cyclase [Mycobacterium smegmatis s... 876 0.0 gi|229818726|ref|YP_002880252.1| adenylate/guanylate cyclase wit... 583 3e-164 gi|326332469|ref|ZP_08198745.1| putative adenylate cyclase [Noca... 487 3e-135 gi|332709914|ref|ZP_08429870.1| adenylate cyclase, family 3 prot... 479 6e-133 gi|158334574|ref|YP_001515746.1| cyclase [Acaryochloris marina M... 479 8e-133 gi|307151657|ref|YP_003887041.1| integral membrane sensor-contai... 469 8e-130 gi|126657175|ref|ZP_01728341.1| putative cyclase (adenylyl-or gu... 431 3e-118 gi|254425372|ref|ZP_05039090.1| Adenylate and Guanylate cyclase ... 419 8e-115 gi|336036484|gb|AEH82415.1| putative cyclase (adenylyl-or guanyl... 392 1e-106 gi|333814333|gb|AEG07001.1| adenylate/guanylate cyclase with int... 392 2e-106 gi|300864236|ref|ZP_07109119.1| putative Adenylate/guanylate cyc... 378 2e-102 gi|300866763|ref|ZP_07111445.1| putative Globin domain protein [... 377 4e-102 gi|220906967|ref|YP_002482278.1| adenylate/guanylate cyclase wit... 357 5e-96 gi|254425852|ref|ZP_05039569.1| Globin domain protein [Synechoco... 343 8e-92 gi|158425589|ref|YP_001526881.1| adenylate cyclase [Azorhizobium... 332 1e-88 gi|262275612|ref|ZP_06053421.1| methyl-accepting chemotaxis prot... 244 3e-62 gi|83815947|ref|YP_446697.1| methyl-accepting chemotaxis protein... 240 7e-61 gi|294508633|ref|YP_003572692.1| methyl-accepting chemotaxis pro... 240 8e-61 gi|260777498|ref|ZP_05886392.1| methyl-accepting chemotaxis prot... 221 3e-55 gi|124003802|ref|ZP_01688650.1| PAS domain S-box protein [Micros... 221 3e-55 gi|331006729|ref|ZP_08330002.1| methyl-accepting chemotaxis sens... 212 2e-52 gi|323497131|ref|ZP_08102151.1| methyl-accepting chemotaxis prot... 211 5e-52 gi|170724924|ref|YP_001758950.1| methyl-accepting chemotaxis sen... 209 1e-51 gi|254506531|ref|ZP_05118672.1| methyl-accepting chemotaxis prot... 207 8e-51 gi|320158661|ref|YP_004191039.1| methyl-accepting chemotaxis pro... 206 1e-50 gi|335043473|ref|ZP_08536500.1| methyl-accepting chemotaxis sens... 206 1e-50 gi|343498784|ref|ZP_08736800.1| methyl-accepting chemotaxis prot... 204 3e-50 gi|330448376|ref|ZP_08312024.1| HAMP domain protein [Photobacter... 204 4e-50 gi|27366778|ref|NP_762305.1| methyl-accepting chemotaxis protein... 204 4e-50 >gi|15609572|ref|NP_216951.1| cyclase [Mycobacterium tuberculosis H37Rv] gi|15841955|ref|NP_336992.1| adenylate cyclase, putative [Mycobacterium tuberculosis CDC1551] gi|31793615|ref|NP_856108.1| putative cyclase (adenylyl-or guanylyl-)(adenylate-or guanylate-) [Mycobacterium bovis AF2122/97] 56 more sequence titles Length=730 Score = 1492 bits (3862), Expect = 0.0, Method: Compositional matrix adjust. Identities = 729/730 (99%), Positives = 730/730 (100%), Gaps = 0/730 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 +TSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY Sbjct 1 MTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL Sbjct 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ Sbjct 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI Sbjct 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA Sbjct 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG Sbjct 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD Sbjct 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK Sbjct 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE Sbjct 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER Sbjct 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS Sbjct 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE Sbjct 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 Query 721 EPIYRLSERS 730 EPIYRLSERS Sbjct 721 EPIYRLSERS 730 >gi|289448079|ref|ZP_06437823.1| cyclase [Mycobacterium tuberculosis CPHL_A] gi|289421037|gb|EFD18238.1| cyclase [Mycobacterium tuberculosis CPHL_A] Length=730 Score = 1490 bits (3857), Expect = 0.0, Method: Compositional matrix adjust. Identities = 728/730 (99%), Positives = 729/730 (99%), Gaps = 0/730 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 +TSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY Sbjct 1 MTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL Sbjct 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ Sbjct 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI Sbjct 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA Sbjct 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG Sbjct 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD Sbjct 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK Sbjct 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE Sbjct 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER Sbjct 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS Sbjct 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRSSVVYDMWGAAVSL YQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE Sbjct 661 GLVGRSSVVYDMWGAAVSLVYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 Query 721 EPIYRLSERS 730 EPIYRLSERS Sbjct 721 EPIYRLSERS 730 >gi|339632462|ref|YP_004724104.1| cyclase [Mycobacterium africanum GM041182] gi|339331818|emb|CCC27521.1| putative cyclase (adenylyl-or guanylyl-)(adenylate-or guanylate-) [Mycobacterium africanum GM041182] Length=730 Score = 1489 bits (3856), Expect = 0.0, Method: Compositional matrix adjust. Identities = 728/730 (99%), Positives = 729/730 (99%), Gaps = 0/730 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 +TSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY Sbjct 1 MTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL Sbjct 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ Sbjct 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI Sbjct 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA Sbjct 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG Sbjct 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD Sbjct 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK Sbjct 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE Sbjct 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER Sbjct 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS Sbjct 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQF AAGTISVGGLE Sbjct 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFKAAGTISVGGLE 720 Query 721 EPIYRLSERS 730 EPIYRLSERS Sbjct 721 EPIYRLSERS 730 >gi|289746218|ref|ZP_06505596.1| conserved hypothetical protein [Mycobacterium tuberculosis 02_1987] gi|308232130|ref|ZP_07415043.2| cyclase [Mycobacterium tuberculosis SUMu001] gi|308369716|ref|ZP_07418817.2| putative adenylate and Guanylate cyclase catalytic domain protein [Mycobacterium tuberculosis SUMu002] 17 more sequence titles Length=706 Score = 1442 bits (3733), Expect = 0.0, Method: Compositional matrix adjust. Identities = 705/706 (99%), Positives = 706/706 (100%), Gaps = 0/706 (0%) Query 25 VLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKR 84 +LRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKR Sbjct 1 MLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKR 60 Query 85 AVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITP 144 AVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITP Sbjct 61 AVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITP 120 Query 145 VERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSY 204 VERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSY Sbjct 121 VERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSY 180 Query 205 FREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVD 264 FREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVD Sbjct 181 FREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVD 240 Query 265 FTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMG 324 FTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMG Sbjct 241 FTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMG 300 Query 325 SGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATE 384 SGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATE Sbjct 301 SGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATE 360 Query 385 GLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRA 444 GLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRA Sbjct 361 GLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRA 420 Query 445 LVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAA 504 LVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAA Sbjct 421 LVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAA 480 Query 505 FNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADIL 564 FNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADIL Sbjct 481 FNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADIL 540 Query 565 GVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPR 624 GVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPR Sbjct 541 GVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPR 600 Query 625 TVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMH 684 TVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMH Sbjct 601 TVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMH 660 Query 685 SGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 730 SGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS Sbjct 661 SGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 706 >gi|240170850|ref|ZP_04749509.1| putative cyclase [Mycobacterium kansasii ATCC 12478] Length=689 Score = 1201 bits (3106), Expect = 0.0, Method: Compositional matrix adjust. Identities = 587/689 (86%), Positives = 644/689 (94%), Gaps = 0/689 (0%) Query 42 VLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYE 101 +LLLL+SIVSVAA+ + YQ+GR SLR AAYERLT+LRESQKRA+ETLFSDLTNSLVIY Sbjct 1 MLLLLSSIVSVAAVVIVGYQTGRASLREAAYERLTELRESQKRAIETLFSDLTNSLVIYA 60 Query 102 RGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPT 161 RGLTVV AV +FTAGFDQLADATI+PAQQQAIVNYYNN+ I PVERTTG+KLDITALLPT Sbjct 61 RGLTVVQAVAQFTAGFDQLADATINPAQQQAIVNYYNNQLIKPVERTTGEKLDITALLPT 120 Query 162 SPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLD 221 SPAQ+YLQAYYTAPFTSDQD+MR DDAGDGSAWSAANA+FN YFREIVTRFDYDDAVLLD Sbjct 121 SPAQKYLQAYYTAPFTSDQDSMRFDDAGDGSAWSAANARFNGYFREIVTRFDYDDAVLLD 180 Query 222 TRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVP 281 TRGNIVY+LSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQL VP Sbjct 181 TRGNIVYSLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLDVP 240 Query 282 TAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSD 341 TAWLVAPV+A G+TQGV+ALPLPI KIN+IMTA++QWQ+AGMG GTETYLAGPDSLMRSD Sbjct 241 TAWLVAPVQADGRTQGVIALPLPIAKINRIMTANQQWQSAGMGRGTETYLAGPDSLMRSD 300 Query 342 SRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTD 401 SRLF++DP+EYR+Q VAAGT LDVVNRAIQ GGTTLLQPVA+ GLRAAQRGQTGT+T+TD Sbjct 301 SRLFVEDPDEYRRQSVAAGTPLDVVNRAIQLGGTTLLQPVASAGLRAAQRGQTGTITATD 360 Query 402 YTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASM 461 YT ++ELEAYAPL+VP+SDLHWSILATR++SEAFAAVA+FSRALVLVTV II+ ICVASM Sbjct 361 YTDNKELEAYAPLDVPNSDLHWSILATRDNSEAFAAVAAFSRALVLVTVAIILGICVASM 420 Query 462 LIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNE 521 LIA AMVRP+RRLE GTQKISAGDY+V IPV +RDEIGDLTAAFNEMSRNL+ KE LLNE Sbjct 421 LIAQAMVRPVRRLEAGTQKISAGDYDVTIPVTTRDEIGDLTAAFNEMSRNLEIKEGLLNE 480 Query 522 QRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKI 581 QR+ENDRLLLSMMPEPVV+RYR GE+TIAQEHQDV V+FADILG+D+IS LSGNELV I Sbjct 481 QRRENDRLLLSMMPEPVVQRYREGEKTIAQEHQDVAVIFADILGLDDISRDLSGNELVGI 540 Query 582 VDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNC 641 VD+L RQFDSAAE LGVERIRTLHNGYLA CGVTTPRLDN+ RT+DFALEMRRI+DRFN Sbjct 541 VDDLFRQFDSAAESLGVERIRTLHNGYLASCGVTTPRLDNVARTIDFALEMRRIIDRFNR 600 Query 642 QTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEA 701 QTG++L LR GINTG+VISGLVGRSSVVYDMWGAAVSLAYQ HSGSPQPGIYVTS VYEA Sbjct 601 QTGHELRLRAGINTGNVISGLVGRSSVVYDMWGAAVSLAYQTHSGSPQPGIYVTSPVYEA 660 Query 702 MRDVWQFTAAGTISVGGLEEPIYRLSERS 730 MRDV QFT AGTISVGG+++PIYRLSERS Sbjct 661 MRDVRQFTPAGTISVGGVDQPIYRLSERS 689 >gi|183983737|ref|YP_001852028.1| adenylate or guanylate cyclase [Mycobacterium marinum M] gi|183177063|gb|ACC42173.1| adenylate or guanylate cyclase [Mycobacterium marinum M] Length=719 Score = 1179 bits (3049), Expect = 0.0, Method: Compositional matrix adjust. Identities = 583/717 (82%), Positives = 645/717 (90%), Gaps = 0/717 (0%) Query 14 ESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYE 73 E PA K RRRPRFR SIQSKLMVLLLL+SIVSVAAI A+ + +GR+SL AAAY Sbjct 3 EGAPAHDGAKGTRRRRPRFRVSIQSKLMVLLLLSSIVSVAAIVAVGFHTGRSSLSAAAYG 62 Query 74 RLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAI 133 RLTQLRESQ RAVETLFSDLTNSLVIY RGLTV+DAV +FTAGFDQLADATISPAQQ+++ Sbjct 63 RLTQLRESQLRAVETLFSDLTNSLVIYARGLTVIDAVAQFTAGFDQLADATISPAQQESL 122 Query 134 VNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSA 193 VNYYN++ I PVE TG KLD+ ALLPTSPAQ+YLQAYYTAPFTSDQD+MRLDDAGDGSA Sbjct 123 VNYYNDQLIKPVEHLTGTKLDLEALLPTSPAQKYLQAYYTAPFTSDQDSMRLDDAGDGSA 182 Query 194 WSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDA 253 WSAANA+FN YFREIVTRFDYDDAVLLDTRGNIVY+LSKDPDLGTNILTGPYRESNLRDA Sbjct 183 WSAANAEFNGYFREIVTRFDYDDAVLLDTRGNIVYSLSKDPDLGTNILTGPYRESNLRDA 242 Query 254 YLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMT 313 YL+ALGANAVDFTWITDF+PYQPQL TAWLV+PV GG+T+GVLALPLPI KINK+MT Sbjct 243 YLRALGANAVDFTWITDFEPYQPQLDAATAWLVSPVLQGGRTEGVLALPLPIAKINKMMT 302 Query 314 ADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFG 373 AD+ WQAAGMG+GTETYLAGPD+LMRSDSRLFLQDPEEYR+Q VAAGTS +VVNRAIQ G Sbjct 303 ADKNWQAAGMGTGTETYLAGPDNLMRSDSRLFLQDPEEYRRQAVAAGTSPEVVNRAIQLG 362 Query 374 GTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSE 433 T LLQPVAT GLR AQRGQTGTV++ DYTG+RELEA+APLN+P+SDLHWSILAT +DS Sbjct 363 STVLLQPVATAGLREAQRGQTGTVSAVDYTGNRELEAFAPLNIPNSDLHWSILATNDDSA 422 Query 434 AFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVK 493 AFAA A+FS+ALVLVTV +IV+ICV SMLIA MVRPIRRLE GT+KIS GDY+V IPVK Sbjct 423 AFAAAAAFSKALVLVTVAMIVIICVFSMLIAQLMVRPIRRLEAGTEKISGGDYDVAIPVK 482 Query 494 SRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEH 553 SRDEIGDLTAAFNEMSR+L KE+LLNEQR+ENDRLLLSMMPEPVV+RYR GEQTIAQEH Sbjct 483 SRDEIGDLTAAFNEMSRSLNIKEDLLNEQRRENDRLLLSMMPEPVVQRYREGEQTIAQEH 542 Query 554 QDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCG 613 QDVTV+FADILG+DE+S LSGNEL+ IVD+L RQFDSAAE LGVERIRTLHNGYLA CG Sbjct 543 QDVTVIFADILGLDEVSRSLSGNELIAIVDDLFRQFDSAAESLGVERIRTLHNGYLASCG 602 Query 614 VTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMW 673 VTTPRLDN+ RTV FALEM+RI++RFN Q+G+ L LR GINTG+VISGLVGR+SVVYDMW Sbjct 603 VTTPRLDNVARTVAFALEMQRIIERFNHQSGHQLRLRAGINTGNVISGLVGRTSVVYDMW 662 Query 674 GAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 730 GAAVS AYQMHSGSPQPGIYVTSQVYEAMRD QF AGTI+VGG E+ IYR+SE+S Sbjct 663 GAAVSTAYQMHSGSPQPGIYVTSQVYEAMRDERQFAPAGTIAVGGAEQQIYRMSEQS 719 >gi|296170504|ref|ZP_06852091.1| adenylate and guanylate cyclase catalytic domain protein [Mycobacterium parascrofulaceum ATCC BAA-614] gi|295894856|gb|EFG74578.1| adenylate and guanylate cyclase catalytic domain protein [Mycobacterium parascrofulaceum ATCC BAA-614] Length=744 Score = 1004 bits (2595), Expect = 0.0, Method: Compositional matrix adjust. Identities = 492/730 (68%), Positives = 601/730 (83%), Gaps = 1/730 (0%) Query 2 TSGEALDSVAESESTP-AKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 T+ E E+ + P + R RRR FR +QSKL++ LLL SI+S+ I I Sbjct 15 TAPERAQPTTETTAAPEGEARAIQKPRRRRVFRIGLQSKLLLTLLLCSILSIGVIGFIGA 74 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 SGRT+LR ERLT+LRESQ R V+ LF ++TNSL++Y G ++V+A FT GF QL Sbjct 75 SSGRTALRQVESERLTELRESQARQVQALFKEVTNSLIVYSGGFSIVEATTAFTDGFAQL 134 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 ++ATI+PAQQQA+VNYY+N I P++R TG++LD A+ P+S AQ+YLQAYYTAP +S Sbjct 135 SNATITPAQQQALVNYYDNNMIKPIKRITGEELDRNAIFPSSNAQKYLQAYYTAPNSSTA 194 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 +A ++DDAGDGSAWSAA+A++ Y R+IVTRF+Y DA+LLD +GN++++++K PDLGTNI Sbjct 195 EARKVDDAGDGSAWSAASARYGFYLRDIVTRFEYPDALLLDMQGNVIFSVNKGPDLGTNI 254 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 LTGPYRESNLRDAY KAL +N ++F WITDF+PYQPQL VPTAW+V+PV GK GV+A Sbjct 255 LTGPYRESNLRDAYQKALRSNDLNFVWITDFQPYQPQLDVPTAWVVSPVGMNGKFNGVMA 314 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LPLPI KINKIMTAD+ W+AAGMG TETYLAGPD+LMRSDSRLFL+DP EYR++ VAAG Sbjct 315 LPLPISKINKIMTADKHWEAAGMGPATETYLAGPDNLMRSDSRLFLEDPAEYRREAVAAG 374 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 T +VV AI+ GGTTL+QPVAT GLRAA RGQTG +++TDY G+RELEAYAPL VP+SD Sbjct 375 TPPEVVEEAIRLGGTTLVQPVATAGLRAAHRGQTGVLSATDYLGNRELEAYAPLTVPNSD 434 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 L+WSILATR++S+AFA + FSR LVL +I ICVASM++A M+RPIRRL+ GTQK Sbjct 435 LNWSILATRDNSDAFARLGRFSRTLVLAVAIMIFAICVASMVLAQLMLRPIRRLQAGTQK 494 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 IS+GDYEVNIPVK+RDEIG+LTAAFNEMSRNL KEELLNEQR+ENDRLLL++MPE VV+ Sbjct 495 ISSGDYEVNIPVKTRDEIGELTAAFNEMSRNLAIKEELLNEQRRENDRLLLALMPESVVQ 554 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYR G++TIAQEHQDV ++FA+I+G+DE+S+ LSG+ELV IVDEL RQFDSAAE LGVER Sbjct 555 RYREGQETIAQEHQDVAIIFAEIVGLDEVSADLSGDELVGIVDELFRQFDSAAESLGVER 614 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRT HNGYLA CGV TPRLD+I R+VDFA+EMR I++RFN TG++L LRVGI+TG+VIS Sbjct 615 IRTFHNGYLASCGVVTPRLDSIHRSVDFAMEMRHIIERFNSSTGHELRLRVGISTGNVIS 674 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRS +VYDMWGAAVSLAYQM SGS Q GIYVTSQVY+AMRDV QF AGTISVGG + Sbjct 675 GLVGRSGLVYDMWGAAVSLAYQMQSGSSQSGIYVTSQVYDAMRDVRQFAPAGTISVGGTD 734 Query 721 EPIYRLSERS 730 + IYRLSERS Sbjct 735 QAIYRLSERS 744 >gi|118464838|ref|YP_880971.1| adenylate and guanylate cyclase catalytic domain-containing protein [Mycobacterium avium 104] gi|254774561|ref|ZP_05216077.1| adenylate and guanylate cyclase catalytic domain-containing protein [Mycobacterium avium subsp. avium ATCC 25291] gi|118166125|gb|ABK67022.1| adenylate and Guanylate cyclase catalytic domain protein [Mycobacterium avium 104] Length=731 Score = 997 bits (2577), Expect = 0.0, Method: Compositional matrix adjust. Identities = 469/701 (67%), Positives = 575/701 (83%), Gaps = 0/701 (0%) Query 29 RPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVET 88 R RFR IQSK+++ +LL+SI+ VA I I SGR +LR ERL +LRE QKRAV+ Sbjct 31 RSRFRFGIQSKILITMLLSSILGVAVIGLIGAVSGRNALRQVESERLIELREGQKRAVQA 90 Query 89 LFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERT 148 LF ++TNSL+++ G T+ +A T GF QLA+ATI+PAQQQ +VNYY+N+ + P++ Sbjct 91 LFREVTNSLIVWSGGFTINEATAALTTGFAQLANATITPAQQQQLVNYYDNQMLKPIKHA 150 Query 149 TGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREI 208 TGD +DI A+LP S AQ+Y+QAYYTA D++ + DAGDGSAWSAANA+F+ Y R+I Sbjct 151 TGDSIDINAVLPNSNAQKYVQAYYTAAPRPTPDSLPVQDAGDGSAWSAANARFDFYVRDI 210 Query 209 VTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWI 268 TRFDY DA+LLDT+GN+VY++ K PDLGTNILTGPYRES LR+AY KAL +N VDF WI Sbjct 211 ATRFDYRDALLLDTQGNVVYSVMKGPDLGTNILTGPYRESKLREAYQKALASNDVDFVWI 270 Query 269 TDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTE 328 TDF+PYQPQL PTAW+V+PV G+ +GV+ALP+P KINKIMTA W+AAGMG TE Sbjct 271 TDFQPYQPQLDAPTAWVVSPVGMNGRIEGVMALPVPAAKINKIMTAGGHWEAAGMGPATE 330 Query 329 TYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRA 388 TYLAGPD LMRSDSR+F++DP++YR+ + AGT DVV+RAI GGTTL+QPVAT GLRA Sbjct 331 TYLAGPDDLMRSDSRVFVEDPQQYRRDAIDAGTPPDVVDRAIHLGGTTLVQPVATAGLRA 390 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLV 448 AQRG+TG VT+TDY G+RELEAYAPLN+P+SDLHWSILATR++S+AFA + FS+ LV+ Sbjct 391 AQRGETGVVTATDYMGNRELEAYAPLNIPNSDLHWSILATRDNSDAFARLGRFSKNLVIA 450 Query 449 TVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEM 508 +I VICVASM +A A VRP+RRLE GT+KIS+GDY++NIPV++RDEIGDLTAAFNEM Sbjct 451 VTAMIFVICVASMFVAQAAVRPVRRLEEGTRKISSGDYDINIPVRARDEIGDLTAAFNEM 510 Query 509 SRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDE 568 SRNL KEELLNEQR+ENDRLLL++MPE V++RYR GE+TIAQ+HQDV +++ADI+G+DE Sbjct 511 SRNLAIKEELLNEQRRENDRLLLALMPESVLQRYREGEETIAQKHQDVAIIYADIVGLDE 570 Query 569 ISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDF 628 + + + +LV VDEL RQFDSAAE LGVERIRT HNGYLA CGV TPRLD+I R VDF Sbjct 571 LFTEMPEAQLVGTVDELFRQFDSAAETLGVERIRTFHNGYLASCGVVTPRLDSIHRAVDF 630 Query 629 ALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSP 688 ALE+ RI+DRFN QTG+ L LR+G+NTG+V+SGLVGRS +VYDMWG AVSLAYQMHSGSP Sbjct 631 ALEIGRIIDRFNSQTGHQLGLRIGVNTGNVVSGLVGRSGLVYDMWGGAVSLAYQMHSGSP 690 Query 689 QPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 QPGIYV+SQVYEAMRDV QF AGTISVGG ++ IYRL ER Sbjct 691 QPGIYVSSQVYEAMRDVRQFAPAGTISVGGTDQAIYRLLER 731 >gi|336458214|gb|EGO37195.1| family 3 adenylate cyclase [Mycobacterium avium subsp. paratuberculosis S397] Length=731 Score = 993 bits (2567), Expect = 0.0, Method: Compositional matrix adjust. Identities = 468/701 (67%), Positives = 574/701 (82%), Gaps = 0/701 (0%) Query 29 RPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVET 88 R RFR IQSK+++ +LL+SI+ VA I I SGR +LR ERL +LRE QKRAV+ Sbjct 31 RSRFRFGIQSKILITMLLSSILGVAVIGLIGAVSGRNALRQVESERLIELREGQKRAVQA 90 Query 89 LFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERT 148 LF ++TNSL+++ G T+ +A TAGF +LA+ATI+PAQQQ +VNYY+N+ + P++ Sbjct 91 LFREVTNSLIVWSGGFTINEATAALTAGFARLANATITPAQQQQLVNYYDNQMLKPIKHA 150 Query 149 TGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREI 208 TGD +DI A+LP S AQ+Y+QAYYTA D++ + DAGDGSAWSAANA+F+ Y R+I Sbjct 151 TGDSIDINAVLPNSNAQKYVQAYYTAAPRPTPDSLPVQDAGDGSAWSAANARFDFYVRDI 210 Query 209 VTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWI 268 TRFDY DA+LLDT+GN+VY++ K PDLGTNILTGPYRES LR+AY KAL +N VDF WI Sbjct 211 ATRFDYRDALLLDTQGNVVYSVMKGPDLGTNILTGPYRESKLREAYQKALASNDVDFVWI 270 Query 269 TDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTE 328 TDF+PYQPQL PTAW+V+PV G+ +GV+ALP+P KINKIMTA W+AAGMG TE Sbjct 271 TDFQPYQPQLDAPTAWVVSPVGMNGRVEGVMALPVPAAKINKIMTAGGHWEAAGMGPATE 330 Query 329 TYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRA 388 TYLAGPD LMRSDSR+F++DP++YR+ + AGT DVV+RAI GGTTL+QPVAT GLRA Sbjct 331 TYLAGPDDLMRSDSRVFVEDPQQYRRDAIDAGTPPDVVDRAIHLGGTTLVQPVATAGLRA 390 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLV 448 AQRG+TG VT+TDY G+RELEAYAPLN+P+SDLHWSILATR++S+AFA + FS+ LV+ Sbjct 391 AQRGETGVVTATDYMGNRELEAYAPLNIPNSDLHWSILATRDNSDAFARLGRFSKNLVIA 450 Query 449 TVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEM 508 +I VICVASM +A A VRP+RRLE GT+KIS+GDY++NIPV++RDEIGDLTAAFNEM Sbjct 451 VTAMIFVICVASMFVAQAAVRPVRRLEEGTRKISSGDYDINIPVRARDEIGDLTAAFNEM 510 Query 509 SRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDE 568 SRNL KEELLNEQR+ENDRLLL++MPE V++RYR GE+ IAQ+HQDV +++ADI+G+DE Sbjct 511 SRNLAIKEELLNEQRRENDRLLLALMPESVLQRYREGEEAIAQKHQDVAIIYADIVGLDE 570 Query 569 ISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDF 628 + + + +LV VDEL RQFDSAAE LGVERIRT HNGYLA CGV TPRLD+I R VDF Sbjct 571 LFTEMPEAQLVGTVDELFRQFDSAAETLGVERIRTFHNGYLASCGVVTPRLDSIHRAVDF 630 Query 629 ALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSP 688 ALE+ RI+DRFN QTG+ L LRVG+NTG+V+SGLVGRS +VYDMWG AVSLAYQMHSGSP Sbjct 631 ALEIGRIIDRFNSQTGHQLGLRVGVNTGNVVSGLVGRSGLVYDMWGGAVSLAYQMHSGSP 690 Query 689 QPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 QPG YV+SQVYEAMRDV QF AGTISVGG ++ IYRL ER Sbjct 691 QPGNYVSSQVYEAMRDVRQFAPAGTISVGGTDQAIYRLLER 731 >gi|41408348|ref|NP_961184.1| hypothetical protein MAP2250c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41396704|gb|AAS04567.1| hypothetical protein MAP_2250c [Mycobacterium avium subsp. paratuberculosis K-10] Length=731 Score = 993 bits (2566), Expect = 0.0, Method: Compositional matrix adjust. Identities = 468/701 (67%), Positives = 574/701 (82%), Gaps = 0/701 (0%) Query 29 RPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVET 88 R RFR IQSK+++ +LL+SI+ VA I I SGR +LR ERL +LRE QKRAV+ Sbjct 31 RSRFRFGIQSKILITMLLSSILGVAVIGLIGAVSGRNALRQVESERLIELREGQKRAVQA 90 Query 89 LFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERT 148 LF ++TNSL+++ G T+ +A TAGF +LA+ATI+PAQQQ +VNYY+N+ + P++ Sbjct 91 LFREVTNSLIVWSGGFTINEATAALTAGFARLANATITPAQQQQLVNYYDNQMLKPIKHA 150 Query 149 TGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREI 208 TGD +DI A+LP S AQ+Y+QAYYTA D++ + DAGDGSAWSAAN +F+ Y R+I Sbjct 151 TGDSIDINAVLPNSNAQKYVQAYYTAAPRPTPDSLPVQDAGDGSAWSAANVRFDFYVRDI 210 Query 209 VTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWI 268 TRFDY DA+LLDT+GN+VY++ K PDLGTNILTGPYRES LR+AY KAL +N VDF WI Sbjct 211 ATRFDYRDALLLDTQGNVVYSVMKGPDLGTNILTGPYRESKLREAYQKALASNDVDFVWI 270 Query 269 TDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTE 328 TDF+PYQPQL PTAW+V+PV G+ +GV+ALP+P KINKIMTA W+AAGMG TE Sbjct 271 TDFQPYQPQLDAPTAWVVSPVGMNGRIEGVMALPVPAAKINKIMTAGGHWEAAGMGPATE 330 Query 329 TYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRA 388 TYLAGPD LMRSDSR+F++DP++YR+ + AGT DVV+RAI GGTTL+QPVAT GLRA Sbjct 331 TYLAGPDDLMRSDSRVFVEDPQQYRRDAIDAGTPPDVVDRAIHLGGTTLVQPVATAGLRA 390 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLV 448 AQRG+TG VT+TDY G+RELEAYAPLN+P+SDLHWSILATR++S+AFA + FS+ LV+ Sbjct 391 AQRGETGVVTATDYMGNRELEAYAPLNIPNSDLHWSILATRDNSDAFARLGRFSKNLVIA 450 Query 449 TVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEM 508 +I VICVASM +A A VRP+RRLE GT+KIS+GDY++NIPV++RDEIGDLTAAFNEM Sbjct 451 VTAMIFVICVASMFVAQAAVRPVRRLEEGTRKISSGDYDINIPVRARDEIGDLTAAFNEM 510 Query 509 SRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDE 568 SRNL KEELLNEQR+ENDRLLL++MPE V++RYR GE+TIAQ+HQDV +++ADI+G+DE Sbjct 511 SRNLAIKEELLNEQRRENDRLLLALMPESVLQRYREGEETIAQKHQDVAIIYADIVGLDE 570 Query 569 ISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDF 628 + + + +LV VDEL RQFDSAAE LGVERIRT HNGYLA CGV TPRLD+I R VDF Sbjct 571 LFTEMPEAQLVGTVDELFRQFDSAAETLGVERIRTFHNGYLASCGVVTPRLDSIHRAVDF 630 Query 629 ALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSP 688 ALE+ RI+DRFN QTG+ L LRVG+NTG+V+SGLVGRS +VYDMWG AVSLAYQMHSGSP Sbjct 631 ALEIGRIIDRFNSQTGHQLGLRVGVNTGNVVSGLVGRSGLVYDMWGGAVSLAYQMHSGSP 690 Query 689 QPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 QPG YV+SQVYEAMRDV QF AGTISVGG ++ IYRL ER Sbjct 691 QPGNYVSSQVYEAMRDVRQFAPAGTISVGGTDQAIYRLLER 731 >gi|254819843|ref|ZP_05224844.1| adenylate and guanylate cyclase catalytic domain-containing protein [Mycobacterium intracellulare ATCC 13950] Length=729 Score = 976 bits (2523), Expect = 0.0, Method: Compositional matrix adjust. Identities = 461/729 (64%), Positives = 583/729 (80%), Gaps = 0/729 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 +T+ E D+ E PA + + R RFR IQSK+++ +LL+SI+ VA I I Sbjct 1 MTTSELTDAAPRIEPGPAHQPVTRTRQPRSRFRFGIQSKILITMLLSSILGVAVIGLIGA 60 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 SGRT+LR ERL ++RESQKRAV+ LF +LT+SL++ G + +A + F QL Sbjct 61 VSGRTALREVESERLIEMRESQKRAVQALFRELTSSLIVQSGGFGINEATANLSTAFAQL 120 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 A+A I+PA++Q +VNYY N+ I P++R TG+ +D+ A+LP+S AQ+YLQA+YTA Sbjct 121 ANANITPAEEQTLVNYYENDMIKPIKRITGNAIDLKAVLPSSNAQKYLQAHYTAAPRPTA 180 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 D+ +DAGDGSAWSAANA+F+ + R IVTRFDY DA+LLD +GN+VY++ K PDLGTNI Sbjct 181 DSPPAEDAGDGSAWSAANARFDFFLRGIVTRFDYRDALLLDMQGNVVYSVMKGPDLGTNI 240 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 LTGPYR SNLR AY KA+ +N VDF WITDF+ YQPQL PTAW+V+PV GK +GV+A Sbjct 241 LTGPYRGSNLRGAYQKAVASNDVDFVWITDFQQYQPQLDTPTAWVVSPVGMNGKFEGVMA 300 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LP+PI KIN IMTA++ W+ AGMG TETYLAGPD LMRSDSR+F++DP++YR + + AG Sbjct 301 LPVPIGKINTIMTANKHWEDAGMGPATETYLAGPDDLMRSDSRVFIEDPKQYRHEAIEAG 360 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 T DVV+RA++ GGTTL+QPV T GLRAAQRG+TG +++TDYTG+RELEAYAPL++P+SD Sbjct 361 TPPDVVDRALRLGGTTLVQPVPTAGLRAAQRGETGVMSATDYTGNRELEAYAPLDIPNSD 420 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 LHWSILATR++S+AFA + FS+ LV+ +I ICVASM +A A VRP+RRLE GT+K Sbjct 421 LHWSILATRDNSDAFARLGRFSKNLVIAVTAMIFAICVASMFVAQAAVRPVRRLEEGTRK 480 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 IS+GDY++NIPV++RDEIGDLTAAFNEMSRNL KEELLNEQR+ENDRL+L++MPE V++ Sbjct 481 ISSGDYDINIPVRTRDEIGDLTAAFNEMSRNLAIKEELLNEQRRENDRLMLALMPESVLQ 540 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYR GE+TIAQ+HQDV +++ADI+G+DE+ + + +ELV VDEL RQFDSAAE LGVER Sbjct 541 RYREGEETIAQKHQDVAIIYADIVGLDEMFTEMPEDELVGTVDELFRQFDSAAESLGVER 600 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRT HNGYLA CGV TPRLD+I R VDFALE+ RI+DRFN Q+ + L LRVG+NTG+V+S Sbjct 601 IRTFHNGYLASCGVVTPRLDSIHRAVDFALEIGRIIDRFNSQSRHQLGLRVGVNTGNVVS 660 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRS +VYDMWG AVSLAYQMHSG+PQ GIYV+SQVYEAMRDV QFTAAGTISVGG + Sbjct 661 GLVGRSGLVYDMWGGAVSLAYQMHSGAPQAGIYVSSQVYEAMRDVRQFTAAGTISVGGTD 720 Query 721 EPIYRLSER 729 + IYRL ER Sbjct 721 QAIYRLLER 729 >gi|240170840|ref|ZP_04749499.1| adenylate or guanylate cyclase [Mycobacterium kansasii ATCC 12478] Length=697 Score = 974 bits (2519), Expect = 0.0, Method: Compositional matrix adjust. Identities = 458/694 (66%), Positives = 563/694 (82%), Gaps = 0/694 (0%) Query 36 IQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTN 95 IQSKL+V LLL SI+SVA + Y +GR +L+ A ERL +LRES KR +E LF + TN Sbjct 3 IQSKLLVTLLLCSIMSVAVVGLTGYVTGRNALQQVATERLLELRESHKRQLEGLFGEFTN 62 Query 96 SLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLDI 155 SL +Y G + V A+ FT GF+QL++ATISPAQQ++IVNYY+N + P+ + TGD +DI Sbjct 63 SLEVYSSGFSAVQAIEAFTDGFNQLSNATISPAQQESIVNYYSNAVVKPISQLTGDDVDI 122 Query 156 TALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYD 215 ALLPTS +Q+YLQA YT S +++ DAGDGS WSAANA++N +FR IVTRFDY Sbjct 123 NALLPTSNSQKYLQANYTPQCASATESVSCSDAGDGSTWSAANARYNDFFRGIVTRFDYR 182 Query 216 DAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQ 275 DA+LLD GN+VYT+SK PDLGTNI TGPYRE+ LRDAY KAL +N V+F WITDF+ YQ Sbjct 183 DALLLDLHGNVVYTVSKGPDLGTNIFTGPYRETVLRDAYRKALRSNNVNFVWITDFQQYQ 242 Query 276 PQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPD 335 PQL PTAW+V+P+ GK +GV+ALPLPI KIN IM A + W+A GMG TETYL GPD Sbjct 243 PQLDAPTAWVVSPIGMAGKIEGVMALPLPISKINDIMNAHKHWEAVGMGRSTETYLVGPD 302 Query 336 SLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTG 395 +LMRSDSRLFLQD ++Y+++ +A GT DVV+ AI+ G T L+QPV + G+R A+RGQTG Sbjct 303 NLMRSDSRLFLQDRDKYQREAIAGGTPRDVVDSAIRLGTTVLVQPVPSAGVRYAERGQTG 362 Query 396 TVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVV 455 TDY G+REL+AYAP++VP+SDLHWSILATR+D +A+ +++F + LVL GI + Sbjct 363 VTKDTDYLGNRELQAYAPVDVPNSDLHWSILATRDDWDAYQRLSTFGKTLVLAVAGITLA 422 Query 456 ICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTK 515 ICV SML+A +VRPIRRLE GT++ISAGDYEV +PV+SRDE+GDLTAAFNEMSRNL+ K Sbjct 423 ICVVSMLLAKLLVRPIRRLEAGTERISAGDYEVTVPVRSRDELGDLTAAFNEMSRNLKIK 482 Query 516 EELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSG 575 EELLNEQRKENDRLLLS+MP PVV+RYR G QT+AQEHQDV V+FAD++G+D++S LSG Sbjct 483 EELLNEQRKENDRLLLSLMPAPVVQRYREGVQTVAQEHQDVAVIFADMVGLDDMSDDLSG 542 Query 576 NELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRI 635 +ELV +V+EL RQFDSAAE LGVERIRT HNGYLA CG TTPRLDNI R+VDFA+E++RI Sbjct 543 DELVAVVNELFRQFDSAAEALGVERIRTFHNGYLASCGATTPRLDNIHRSVDFAIEIQRI 602 Query 636 VDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVT 695 +DRFN ++ + L LRVG+NTG VISGLVGR+S+ YDMWGAAVSLAYQMHSGSPQPGIYVT Sbjct 603 IDRFNSRSRHKLRLRVGVNTGKVISGLVGRASLAYDMWGAAVSLAYQMHSGSPQPGIYVT 662 Query 696 SQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 SQVYEAMRD+W+F AGTISVGG E+ I+RL ER Sbjct 663 SQVYEAMRDIWKFVPAGTISVGGSEQQIWRLVER 696 >gi|342857830|ref|ZP_08714486.1| adenylate and guanylate cyclase catalytic domain-containing protein [Mycobacterium colombiense CECT 3035] gi|342135163|gb|EGT88329.1| adenylate and guanylate cyclase catalytic domain-containing protein [Mycobacterium colombiense CECT 3035] Length=730 Score = 974 bits (2517), Expect = 0.0, Method: Compositional matrix adjust. Identities = 464/730 (64%), Positives = 582/730 (80%), Gaps = 1/730 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRR-PRFRASIQSKLMVLLLLTSIVSVAAIAAIV 59 +T+ E D+ + PA+ K +R RFR IQSK+++ +LL+SI+ VA I AI Sbjct 1 MTTSELTDAEPHIDPEPAQPAAKRPRQRALARFRFGIQSKILITMLLSSILGVAVIGAIG 60 Query 60 YQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQ 119 SGR +LR ERL ++RESQKRAV+ LF +++NSL+ + G + A TA F Q Sbjct 61 AASGRNALRQVESERLIEMRESQKRAVQALFREVSNSLITWSGGFGINQATTALTADFAQ 120 Query 120 LADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSD 179 L +A ISPAQQQ++V+YY+N+ I P++R TGD +DI A+LP+S AQ+Y+QAYYTA Sbjct 121 LNNAQISPAQQQSLVDYYDNDMIKPIKRITGDTIDIRAVLPSSNAQKYIQAYYTAAPRPG 180 Query 180 QDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTN 239 DA+ DAGDGSAWSAANA+F+ Y R IVTRFDY DA+LLD +GN+VY++ K PDLGTN Sbjct 181 PDALPAQDAGDGSAWSAANARFDFYMRGIVTRFDYRDALLLDMQGNVVYSVLKGPDLGTN 240 Query 240 ILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVL 299 ILTGPYRES LR+AY KAL +N +DF WITDF+ YQP L PTAW+V+P+ GK +GV+ Sbjct 241 ILTGPYRESKLREAYQKALASNDLDFVWITDFQQYQPALDTPTAWVVSPIGMNGKFEGVM 300 Query 300 ALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAA 359 ALP+P+ KINKIMTAD+ W+AAGMG TETYLAGPD LMRSDSR F++DP+ YR+ + A Sbjct 301 ALPVPVAKINKIMTADKHWEAAGMGPATETYLAGPDDLMRSDSRDFIEDPKGYRRSAIDA 360 Query 360 GTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDS 419 GT DVV+RAI+ G TTL+QPV T GLRAA+RG+TG +++TDY G+RELEAY+PL++P+S Sbjct 361 GTPPDVVDRAIRLGTTTLVQPVDTAGLRAAKRGETGVISATDYLGNRELEAYSPLSIPNS 420 Query 420 DLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQ 479 DLHWSILATR++S+AFA + FS+ LV+ +I ICVAS+ +A A VRP+RRLE GT+ Sbjct 421 DLHWSILATRDNSDAFARLGRFSKTLVIAVAAMIFAICVASLFVAQAAVRPVRRLEEGTR 480 Query 480 KISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVV 539 KIS+GDYE+NIPV+ RDEIGDLTAAFNEMSRNL KEELLNEQR+ENDRLLL++MPE V+ Sbjct 481 KISSGDYEINIPVRHRDEIGDLTAAFNEMSRNLAIKEELLNEQRRENDRLLLALMPESVL 540 Query 540 ERYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVE 599 +RYR GE+TIAQ+HQDV +++ADI+G+DE S+ + +ELV VD+L RQFDSAAE LGVE Sbjct 541 QRYREGEETIAQKHQDVAIIYADIVGLDEFSNDVPEDELVATVDDLFRQFDSAAEALGVE 600 Query 600 RIRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVI 659 RIRT HNGYLA CGV TPRLD+I R VDFALE+ RI+DRFN Q + L LRVG+NTG+V+ Sbjct 601 RIRTFHNGYLASCGVVTPRLDSIHRAVDFALEIGRIIDRFNRQAAHQLGLRVGVNTGNVV 660 Query 660 SGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGL 719 SGLVGRSS+VYDMWG AVSLAYQMHSGSPQPG+YV+SQVYEAMRDV QF AG+ISVGG+ Sbjct 661 SGLVGRSSLVYDMWGGAVSLAYQMHSGSPQPGVYVSSQVYEAMRDVRQFAPAGSISVGGV 720 Query 720 EEPIYRLSER 729 ++ IYRL ER Sbjct 721 DQAIYRLLER 730 >gi|254820709|ref|ZP_05225710.1| hypothetical protein MintA_12321 [Mycobacterium intracellulare ATCC 13950] Length=727 Score = 951 bits (2457), Expect = 0.0, Method: Compositional matrix adjust. Identities = 461/728 (64%), Positives = 571/728 (79%), Gaps = 5/728 (0%) Query 3 SGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQS 62 +G + + V E PA+ + LR RF SIQSK+M++LL+ S+ S+ I + Y + Sbjct 2 AGRSTEPVPPDEQNPARTTWRR-LRALSRF--SIQSKVMLMLLVASLASLGVIGTVEYVA 58 Query 63 GRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLAD 122 R +L AA ER+TQ+R +QKRA+ETLFSDL++SLV+Y G T +DAV FTAGFDQLA+ Sbjct 59 ARNALLPAASERMTQMRAAQKRAIETLFSDLSDSLVVYSHGTTALDAVREFTAGFDQLAN 118 Query 123 ATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYT--APFTSDQ 180 A + P QQ+A+V++Y + I P+ER TG KL + A+LP++ AQ+YLQA+YT A +S+Q Sbjct 119 APVDPGQQRALVDFYTKKLIEPIERDTGKKLALDAVLPSNNAQKYLQAHYTVAANRSSNQ 178 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 DDAGDGSAWSAANA+FN YFREI TRF+Y DA+LLDTRGN+VY++ K LGTN+ Sbjct 179 TGSTPDDAGDGSAWSAANARFNDYFREIATRFEYRDALLLDTRGNVVYSVKKSASLGTNV 238 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 TGPYR+SNLRDAY KA+ AN+VDF WITDF PYQ QLG P AWL AP+ G GVLA Sbjct 239 RTGPYRQSNLRDAYEKAMAANSVDFVWITDFAPYQAQLGQPIAWLTAPIGPPGNAAGVLA 298 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 LPLPI K+N+IMTAD+QW+AAGMG ETYLAGPD LMRSDSRLFL+DP+ Y++ VAAG Sbjct 299 LPLPIAKVNRIMTADKQWKAAGMGDTAETYLAGPDHLMRSDSRLFLEDPQRYKRDAVAAG 358 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 T V+ AI++GGTTL+QPVAT +RAA RG++GT+T T Y G REL AYAPL+VP+SD Sbjct 359 TRPAAVDTAIRWGGTTLVQPVATAAVRAADRGESGTLTDTSYLGRRELAAYAPLSVPNSD 418 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 LHWSI+ATR +EA A V S ++ LV+ T ++ VICVA++L+A VRPIRRL+ G Q+ Sbjct 419 LHWSIVATRETAEANARVMSLTQTLVITTTAMVFVICVAALLVAQIFVRPIRRLQAGAQE 478 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 I AG+Y+V IPV S DEIG+LTAAFNEMSRNLQ KEELL EQRKENDRLL S+MPEPV Sbjct 479 IGAGNYDVAIPVTSHDEIGELTAAFNEMSRNLQIKEELLGEQRKENDRLLGSLMPEPVAR 538 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYR GE TIAQEHQDVTV+FAD++G+DEIS LSG ELV IVDEL+R+ DSAAE LG+E Sbjct 539 RYREGEHTIAQEHQDVTVIFADLVGLDEISGRLSGRELVGIVDELIRELDSAAESLGIEP 598 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRTLHNGYLA CG+ PRLD++ RTV+FA+EM+ I+ RFN +TG L LR GINTG+VIS Sbjct 599 IRTLHNGYLASCGLNFPRLDSVHRTVEFAVEMKDIIARFNARTGYHLALRAGINTGNVIS 658 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRSS+VYDMWGAAV+LA+Q S + Q GIYVTS+VYE M D+ QFT AGTI+VGG+E Sbjct 659 GLVGRSSIVYDMWGAAVNLAHQTRSSTTQTGIYVTSKVYEVMHDIRQFTPAGTITVGGVE 718 Query 721 EPIYRLSE 728 + I++LSE Sbjct 719 QQIWKLSE 726 >gi|336457930|gb|EGO36921.1| family 3 adenylate cyclase [Mycobacterium avium subsp. paratuberculosis S397] Length=730 Score = 950 bits (2456), Expect = 0.0, Method: Compositional matrix adjust. Identities = 468/709 (67%), Positives = 572/709 (81%), Gaps = 7/709 (0%) Query 27 RRRPRFR-ASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRA 85 RRRP SIQSK+MV+LL++S+ S+ I + Y + R +L+ AA ER+ QLRE+QKRA Sbjct 22 RRRPGLSWISIQSKVMVMLLVSSLASLGVIGTVEYVAARNALQPAASERMVQLREAQKRA 81 Query 86 VETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPV 145 +ETLFSDL++SLV+Y RG T ++AV FTAGFDQLA+A + PAQQ+A+V++Y I PV Sbjct 82 IETLFSDLSDSLVVYSRGSTALEAVQAFTAGFDQLANAPVDPAQQRALVDFYTERLIKPV 141 Query 146 ERTTGDKLDITALLPTSPAQRYLQAYYT----APFTSDQDAMRLDDAGDGSAWSAANAQF 201 ER TG KL + A+LP AQRYLQA+YT PF A DDAGDGSAWSAANA+F Sbjct 142 ERDTGKKLALDAVLPADNAQRYLQAHYTVAAGGPFEGTGSAP--DDAGDGSAWSAANARF 199 Query 202 NSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGAN 261 N YFREI TRF+Y DA+LLDTRGN+VY++ K LGTNILTGPYR+SNLR AY KA+ AN Sbjct 200 NDYFREIATRFEYRDALLLDTRGNVVYSVRKSASLGTNILTGPYRQSNLRGAYEKAMAAN 259 Query 262 AVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAA 321 +V+F WITDF+PYQPQLG PTAWLVAP+ A G+ GVLALPLPI K+N+IMTAD+QW+AA Sbjct 260 SVNFVWITDFQPYQPQLGQPTAWLVAPIGAPGRAAGVLALPLPIAKVNRIMTADKQWRAA 319 Query 322 GMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPV 381 GMG ETYLAGPD+LMRSDSRL L+DPE Y + VAAGT + V+ AI++GGTTL+QPV Sbjct 320 GMGRTAETYLAGPDNLMRSDSRLILEDPERYARDAVAAGTPRNTVDTAIRWGGTTLVQPV 379 Query 382 ATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASF 441 AT +RAAQRG+TGTVT T Y G REL AYAPL++P+SDLHWSILATR +EA A V S Sbjct 380 ATAAVRAAQRGETGTVTDTGYLGRRELAAYAPLSLPNSDLHWSILATRETAEANARVVSL 439 Query 442 SRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDL 501 ++ LVL T ++ VICVA++L+A VRPIRRL+ G ++ISAG+Y+V IPV SRDEIG+L Sbjct 440 TQTLVLTTTAMVFVICVAALLVAQMFVRPIRRLQAGAREISAGNYDVTIPVTSRDEIGEL 499 Query 502 TAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFA 561 TAAFN+MSRNLQ K+ELL EQRKENDRLL S+MPEPV RYR GEQTIAQEHQDVTV+FA Sbjct 500 TAAFNDMSRNLQIKQELLGEQRKENDRLLASLMPEPVARRYREGEQTIAQEHQDVTVIFA 559 Query 562 DILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDN 621 DI+G+DEIS+ LSG ELV +VDELVR+ DSAAE LGVE IRTLHNGYLA CG+ PRLD+ Sbjct 560 DIVGLDEISAKLSGRELVGVVDELVREIDSAAETLGVEPIRTLHNGYLASCGLNVPRLDS 619 Query 622 IPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAY 681 + RTV+FA+E++ I+ RFN +TG L LR GINTG+V+SGLVGRSS+VYDMWGAAV+LA+ Sbjct 620 VQRTVEFAVEVQGIIARFNGRTGYHLGLRAGINTGNVVSGLVGRSSLVYDMWGAAVNLAH 679 Query 682 QMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 730 Q S + Q GIYVTS+V E MRD+ FT AGT++VGG+E+ I++LSER+ Sbjct 680 QTRSSTTQTGIYVTSKVCEVMRDIRHFTPAGTVTVGGVEQQIWQLSERT 728 >gi|342860844|ref|ZP_08717494.1| hypothetical protein MCOL_18273 [Mycobacterium colombiense CECT 3035] gi|342131868|gb|EGT85125.1| hypothetical protein MCOL_18273 [Mycobacterium colombiense CECT 3035] Length=726 Score = 949 bits (2453), Expect = 0.0, Method: Compositional matrix adjust. Identities = 449/694 (65%), Positives = 564/694 (82%), Gaps = 0/694 (0%) Query 35 SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLT 94 SIQSK+M++LL++S+ S+ I + Y + R +L AA ER+TQLR SQKRA+ETLFSDL+ Sbjct 29 SIQSKVMLMLLVSSLASLGVIGTVEYVAARNALLPAATERMTQLRASQKRAIETLFSDLS 88 Query 95 NSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLD 154 +SLV+Y RG+T +AV FT+GFDQLA+A + P QQQA+V++YN I P+ER TG+KL Sbjct 89 DSLVVYSRGMTAFEAVQAFTSGFDQLANAPVDPGQQQALVDFYNERLIKPLERDTGNKLA 148 Query 155 ITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDY 214 + A+LP++ AQ+YLQA+YT + DDAGDGSAWSAANA+FN YFREI TRF+Y Sbjct 149 LDAVLPSNNAQKYLQAHYTVAAHGSSNGSAPDDAGDGSAWSAANARFNDYFREIATRFEY 208 Query 215 DDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPY 274 DA+LLDTRGN+VYT+ K LGTN+LTGPYR+SNLR AY KA+ AN+++F WITDF+PY Sbjct 209 QDAMLLDTRGNVVYTVRKSASLGTNVLTGPYRQSNLRGAYEKAMAANSLNFVWITDFQPY 268 Query 275 QPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGP 334 QPQLG P AWLVAP+ + G+ GVLALPLPI +N+IMTAD+QW+AAGMG ETYLAGP Sbjct 269 QPQLGHPIAWLVAPIGSPGRPIGVLALPLPIATVNRIMTADQQWRAAGMGRTAETYLAGP 328 Query 335 DSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQT 394 DSLMRSDSR+FL+D E YR++ +AAG + V+ AI++GGTTL+QPVAT +RAAQRG+T Sbjct 329 DSLMRSDSRVFLEDRERYRREALAAGVRRETVDTAIKWGGTTLVQPVATAAVRAAQRGET 388 Query 395 GTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIV 454 GTVT T Y G +EL +YAPL++P+SDLHWSI+ATR SEA A VAS ++ L+L T ++ Sbjct 389 GTVTDTGYLGRKELMSYAPLSLPNSDLHWSIVATRETSEANARVASLTQTLILTTAAMVF 448 Query 455 VICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQT 514 VICVA++L+A VRPIRRL+ G ++I AG+Y+V+IPV SRDEIG+L AAFN+MSRNLQ Sbjct 449 VICVAALLVAQIFVRPIRRLQAGAREIGAGNYDVSIPVTSRDEIGELMAAFNDMSRNLQI 508 Query 515 KEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISSGLS 574 KEELL EQRKENDRLL S+MPEPV RYR GEQTI+QEHQDVTV+FADI+G+DEIS +S Sbjct 509 KEELLTEQRKENDRLLASLMPEPVARRYRDGEQTISQEHQDVTVIFADIVGLDEISGKIS 568 Query 575 GNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRR 634 G ELV IVD+L+R+ DSAAE LG+E IRTLHNGYLA CG+ PRLD++ RTV+FA+EM+ Sbjct 569 GRELVGIVDQLIRELDSAAESLGIEPIRTLHNGYLASCGLNFPRLDSVHRTVEFAVEMQD 628 Query 635 IVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYV 694 I+ RFN +TG L LR GINTG VISGLVGRSS+VYDMWGAAV+LA+Q S + Q GIYV Sbjct 629 IIARFNSKTGYHLALRAGINTGHVISGLVGRSSIVYDMWGAAVNLAHQTRSSTTQSGIYV 688 Query 695 TSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSE 728 T+QVYE M D+ +FT AGTI+VGG+E+ I++LSE Sbjct 689 TAQVYEVMHDIRRFTPAGTITVGGVEQQIWKLSE 722 >gi|254775649|ref|ZP_05217165.1| hypothetical protein MaviaA2_13405 [Mycobacterium avium subsp. avium ATCC 25291] Length=730 Score = 948 bits (2451), Expect = 0.0, Method: Compositional matrix adjust. Identities = 467/709 (66%), Positives = 571/709 (81%), Gaps = 7/709 (0%) Query 27 RRRPRFR-ASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRA 85 RRRP SIQSK+MV+LL++S+ S+ I + Y + R +L+ AA ER+ QLRE+QKRA Sbjct 22 RRRPGLSWISIQSKVMVMLLVSSLASLGVIGTVEYVAARNALQPAASERMVQLREAQKRA 81 Query 86 VETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPV 145 +ETLFSDL++SLV+Y RG T ++AV FTAGFDQLA+A + PAQQ+A+V++Y I P Sbjct 82 IETLFSDLSDSLVVYSRGSTALEAVQAFTAGFDQLANAPVDPAQQRALVDFYTERLIKPF 141 Query 146 ERTTGDKLDITALLPTSPAQRYLQAYYT----APFTSDQDAMRLDDAGDGSAWSAANAQF 201 ER TG KL + A+LP AQRYLQA+YT PF A DDAGDGSAWSAANA+F Sbjct 142 ERDTGKKLALDAVLPADNAQRYLQAHYTVAAGGPFEGTGSAP--DDAGDGSAWSAANARF 199 Query 202 NSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGAN 261 N YFREI TRF+Y DA+LLDTRGN+VY++ K LGTNILTGPYR+SNLR AY KA+ AN Sbjct 200 NDYFREIATRFEYRDALLLDTRGNVVYSVRKSASLGTNILTGPYRQSNLRGAYEKAMAAN 259 Query 262 AVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAA 321 +V+F WITDF+PYQPQLG PTAWLVAP+ A G+ GVLALPLPI K+N+IMTAD+QW+AA Sbjct 260 SVNFVWITDFQPYQPQLGQPTAWLVAPIGAPGRAAGVLALPLPIAKVNRIMTADKQWRAA 319 Query 322 GMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPV 381 GMG ETYLAGPD+LMRSDSRL L+DPE Y + VAAGT + V+ AI++GGTTL+QPV Sbjct 320 GMGRTAETYLAGPDNLMRSDSRLILEDPERYARDAVAAGTPRNTVDTAIRWGGTTLVQPV 379 Query 382 ATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASF 441 AT +RAAQRG+TGTVT T Y G REL AYAPL++P+SDLHWSILATR +EA A V S Sbjct 380 ATAAVRAAQRGETGTVTDTGYLGRRELAAYAPLSLPNSDLHWSILATRETAEANARVVSL 439 Query 442 SRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDL 501 ++ LVL T ++ VICVA++L+A VRPIRRL+ G ++ISAG+Y+V IPV SRDEIG+L Sbjct 440 TQTLVLTTTAMVFVICVAALLVAQMFVRPIRRLQAGAREISAGNYDVTIPVTSRDEIGEL 499 Query 502 TAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFA 561 TAAFN+MSRNLQ K+ELL EQ KENDRLL S+MPEPV RYR GEQTIAQEHQDVTV+FA Sbjct 500 TAAFNDMSRNLQIKQELLGEQCKENDRLLASLMPEPVARRYREGEQTIAQEHQDVTVIFA 559 Query 562 DILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDN 621 DI+G+DEIS+ LSG ELV +VDELVR+ DSAAE LGVE IRTLHNGYLA CG+ PRLD+ Sbjct 560 DIVGLDEISAKLSGRELVGVVDELVREIDSAAETLGVEPIRTLHNGYLASCGLNVPRLDS 619 Query 622 IPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAY 681 + RTV+FA+E++ I+ RFN +TG L LR GINTG+V+SGLVGRSS+VYDMWGAAV+LA+ Sbjct 620 VQRTVEFAVEVQGIIARFNGRTGYHLGLRAGINTGNVVSGLVGRSSLVYDMWGAAVNLAH 679 Query 682 QMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 730 Q S + Q GIYVTS+VYE MRD+ FT AGT++VGG+E+ I++LSER+ Sbjct 680 QTRSSTTQTGIYVTSKVYEVMRDIRHFTPAGTVTVGGVEQQIWQLSERT 728 >gi|41407377|ref|NP_960213.1| hypothetical protein MAP1279c [Mycobacterium avium subsp. paratuberculosis K-10] gi|41395729|gb|AAS03596.1| hypothetical protein MAP_1279c [Mycobacterium avium subsp. paratuberculosis K-10] Length=730 Score = 947 bits (2448), Expect = 0.0, Method: Compositional matrix adjust. Identities = 467/709 (66%), Positives = 571/709 (81%), Gaps = 7/709 (0%) Query 27 RRRPRFR-ASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRA 85 RRRP SIQSK+MV+LL++S+ S+ I + Y + R +L+ AA ER+ QLRE+QKRA Sbjct 22 RRRPGLSWISIQSKVMVMLLVSSLASLGVIGTVEYVAARNALQPAASERMVQLREAQKRA 81 Query 86 VETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPV 145 +ETLFSDL++SLV+Y RG T ++AV FTAGFDQLA+A + PAQQ+A+V++Y I PV Sbjct 82 IETLFSDLSDSLVVYSRGSTALEAVQAFTAGFDQLANAPVDPAQQRALVDFYTERLIKPV 141 Query 146 ERTTGDKLDITALLPTSPAQRYLQAYYT----APFTSDQDAMRLDDAGDGSAWSAANAQF 201 ER TG KL + A+LP AQRYLQA+YT PF A DDAGDGSAWSAANA+F Sbjct 142 ERDTGKKLALDAVLPADNAQRYLQAHYTVVAGGPFEGTGSAP--DDAGDGSAWSAANARF 199 Query 202 NSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGAN 261 N YFREI TRF+Y DA+LLDTRGN+VY++ K LGTNILTGPYR+SNLR AY KA+ AN Sbjct 200 NDYFREIATRFEYRDALLLDTRGNVVYSVRKSASLGTNILTGPYRQSNLRGAYEKAMAAN 259 Query 262 AVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAA 321 +V+F WITDF+PYQPQLG PTAWLVAP+ A G+ GVLALPLPI K+N+IMTAD+QW+AA Sbjct 260 SVNFVWITDFQPYQPQLGQPTAWLVAPIGAPGRAAGVLALPLPIAKVNRIMTADKQWRAA 319 Query 322 GMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPV 381 GMG ETYLAGPD+LMRS SRL L+DPE Y + VAAGT + V+ AI++GGTTL+QPV Sbjct 320 GMGRTAETYLAGPDNLMRSASRLILEDPERYARDAVAAGTPRNTVDTAIRWGGTTLVQPV 379 Query 382 ATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASF 441 AT +RAAQRG+TGTVT T Y G REL AYAPL++P+SDLHWSILATR +EA A V S Sbjct 380 ATAAVRAAQRGETGTVTDTGYLGRRELAAYAPLSLPNSDLHWSILATRETAEANARVVSL 439 Query 442 SRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDL 501 ++ LVL T ++ VICVA++L+A VRPIRRL+ G ++ISAG+Y+V IPV SRDEIG+L Sbjct 440 TQTLVLTTTAMVFVICVAALLVAQMFVRPIRRLQAGAREISAGNYDVTIPVTSRDEIGEL 499 Query 502 TAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFA 561 TAAFN+MSRNLQ K+ELL EQRKENDRLL S+MPEPV RYR GEQTIAQEHQDVTV+FA Sbjct 500 TAAFNDMSRNLQIKQELLGEQRKENDRLLASLMPEPVARRYREGEQTIAQEHQDVTVIFA 559 Query 562 DILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDN 621 DI+G+DEIS+ LSG ELV +VDELVR+ DSAAE LGVE IRTLHNGYLA CG+ PRLD+ Sbjct 560 DIVGLDEISAKLSGRELVGVVDELVREIDSAAETLGVEPIRTLHNGYLASCGLNVPRLDS 619 Query 622 IPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAY 681 + RTV+FA+E++ I+ RFN +TG L LR GINTG+V+SGLVGRSS+VYDMWGAAV+LA+ Sbjct 620 VQRTVEFAVEVQGIIARFNGRTGYHLGLRAGINTGNVVSGLVGRSSLVYDMWGAAVNLAH 679 Query 682 QMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSERS 730 Q S + Q GIYVTS+V E MRD+ FT AGT++VGG+E+ I++LSER+ Sbjct 680 QTRSSTTQTGIYVTSKVCEVMRDIRHFTPAGTVTVGGVEQQIWQLSERT 728 >gi|183983735|ref|YP_001852026.1| adenylate or guanylate cyclase [Mycobacterium marinum M] gi|183177061|gb|ACC42171.1| adenylate or guanylate cyclase [Mycobacterium marinum M] Length=730 Score = 921 bits (2380), Expect = 0.0, Method: Compositional matrix adjust. Identities = 436/729 (60%), Positives = 566/729 (78%), Gaps = 0/729 (0%) Query 1 LTSGEALDSVAESESTPAKKRHKNVLRRRPRFRASIQSKLMVLLLLTSIVSVAAIAAIVY 60 +TSG+ + V + S + R R IQ+KL+V LL+ SI+SVA + I Y Sbjct 1 MTSGQPTEPVTAAASGQTGRTDSRGRRLLRFLRVGIQAKLLVTLLVCSILSVAVVGVIGY 60 Query 61 QSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQL 120 SGR +L+ A ERL QLRE+QKR VE LFS+LT S+++Y G++ +A FT GF QL Sbjct 61 VSGRNALQRVAVERLLQLREAQKRQVEALFSELTKSVMVYSNGMSANEATAAFTDGFAQL 120 Query 121 ADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQ 180 A+AT+ P QQQAIV+YY NE I P+++ TG +LD+ A+LP SPAQ YLQAYYTAPF+S Sbjct 121 ANATVDPVQQQAIVDYYVNELIKPIDQATGHELDLEAVLPASPAQTYLQAYYTAPFSSSS 180 Query 181 DAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNI 240 ++MR ++AGDGSAWSAANA+FN +FR IVTRF Y DA+LLD +GN+VY+++K PDLGTN+ Sbjct 181 ESMRFNNAGDGSAWSAANARFNDFFRGIVTRFQYRDALLLDLQGNVVYSVNKGPDLGTNL 240 Query 241 LTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLA 300 TGPYRE+NLR AY KAL +N +DF WITDF+ YQP++ PTAWLV+PV GK QGV+A Sbjct 241 FTGPYRETNLRTAYQKALASNEIDFVWITDFQRYQPEVDAPTAWLVSPVGVDGKLQGVMA 300 Query 301 LPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAG 360 L LP +N+IM A+ +W+A GMG TETYLAG D+LMRSDSRLFL+ P+EYR++ +A G Sbjct 301 LALPPTNLNQIMNANEKWEAVGMGRSTETYLAGSDNLMRSDSRLFLESPDEYRREALAGG 360 Query 361 TSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSD 420 T DVVN+AI+ G T L+QPV + GLRAA RGQ+G TDY G+RELEAYAPL+VP+SD Sbjct 361 TREDVVNKAIRLGTTVLVQPVPSAGLRAALRGQSGITKDTDYLGNRELEAYAPLDVPNSD 420 Query 421 LHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQK 480 L W+ILATR+D +A+ ++SF R +VL GI + ICV SM++A +VRPIRRLE GT+K Sbjct 421 LRWAILATRDDWDAYERLSSFGRTVVLAVAGITLFICVVSMVLAKLLVRPIRRLEAGTEK 480 Query 481 ISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVE 540 I +GDYEV +PVKSRDE+GDLTAAFNEMS NL+ K++LL EQR +N++LLL++MPEPVV+ Sbjct 481 IRSGDYEVTVPVKSRDELGDLTAAFNEMSSNLKVKDQLLTEQRSQNEQLLLALMPEPVVQ 540 Query 541 RYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVER 600 RYR G + IA+EHQDVTV+FA+++G++EIS GLSG+ELV IVDEL RQFDSAA+ LGVE Sbjct 541 RYRAGGEVIAEEHQDVTVIFAELIGLEEISDGLSGDELVGIVDELFRQFDSAAQSLGVEP 600 Query 601 IRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVIS 660 IRT HNGYLA CG TTPRLDN+ R ++FALE+ IV+RF Q+ + L +RVG+ TG V+S Sbjct 601 IRTFHNGYLAACGATTPRLDNVHRGIEFALEIELIVNRFANQSQHPLRVRVGVTTGRVVS 660 Query 661 GLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLE 720 GLVGRS++ YDMWG AV +AY+M PGIYV+++V++AMR++W FT AG ISV G + Sbjct 661 GLVGRSNLAYDMWGGAVQMAYRMLGHLSDPGIYVSARVHDAMREIWTFTPAGAISVRGSQ 720 Query 721 EPIYRLSER 729 + I+++SER Sbjct 721 QQIWQVSER 729 >gi|118618964|ref|YP_907296.1| adenylate or guanylate cyclase [Mycobacterium ulcerans Agy99] gi|118571074|gb|ABL05825.1| adenylate or guanylate cyclase [Mycobacterium ulcerans Agy99] Length=703 Score = 902 bits (2332), Expect = 0.0, Method: Compositional matrix adjust. Identities = 425/700 (61%), Positives = 551/700 (79%), Gaps = 1/700 (0%) Query 31 RF-RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETL 89 RF R I +KL+V LL+ SI+SVA + I Y SGR +L+ A ERL QLRE+QKR VE L Sbjct 3 RFLRVGIPAKLLVTLLVCSILSVAVVGVIGYVSGRNALQRVAVERLHQLREAQKRQVEAL 62 Query 90 FSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTT 149 FS+LT S+++Y G++ +A T GF QLA+AT+ P QQQAIV+YY NE I P+++ T Sbjct 63 FSELTKSVMVYSNGMSANEATAALTDGFAQLANATVDPVQQQAIVDYYVNELIKPIDQAT 122 Query 150 GDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIV 209 G +LD+ A+L SPAQ YLQAYYTAPF+S ++MR ++AGDGSAWSAANA+FN +FR IV Sbjct 123 GHELDLEAVLSASPAQTYLQAYYTAPFSSSSESMRFNNAGDGSAWSAANARFNDFFRGIV 182 Query 210 TRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWIT 269 TRF Y DA+LLD +GN+VY++++ PDLGTN+ TGPYRE+NLR AY KAL +N +DF WIT Sbjct 183 TRFQYRDALLLDLQGNVVYSVNEGPDLGTNLFTGPYRETNLRTAYQKALASNEIDFVWIT 242 Query 270 DFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTET 329 DF+ YQP++ PTAWLV+PV GK QGV+AL LP +N+IM A+ +W+A GMG TET Sbjct 243 DFQRYQPEVDAPTAWLVSPVGVDGKLQGVMALALPPTNLNQIMNANEKWEAVGMGRSTET 302 Query 330 YLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAA 389 YLAG D+LMRSDSRLFL+ P+EYR++ +A GT DVVN+A+ G T L+QPV + GLRAA Sbjct 303 YLAGSDNLMRSDSRLFLESPDEYRREALAGGTREDVVNKAMWLGTTVLVQPVPSAGLRAA 362 Query 390 QRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVT 449 RGQ+G TDY G+RELEAYAPL+VP+SDL W+ILATR+D +A+ ++SF R +VL Sbjct 363 LRGQSGITKDTDYLGNRELEAYAPLDVPNSDLRWAILATRDDWDAYERLSSFGRTVVLAV 422 Query 450 VGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMS 509 GI + ICV SM++A +VRPIRRLE GT+KI +GDYEV +PVKSRDE+GDLTAAFNEMS Sbjct 423 AGITLFICVVSMVLAKLLVRPIRRLEAGTEKIRSGDYEVTVPVKSRDELGDLTAAFNEMS 482 Query 510 RNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEI 569 NL+ K++LL EQR +N++LLL++MPEPVV+RYR + IA+EHQDVTV+FA+++G++EI Sbjct 483 SNLKVKDQLLTEQRSQNEQLLLALMPEPVVQRYRADGEVIAEEHQDVTVIFAELIGLEEI 542 Query 570 SSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFA 629 S GLSG+ELV IVDEL RQFDSAA+ LGVE IRT HNGYLA CG TTPRLDN+ R ++FA Sbjct 543 SDGLSGDELVGIVDELFRQFDSAAQSLGVEPIRTFHNGYLAACGATTPRLDNVHRGIEFA 602 Query 630 LEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQ 689 LE+ IV+RF Q+ + L +RVG+ TG V+SG VGRS++ YDMWG AV +AY+M Sbjct 603 LEIELIVNRFANQSQHPLRVRVGVTTGRVVSGRVGRSNLAYDMWGGAVQMAYRMLGHLSD 662 Query 690 PGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 PGIYV+++V++AMR++W FT AG ISV G ++ I+++SER Sbjct 663 PGIYVSARVHDAMREIWTFTPAGAISVRGSQQQIWQVSER 702 >gi|333990119|ref|YP_004522733.1| adenylate or guanylate cyclase [Mycobacterium sp. JDM601] gi|333486087|gb|AEF35479.1| adenylate or guanylate cyclase [Mycobacterium sp. JDM601] Length=721 Score = 894 bits (2310), Expect = 0.0, Method: Compositional matrix adjust. Identities = 435/720 (61%), Positives = 559/720 (78%), Gaps = 5/720 (0%) Query 12 ESESTPAKKRHKNVLRRRPRF--RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRA 69 ES + A NV RRR R SIQ+KLM++LLLTSIVSV + + +Q G L+ Sbjct 2 ESAPSAAADDTANVERRRRWLPSRLSIQTKLMLILLLTSIVSVGVVGFVEFQYGAAELQR 61 Query 70 AAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQ 129 +A +L Q RE+Q+RAV +LF+++T+SL+I+ G +A+ FTAGFD+LA AT++P Q Sbjct 62 SATSKLVQAREAQRRAVSSLFAEMTSSLIIFSGGAMASNALHAFTAGFDELARATVTPEQ 121 Query 130 QQAIVNYYNNEFITPVERTTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAG 189 Q+AIV +Y + FI + TG++ DI ALLP S AQRYLQA+YTA +T + D + +DAG Sbjct 122 QRAIVGHYRDNFIEQLAERTGERADIAALLPASTAQRYLQAHYTAGYTGESD--KPEDAG 179 Query 190 DGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESN 249 DGSAWSAANA+FNS+F EIV R +Y DA+LLDTRGN+VY+ +K DLGTN+LTGPYRES Sbjct 180 DGSAWSAANAEFNSFFAEIVKRNEYLDALLLDTRGNVVYSANKGVDLGTNVLTGPYRESV 239 Query 250 LRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKIN 309 LRDAY KAL +NAV+F WITD++PYQP L PTAWLV+PV G +GVLALPLP K+N Sbjct 240 LRDAYRKALASNAVNFVWITDYQPYQPNLDTPTAWLVSPVGVKGTVEGVLALPLPSAKVN 299 Query 310 KIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRA 369 +IMTA+R W+AA +G TETYLAGPD LMRSDSRLFL+DPE YR + VAAGT + V+RA Sbjct 300 RIMTANRDWKAAQVGRTTETYLAGPDDLMRSDSRLFLEDPERYRSEAVAAGTPVATVDRA 359 Query 370 IQFGGTTLLQPVATEGLRAAQRGQTGTV-TSTDYTGSRELEAYAPLNVPDSDLHWSILAT 428 ++ G TTL+QPV++ GLRAAQRGQTGT+ T DY G+REL AYAPL +P+SDL WSILAT Sbjct 360 LKLGTTTLVQPVSSPGLRAAQRGQTGTLNTGYDYLGNRELAAYAPLTIPNSDLQWSILAT 419 Query 429 RNDSEAFAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEV 488 R+ S+A+A V SFS+ +VL T G+IV ICV +ML+A +RPIRRL+ Q+ISAGDY Sbjct 420 RDYSDAYAGVTSFSKRVVLATTGVIVAICVLAMLLARLFLRPIRRLQAAAQRISAGDYTA 479 Query 489 NIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQT 548 +P + DEIGDLT AFN+M R+L+TKEELLNEQRK+ND LLLS+MPE VV RYR GEQ Sbjct 480 AVPSGTADEIGDLTKAFNDMGRSLRTKEELLNEQRKQNDELLLSLMPESVVRRYRGGEQA 539 Query 549 IAQEHQDVTVLFADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGY 608 IA+EH +V+V++A++ G+D++S ++ NELV +VDELVRQFD+AAE +GVERIRT++NGY Sbjct 540 IAEEHHNVSVVYAELQGIDQLSGEVAANELVTVVDELVRQFDAAAEVVGVERIRTMYNGY 599 Query 609 LAGCGVTTPRLDNIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSV 668 LAGCG+TTPRLD + R V+FA EM+RIVDRFN ++G+ L L G+NTG+V+SGLVGRS V Sbjct 600 LAGCGLTTPRLDGVHRIVEFASEMQRIVDRFNVKSGHRLSLWAGVNTGEVVSGLVGRSGV 659 Query 669 VYDMWGAAVSLAYQMHSGSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSE 728 YD+WG+AV+LAYQ+ G+PQ GIYVT V + + +FT AGT+++G EE +RLSE Sbjct 660 TYDLWGSAVNLAYQLRRGTPQSGIYVTGAVRDMLGGGGEFTPAGTVAIGDTEEQAWRLSE 719 >gi|118469724|ref|YP_887881.1| cyclase [Mycobacterium smegmatis str. MC2 155] gi|118171011|gb|ABK71907.1| putative cyclase [Mycobacterium smegmatis str. MC2 155] Length=705 Score = 876 bits (2264), Expect = 0.0, Method: Compositional matrix adjust. Identities = 421/703 (60%), Positives = 539/703 (77%), Gaps = 9/703 (1%) Query 33 RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSD 92 R SIQSKL+ +LL+TS++S A + I YQSGR+SLR + ++RLT++R +Q R +ET F Sbjct 4 RISIQSKLLAMLLVTSVLSAAVVGFIGYQSGRSSLRDSVFDRLTEIRTAQARQLETQFRS 63 Query 93 LTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTT--- 149 NSLVIY RG T ++A FTAGFDQL DATISPAQQ+AI ++Y N+F E + Sbjct 64 FRNSLVIYTRGTTAIEAARAFTAGFDQLGDATISPAQQKAITDWYENQFSATTEHSDAAD 123 Query 150 ---GDKLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFR 206 G+++D+ ALLP+S Q+YLQA YTAPFT A+ DDAGDGS WSAANA FN +FR Sbjct 124 NLDGNEVDVEALLPSSNPQKYLQALYTAPFTDWDKAIENDDAGDGSGWSAANALFNGFFR 183 Query 207 EIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFT 266 EIVTR +DDA+LLDTRGN+VYT K DLGTNI TGPY+ L +AY +AL +N VD+ Sbjct 184 EIVTRSGFDDALLLDTRGNVVYTAYKGSDLGTNIYTGPYKGGELSEAYREALNSNTVDYV 243 Query 267 WITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSG 326 +TDF YQP G PTAW+V+P+ GG+ +GVLAL PI +N++MT D +W+ +G+G Sbjct 244 AVTDFGIYQPS-GTPTAWMVSPIGGGGRIEGVLALQFPISVVNQLMTMDGKWEESGLGET 302 Query 327 TETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGL 386 ETYL GPD LMRSDSRLFL++PE+++ V+ AGT V ++I GGTTL+QPV+ E Sbjct 303 GETYLVGPDGLMRSDSRLFLENPEQFKADVIEAGTPPGVAEQSILHGGTTLVQPVSDEAS 362 Query 387 RAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALV 446 + A +GQ+G++ DY G L+AYAPL++ + L WS++A + +EAFA V F+R LV Sbjct 363 KLAGQGQSGSIIERDYLGQETLQAYAPLDL--TGLDWSVVAKIDTAEAFAPVTKFTRTLV 420 Query 447 LVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFN 506 L TV +I +C+A++L+A VRPIRRLE G Q+ISAGDY V +PV SRDE GDLT AFN Sbjct 421 LSTVAMIFAVCIAAILLARVFVRPIRRLEAGAQQISAGDYGVALPVVSRDEFGDLTVAFN 480 Query 507 EMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGV 566 EMSRNL+ KE+LL+EQRKENDRLLLS+MPEPVV+RYR GE+TIAQ+HQ+VTVLFAD++G+ Sbjct 481 EMSRNLRIKEDLLDEQRKENDRLLLSLMPEPVVQRYREGEETIAQDHQNVTVLFADLMGL 540 Query 567 DEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTV 626 D +S+ +S +E + IV++LVRQFD+AAE LGVER+RTLHNGYLA CG+T PRLDN+ RTV Sbjct 541 DRLSASMSSDEHLSIVNKLVRQFDAAAESLGVERVRTLHNGYLASCGLTVPRLDNVRRTV 600 Query 627 DFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSG 686 DFA EM+RIVDRF +TG DL LR GI+TG V SGLVGRSS+ YDMWGAAV LAYQ+ G Sbjct 601 DFAFEMQRIVDRFRGETGYDLRLRAGIDTGTVSSGLVGRSSLAYDMWGAAVDLAYQVQRG 660 Query 687 SPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 PQPG+YVT QV++A+RD+ QFTA G+++V G E PI+RLSER Sbjct 661 MPQPGVYVTDQVHDAVRDIRQFTAVGSVTVDGTERPIWRLSER 703 >gi|229818726|ref|YP_002880252.1| adenylate/guanylate cyclase with integral membrane sensor [Beutenbergia cavernae DSM 12333] gi|229564639|gb|ACQ78490.1| adenylate/guanylate cyclase with integral membrane sensor [Beutenbergia cavernae DSM 12333] Length=695 Score = 583 bits (1503), Expect = 3e-164, Method: Compositional matrix adjust. Identities = 306/698 (44%), Positives = 456/698 (66%), Gaps = 4/698 (0%) Query 32 FRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFS 91 R IQSKL+V+LL ++V+ + I Y+SG +L AAY+++TQ+RES+ R V + F+ Sbjct 1 MRIEIQSKLLVMLLAMALVTALVVGWIGYRSGTQALEQAAYQQVTQVRESRAREVASYFT 60 Query 92 DLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGD 151 L ++V+ R T +++ F AG+ LA A +S Q+ + Y++ + + G Sbjct 61 GLERAVVLNSR--TAENSMQAFEAGWRDLAGAQVSADQRAQVEAVYSDVLLPQLAENAGQ 118 Query 152 KLDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTR 211 + + + LPTS A YLQA+YT P + +DDAGDGS WSAA+A+++ REIVT+ Sbjct 119 EFTVESFLPTSDAAWYLQAHYTDPALDYDATLAVDDAGDGSVWSAAHARYHDTLREIVTQ 178 Query 212 FDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDF 271 +++D +L+D GN+VY+ K DLGTN+L+GPY +L D + + + +N D+ + DF Sbjct 179 NEFEDLLLIDPDGNVVYSAYKGVDLGTNVLSGPYAGGSLEDTFRETVTSNGQDYVGLADF 238 Query 272 KPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYL 331 +PYQP PT ++++P++ G T GVLA+ D++N+++T+ QWQ AG G ETYL Sbjct 239 EPYQPLADSPTQFVMSPIQDDGLTVGVLAIQASTDRLNEVLTSGGQWQQAGFGETGETYL 298 Query 332 AGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQR 391 GPD +RS SRL +++PEEY +VVAAGT DV ++ G L Q V + + A Sbjct 299 VGPDGTLRSTSRLLVENPEEYVDRVVAAGTPRDVAETVVRLGNPILRQSVQSPAIERALD 358 Query 392 GQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVG 451 G+TG V +T Y + + AY P++ P L+W I A + SE FA V F R LVL G Sbjct 359 GETGIVRTTGYRDTDVIVAYTPVDAPG--LNWVIAAAVDPSEVFAPVQDFQRQLVLSIAG 416 Query 452 IIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRN 511 ++++ VAS+L+A VRPIR L G + +SAGD + + V++ DE+GDL AFNEM+ + Sbjct 417 MLLLAAVASLLLAQVFVRPIRSLVSGVRAVSAGDLDAQVRVRTNDEVGDLAEAFNEMATS 476 Query 512 LQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISS 571 L+TK+ELL ++ E DR+LLS+MP V E+ + GE+TIAQ+ QDV+V+FAD++G +S Sbjct 477 LRTKQELLEAEQAEKDRILLSLMPPAVAEQVKGGEETIAQDFQDVSVVFADLVGFAGFTS 536 Query 572 GLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALE 631 G+ + ++ ++ELVR FD AAE GVE++R+L NG+LA CG+ PR+D+ R V F E Sbjct 537 GMDSHAALEHLNELVRAFDEAAERTGVEKVRSLRNGFLASCGLVIPRVDHARRIVQFTSE 596 Query 632 MRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPG 691 + +V FN + G+DL LR GIN G V SG+VGR+SVVYD+WG AV LAY++H+ P+PG Sbjct 597 LTEVVAAFNARHGSDLSLRAGINVGTVTSGIVGRASVVYDLWGEAVDLAYRVHAEEPEPG 656 Query 692 IYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRLSER 729 IYVT ++Y+A+RD ++FT AG + E P++RL ER Sbjct 657 IYVTDRIYDAVRDQYEFTEAGVVRSSDGEHPVWRLDER 694 >gi|326332469|ref|ZP_08198745.1| putative adenylate cyclase [Nocardioidaceae bacterium Broad-1] gi|325949782|gb|EGD41846.1| putative adenylate cyclase [Nocardioidaceae bacterium Broad-1] Length=751 Score = 487 bits (1254), Expect = 3e-135, Method: Compositional matrix adjust. Identities = 250/696 (36%), Positives = 412/696 (60%), Gaps = 12/696 (1%) Query 36 IQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTN 95 IQSKL+++L+LTS++S + Y+SG +L + RL + + + V + ++++ Sbjct 60 IQSKLLLMLVLTSVLSSIVVGYFGYRSGTQALEDSTRSRLQDVLDERASRVSAMINNVSG 119 Query 96 SLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLDI 155 +++ +G+ +++ F+A +D+LA T+ PA A+ YYN+ + ++ G +++ Sbjct 120 GVILDSQGVGP-ESMADFSAAYDELARGTVDPADTAALTRYYNDYYGPHLQENVGGEINA 178 Query 156 TALLPTSPAQRYLQAYYTAPFTSDQDAMR----LDDAGDGSAWSAANAQFNSYFREIVTR 211 A +PTSPA+ YLQA YT T++ D R +DDAGDGSAW+AAN ++N Y+R + Sbjct 179 EAFIPTSPARTYLQARYTVKATTETDTSRPVSDVDDAGDGSAWTAANKKWNPYWRAVRDS 238 Query 212 FDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDF 271 DD +++DT G IVYT K DLG+++ TG R+ L + +AL +N D+ I+D+ Sbjct 239 LGLDDVMMIDTEGRIVYTADKGSDLGSDVDTGELRDGALESLWREALRSNNRDYVAISDY 298 Query 272 KPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQ-AAGMGSGTETY 330 + YQP G P ++ +P+ GG GVL + + I + T + G+G E+Y Sbjct 299 ESYQPAFGRPRMFVASPIGTGGDATGVLVYEVSSNAITSLTTGSGTAEKVTGLGETGESY 358 Query 331 LAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQ 390 + G D L+R++SR L DP+ + +++ GTS + V++ ++ L + A+ Sbjct 359 IVGTDGLLRTNSRELLADPKAFAERMRDNGTSEETVDKMLRMKLAVGLLSAGPDVSEVAK 418 Query 391 RGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTV 450 +G TG TDY G L AY PL+V L WS++AT EA A V F+R ++L T Sbjct 419 QGDTGVGEMTDYAGHEVLAAYEPLDV--EGLDWSLVATIETEEALAPVQGFARNVLLATA 476 Query 451 GIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSR 510 +I+++C S+L+A RP+ RL G + ++ GD + SRDE GDL AFN++S Sbjct 477 AVILLVCAISILLARVFTRPVGRLMKGVRAVAGGDLGAQVDAGSRDEFGDLATAFNDLSS 536 Query 511 NLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEIS 570 +L K+EL++ Q+ EN R+L S+MPE + +RY+ GE TI+ EHQ+ +V++ +I G D + Sbjct 537 SLAAKQELVDAQQAENSRILRSLMPEAIADRYQGGETTISAEHQNASVVYTEIDGFDSFA 596 Query 571 SGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFAL 630 E + ++ EL FD+AA G+E++R++ GY+ G+ R+D++ R DFA+ Sbjct 597 GKRPAEESLAMLKELSAGFDAAAHRAGIEKVRSVGTGYIGSSGLIVQRVDHVRRVADFAV 656 Query 631 EMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQP 690 ++ R+V+RFN G L LR G++TGDV GLVG+ +VY++WG AV LAY++ + + + Sbjct 657 DVARMVERFNVTNGAQLVLRAGVHTGDVRGGLVGQGDMVYNLWGDAVDLAYRVRTVAGEA 716 Query 691 GIYVTSQVYEAMRDVWQFTAAGTISVGGLEEPIYRL 726 GIYVT +V E + + F GTI + P++R+ Sbjct 717 GIYVTDEVKEQLAAAYDFEQVGTIE----DSPVWRV 748 >gi|332709914|ref|ZP_08429870.1| adenylate cyclase, family 3 protein [Lyngbya majuscula 3L] gi|332351285|gb|EGJ30869.1| adenylate cyclase, family 3 protein [Lyngbya majuscula 3L] Length=700 Score = 479 bits (1234), Expect = 6e-133, Method: Compositional matrix adjust. Identities = 255/683 (38%), Positives = 405/683 (60%), Gaps = 10/683 (1%) Query 43 LLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYER 102 +LL S S+ A I Y+SG++ L +LT LR S+ +E+ F D+ + Sbjct 1 MLLALSTCSLFVTAYIGYRSGKSHLSKTVSNQLTSLRASKADQIESYFEDIRHQTQTLSE 60 Query 103 GLTVVDAVVRFTAGFDQLADA---TISPAQ-QQAIVNYYNNEFITPVERTTGDKLDITAL 158 L VV+A+ F ++QL + T +P + + YY EF+T + T+ K + + Sbjct 61 NLMVVEAMQEFKTAYNQLQQSRTPTDTPTDLEDTLKEYYRKEFLTKLAETSDGKPVLESY 120 Query 159 LPTSPAQRYLQAYYTA--PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDD 216 LP + A RYLQ YY A P + + + LDD D S +S+ + +++ FR IV +F Y D Sbjct 121 LPETSAARYLQYYYIATNPNPAGEKHL-LDDPEDKSEYSSIHTRYHPIFRNIVEKFAYQD 179 Query 217 AVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQ 275 +L+D + G IVY++ K+ D GTN+ TGPY +SNL A A D+ I DF Y+ Sbjct 180 MLLIDPQTGEIVYSVFKETDFGTNLTTGPYSDSNLAFALGDLRKAKGKDYVQIFDFDSYR 239 Query 276 PQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPD 335 P G P A++ AP+ G K GVLA LP+++IN +MT R+W++ G+G E YL G D Sbjct 240 PSFGAPVAFIAAPIYDGSKFIGVLAFQLPVNQINNVMTGYRKWKSNGLGDTGEIYLVGED 299 Query 336 SLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTG 395 LMRS SR +QDP Y K + G ++ R QFG + L QPV TE ++AA GQ G Sbjct 300 YLMRSVSRFLIQDPTAYSKALREQGVKEQILKRIEQFGTSILQQPVKTEAVKAALAGQEG 359 Query 396 TVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVV 455 T DY G L +YAPLN+ L W IL+ + +EA+A V +F + +++ II++ Sbjct 360 TQIINDYRGIEVLSSYAPLNI--DGLEWVILSEMDLAEAYAPVYAFQKRVLVSAALIILL 417 Query 456 ICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTK 515 I + +M++AH V+P+R L +K++ G+ + + + S DE G+L +FN+M +L+T+ Sbjct 418 ITLLAMVLAHLFVQPVRALIASARKVTDGEVDAVVNINSEDEFGELAESFNQMVGSLRTQ 477 Query 516 EELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISSGLSG 575 +L+ ++ +EN++LL S+ P+ V +R + GE IA+ +VTVLF DI G ++S + Sbjct 478 TKLVEQKNRENEKLLTSVFPDSVAKRLKRGETNIAESVSNVTVLFCDIAGFGKLSRSMDT 537 Query 576 NELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALEMRRI 635 +E++ I+++LV FD A G+E+I+T+ + Y+A CG++ +D+ R VDFALEM + Sbjct 538 HEVIAILNDLVSLFDQATAKYGIEKIKTIGDNYMAVCGLSILHIDHQKRAVDFALEMLAL 597 Query 636 VDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPGIYVT 695 RF+ + G D+ L +GI++GD+++G+VGR VVYD+WG V++A ++ P+ I V+ Sbjct 598 THRFSHERGFDIDLEIGIHSGDIVAGIVGREKVVYDVWGDTVNVANKLMFDCPRGAILVS 657 Query 696 SQVYEAMRDVWQFTAAGTISVGG 718 VY ++ D++ F A I+ G Sbjct 658 QNVYNSLHDIYDFEQAEDITPNG 680 >gi|158334574|ref|YP_001515746.1| cyclase [Acaryochloris marina MBIC11017] gi|158304815|gb|ABW26432.1| cyclase, putative [Acaryochloris marina MBIC11017] Length=699 Score = 479 bits (1233), Expect = 8e-133, Method: Compositional matrix adjust. Identities = 246/687 (36%), Positives = 399/687 (59%), Gaps = 3/687 (0%) Query 33 RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSD 92 + SIQSKL ++ L S+ S+ IA I Y SG+ L + +LT LR S+ V + F Sbjct 4 KLSIQSKLTLMFLGVSVSSILVIAFIGYNSGKAVLTRRIFNQLTSLRTSKSYEVRSFFDQ 63 Query 93 LTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDK 152 L + + T +A+ F +L I QQAI YY EFI P++ + Sbjct 64 LNHQMRFLSDDPTTKEAMKAFRQAHQELKSQKIPSQWQQAIQAYYQKEFIQPLDANIDGE 123 Query 153 LDITALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRF 212 + LP + YLQ +YT + +++D+ GDGS ++ + +++ FR +V+ F Sbjct 124 PQVQTYLPLGNSDVYLQYHYTIKTPDFDEKVKIDNPGDGSKYTQVHQRYHPTFRSLVSEF 183 Query 213 DYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDF 271 Y+D L+D + G +VY+ K D T++ +GPY +S L A+ + + F TDF Sbjct 184 TYEDLFLIDPKSGKVVYSAYKGVDFSTDLESGPYSQSVLAQAFREVVRKGEPKFVTFTDF 243 Query 272 KPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYL 331 +PY+P L P A + +P+ GG+ GV+AL + I+KI+++MT R+WQ G+G ETYL Sbjct 244 EPYRPSLNSPAAIIASPLFEGGELIGVMALQVNINKIDEVMTNGRRWQDMGLGKSGETYL 303 Query 332 AGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQR 391 GPD L+RS+SR L++ Y + + +G + R + + L Q V T + A Sbjct 304 VGPDFLLRSNSRFLLENSPSYFQSLTQSGLEASQIERMRRQKNSILEQEVKTVAAQRALL 363 Query 392 GQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVG 451 G +G DY G L +Y+ L V D W+ILA + EAFA + F + +++ T Sbjct 364 GNSGIDIVNDYRGIPVLSSYSTLQVKGLD--WAILAEMDADEAFAPITEFQKQVLISTAI 421 Query 452 IIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRN 511 +I+VI + ++L++ V+PI+ L G +++S G+ +V + + S+DE DL +FN+M + Sbjct 422 LILVITILALLLSRLFVKPIQTLIAGFRQLSEGNTDVTVSMNSQDEFHDLAVSFNQMVES 481 Query 512 LQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEISS 571 L K + L Q +EN++LL ++PEPV +R + GE+ IA + +VTVLFAD++G +++ Sbjct 482 LSHKTQALEHQSQENEQLLSCILPEPVAQRLKSGEEQIADSYANVTVLFADLIGFTDLAE 541 Query 572 GLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFALE 631 LS +E+V +++ELVR FD AAE GVE+I+T+ +GY+A CG++ PRLD+ R +DF +E Sbjct 542 ILSASEIVALLNELVRAFDEAAERFGVEKIKTIGSGYMAVCGLSVPRLDHTKRIMDFGIE 601 Query 632 MRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQPG 691 + RIV RFN L RVGIN+G V++G+VGRS +YD+WG V++A++M + Sbjct 602 ITRIVQRFNQTHQTALKARVGINSGAVVAGIVGRSKFIYDLWGDTVNIAHRMQTAGKGDT 661 Query 692 IYVTSQVYEAMRDVWQFTAAGTISVGG 718 + V+ V+ + D+++F + + G Sbjct 662 VQVSQSVHNQLGDIYEFENGREVEISG 688 >gi|307151657|ref|YP_003887041.1| integral membrane sensor-containing adenylate/guanylate cyclase [Cyanothece sp. PCC 7822] gi|306981885|gb|ADN13766.1| adenylate/guanylate cyclase with integral membrane sensor [Cyanothece sp. PCC 7822] Length=724 Score = 469 bits (1207), Expect = 8e-130, Method: Compositional matrix adjust. Identities = 247/686 (37%), Positives = 398/686 (59%), Gaps = 4/686 (0%) Query 33 RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSD 92 + SIQSKL+++LLL SI + + Y SG+T+ + +L LR + + +E+ F Sbjct 6 KLSIQSKLLLMLLLISIALIFITGYMDYSSGKTAFTKTIFNQLVILRSVRAKEIESYFQF 65 Query 93 LTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDK 152 N ++ + ++A+ F A + +L T++P QQQ + YY N FI + D Sbjct 66 SKNQILTVSESPSAIEAMKTFKAAYQKLETQTLNPNQQQQLEKYYQNVFIPELGHNVVDG 125 Query 153 LDIT-ALLPTSPAQRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTR 211 I LP + +YLQ +Y A S Q L++ GDGS +S + +++ FR + R Sbjct 126 TPIAETYLPQTSVAQYLQYHYLAKNRSKQRQNDLENPGDGSEYSKVHQKYHPLFRNLQKR 185 Query 212 FDYDDAVLLDT-RGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITD 270 F Y+D L+D GNIVY+ K D TNI GPY +NL A L + I D Sbjct 186 FKYNDIYLIDVDSGNIVYSAEKQVDFATNIGLGPYENTNLAKAILSIEKSRDHSLIIIKD 245 Query 271 FKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETY 330 F+PY+P P+A++ + G + G L LPI+KIN IMT+ QW+ G+G ETY Sbjct 246 FEPYRPSYNKPSAFIATTIFDGTEFIGALVFQLPIEKINGIMTSSGQWEQTGLGQTGETY 305 Query 331 LAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQ 390 L GPD+L+RS R F+++P +Y + + G + + R + L+Q + + L A Sbjct 306 LVGPDNLLRSLPRQFVENPNQYYQALEKNGLDNNTIERIRRLNTPILVQKIESSALEQAI 365 Query 391 RGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTV 450 G+ GT DY G L AY P+ V D +W ++A + EAFA + F+R L++ + Sbjct 366 TGKKGTAIYQDYRGIPVLAAYQPIQV--GDFNWGLIAQMSADEAFAPINEFTRQLLVTSA 423 Query 451 GIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSR 510 ++V S +A VRPI++L G +I +G+ +V + ++S+DE G+L AFN MS Sbjct 424 ILVVFFTPLSNWLARLFVRPIKQLRAGACRIGSGETDVKLNIQSKDEFGELAVAFNYMSE 483 Query 511 NLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEIS 570 NL +E L+ + ++EN+ LLL+++P+ + +RY+ GEQ IA +VTVL+A+I G +E+S Sbjct 484 NLHQRELLIQQMKQENENLLLNILPDLIAKRYKKGEQAIADTFPNVTVLYAEIEGFNELS 543 Query 571 SGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFAL 630 + L + +++++E+V FD AAE GVE++RT+ N Y+A CG++ R+D++ RTVDFAL Sbjct 544 AELPPEQTIRLLNEIVSAFDEAAEAYGVEKMRTIGNLYVAVCGLSVARVDHVKRTVDFAL 603 Query 631 EMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQP 690 ++ +++ RFN Q G L L +GI+ G V+ G+VG++ +Y + G + +AY +HS Q Sbjct 604 DLLKLITRFNQQQGTKLSLDIGIHCGPVVGGIVGKTRFIYALTGETMRIAYAIHSSPRQN 663 Query 691 GIYVTSQVYEAMRDVWQFTAAGTISV 716 I VT +VYE+++D++ F G + + Sbjct 664 VIQVTHKVYESVKDLYPFEQIGEVEI 689 >gi|126657175|ref|ZP_01728341.1| putative cyclase (adenylyl-or guanylyl-)(adenylate-or guanylate-) [Cyanothece sp. CCY0110] gi|126621446|gb|EAZ92157.1| putative cyclase (adenylyl-or guanylyl-)(adenylate-or guanylate-) [Cyanothece sp. CCY0110] Length=712 Score = 431 bits (1107), Expect = 3e-118, Method: Compositional matrix adjust. Identities = 244/693 (36%), Positives = 380/693 (55%), Gaps = 13/693 (1%) Query 33 RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSD 92 R SIQSKLM++LL SI S+ I+ + Y SG+ ++ Y ++T+LR S+ R V++ F+ Sbjct 6 RLSIQSKLMLMLLAVSIASILVISYVGYTSGKEAILENIYYQITELRNSRARQVQSYFNY 65 Query 93 LTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDK 152 + N + TV++A V FT F+QL + +S + +Y EFI ++ Sbjct 66 VQNHAITLAEDPTVIEATVSFTDSFNQLENEEVSSNMISELWRFYEKEFIPRLQMNVDGN 125 Query 153 LDITALLPTSPAQRYLQAYYTA--PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVT 210 + + P RYLQ +Y P+ D + RLD A DGS +S + F+ +FR I T Sbjct 126 PTVLSYFPKENIARYLQYHYLVKNPYDVDNKS-RLDMAQDGSKYSEIHQNFHKFFRSITT 184 Query 211 RFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWIT 269 RFDY + L+D+ GNIVY++ KD T+ GPY S + + + Sbjct 185 RFDYRNLFLVDSETGNIVYSVHKDTGFATSFKDGPYAYSGAANLFETLQNNRERGAFEVI 244 Query 270 DFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTET 329 DF ++P G P A++ +P+ G+L L LP+++IN+IMT + QW+ G+G ET Sbjct 245 DFTSFRPSYGQPVAFIGSPIFQQSNLVGILLLQLPVNEINRIMTGNFQWKKDGLGKTGET 304 Query 330 YLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAA 389 L G D LMRS SR +++P+ Y K++ S ++ R + LLQ V T + A Sbjct 305 ILVGSDYLMRSQSRFLVENPDTYFKELKKQNISDRIIQRIKENNSPILLQEVKTNSIEKA 364 Query 390 QRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVT 449 +G+ G DY G L AYAPL + D +L W IL+ SEAF + F + VLVT Sbjct 365 LKGEEGLGILDDYRGVSSLVAYAPLKLSD-NLDWVILSKIYVSEAFEPIQIFGKR-VLVT 422 Query 450 VGIIV-VICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEM 508 I+V ++ + S+ ++ +V PI RL GT+KI++G V + V S DE L AFN+M Sbjct 423 SAILVPIVTILSLFLSRRLVMPIYRLISGTKKITSGQSNVVVTVPSDDEFCQLAGAFNKM 482 Query 509 SRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDE 568 +R + ++E L EQ ++ND LLL +P P+V+R + GE+ IA + VTVL A+I+G DE Sbjct 483 ARTIDEEKEALEEQIRKNDALLLKTLPAPIVKRLKQGEEKIADKFPHVTVLSANIVGFDE 542 Query 569 ISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDF 628 +S E V ++++++ FD AA+ VE+I T+ YLA G+ PRLD ++ Sbjct 543 QCDLMSAEEAVGLLNDIISAFDDAAQRHDVEKISTVGTSYLAASGLFVPRLDRDKAVIEL 602 Query 629 ALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMH---- 684 LEM RIV F+ + +R+GI +G+VI GL+G+ +Y++ G +A + Sbjct 603 GLEMLRIVRAFSQEKHLKFEIRIGIYSGEVIGGLLGKQKFIYNLIGNTAKVARFLMIVNS 662 Query 685 -SGSPQPGIYVTSQVYEAMRDVWQFTAAGTISV 716 G P I ++ +YE +++ +QF G I + Sbjct 663 VEGKPN-SILISQNLYEPLQEFYQFFKMGEIDI 694 >gi|254425372|ref|ZP_05039090.1| Adenylate and Guanylate cyclase catalytic domain protein [Synechococcus sp. PCC 7335] gi|196192861|gb|EDX87825.1| Adenylate and Guanylate cyclase catalytic domain protein [Synechococcus sp. PCC 7335] Length=699 Score = 419 bits (1077), Expect = 8e-115, Method: Compositional matrix adjust. Identities = 240/702 (35%), Positives = 402/702 (58%), Gaps = 11/702 (1%) Query 30 PRF-RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVET 88 P F R SIQSKLM +LL SI S+ IA Y+SGR +L + ++LT LR ++ R +E Sbjct 2 PSFNRLSIQSKLMSMLLAVSIGSIIVIAYEGYRSGRKALAGSFEKQLTSLRAAKARQIEN 61 Query 89 LFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADAT--ISPAQQQAIVNYYNNEFITPVE 146 F L + + +Y + ++A+ F++ +D + D + I + + ++Y NEF+ + Sbjct 62 YFQRLRSEIQVYGSTPSTIEAMKAFSSAYDSVLDESDSIDVRRTNGLRDFYRNEFVPALV 121 Query 147 RTTGDKLDITALLPTSPAQRYLQAYYTAPFTSD-QDAMRLDDAGDGSAWSAANAQFNSYF 205 TG +D LP++ RYLQ Y + D + D + +S A+ +++ F Sbjct 122 ERTGLAVDSDVYLPSTIVSRYLQFEYIVENPNPIGDKEEFEGPTDSTDYSQAHRRYHPIF 181 Query 206 REIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDF 265 R++V Y D L+D +GN+VY++ K+ D T++L G SNL + Y A N+ + Sbjct 182 RKVVEELGYYDLFLIDNQGNVVYSVEKEIDFATSLLFGA-ASSNLAEVYKDAQRQNS-GY 239 Query 266 TWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGS 325 + DF+ Y P P A++ P+ G + GV+A+ L +D+IN++MT +++W A G+G Sbjct 240 VAMVDFEFYIPSYSAPAAFMATPIYDGVELVGVMAIQLSVDEINRVMTGNQRWVADGLGE 299 Query 326 GTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEG 385 ET+L G DS+MRSDSR+ L+DP+ Y + A T + + R Q + L Q V + Sbjct 300 TGETFLVGEDSMMRSDSRVRLEDPDRYFAAIAATATDTEQIERIRQLETSILSQEVNNQA 359 Query 386 LRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRAL 445 + +AQ GQ+G T +Y G L AYAPL++ D W I + +++E FA V+ F+R + Sbjct 360 IDSAQEGQSGIDTVINYLGEPVLSAYAPLDIRGVD--WVIASEVDEAEIFAPVSIFARRV 417 Query 446 VLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAF 505 ++ G++ +I +AS+ +A A ++P+ RL G ++++ G EV + V + DE+G+LT AF Sbjct 418 LISAAGLVFLITLASLWLARAFLKPVNRLSEGFRRLALGHQEVLVDVLADDELGELTKAF 477 Query 506 NEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILG 565 N M + + L++++ +E + LLL+M P V +R R GE I E + VTV+F ++L Sbjct 478 NHMVKKNRKTSALVSQKTQETEALLLNMFPASVAKRLRKGEDLIVDEAESVTVVFINVLN 537 Query 566 VDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRT 625 ++ L + ++++++LV+ D A E GVE+I+T + YLA G++ RLD+ R Sbjct 538 FQHLTEELKPRKAIEVLNDLVKALDEATESHGVEKIKTTGSEYLAVSGLSVARLDHSKRI 597 Query 626 VDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHS 685 +DFA E +IV + N + +L +R+G++TG V++G VG ++YD+WG V A+ + S Sbjct 598 IDFAAESLQIVAQVNREWKVNLKMRIGVHTGGVMAGTVGTQRLIYDVWGDTVVTAHHVQS 657 Query 686 GSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGGLEE-PIYRL 726 + IYVT V + D++ F T V E PI+R+ Sbjct 658 AAAPNSIYVTKAVVGRLSDLYDFEP--TFDVESRENLPIFRV 697 >gi|336036484|gb|AEH82415.1| putative cyclase (adenylyl-or guanylyl- )(adenylate-or guanylate-) [Sinorhizobium meliloti SM11] Length=710 Score = 392 bits (1008), Expect = 1e-106, Method: Compositional matrix adjust. Identities = 229/693 (34%), Positives = 369/693 (54%), Gaps = 7/693 (1%) Query 29 RPRFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVET 88 RP R + KL +L+L ++V + Y R +L A +++LT R+++ R VE Sbjct 11 RP-VRWGLAVKLFTILVLLGAIAVLVTGVLGYFRARDALEKAVFDQLTAARQTKTRQVED 69 Query 89 LFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERT 148 F + L + VDA F DQL A P +Q + +Y FI + R Sbjct 70 YFRTIDAELRLLASSKMAVDATREFRIVVDQLDRAGAPPELRQKVGTWYTENFIPGITRV 129 Query 149 TGDKLDITALLPTSPAQRYLQAYYTA--PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFR 206 G K + LP A YLQ +Y P +++ + LDDAGDGS +S +A ++ R Sbjct 130 LGRKPVLADYLPVGAAPYYLQYHYIVANPHPAERRKL-LDDAGDGSEYSRLHAMYHPMMR 188 Query 207 EIVTRFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDF 265 + D ++ D + G ++YT+ K+ D T++ GPYR SN A + + Sbjct 189 AAAATLGFFDFMIADPKSGRLIYTVEKEVDFTTSLQAGPYRHSNAAAAAARCAASPDRSA 248 Query 266 TWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGS 325 + DF PY P G P A++ APV G GVL L ++I+ ++T R+W+ G G Sbjct 249 VCLEDFAPYAPSGGAPIAFMGAPVIDRGVVIGVLIAQLSNEEIDNVVTGGRRWRQEGFGD 308 Query 326 GTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEG 385 E YL GPD L+RS R F ++ E Y ++ + G + + ++G Q + T+ Sbjct 309 TGEAYLVGPDYLVRSGPRAFYENRENYFAELKSVGAPGEEIAAIERYGTPVQHQRINTKA 368 Query 386 LRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRAL 445 +AA G GT Y G L ++ PL +P + W ++A + +EAFA + + L Sbjct 369 TQAALAGVEGTGEIVGYRGVPTLASWGPLAIPG--IKWGLVAKIDSAEAFAPIERLRQDL 426 Query 446 VLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAF 505 ++V ++V+ ++ A++ P+R L G ++ +AGDY ++PV++ DEIG L +AF Sbjct 427 LVVGGLALLVVAATGAWLSRALLGPLRELTAGVRRFAAGDYRASVPVRTHDEIGQLCSAF 486 Query 506 NEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILG 565 N M +L K ++ + +EN++LLL+++P P+ R R GE+ IA +VTV FAD++G Sbjct 487 NGMVEDLHQKNVVIENKNRENEQLLLNVLPAPIANRLRGGEEAIADGFAEVTVAFADLVG 546 Query 566 VDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRT 625 E++S + +++V +++EL +FDSAA LG+E+I+T+ + Y+A CG+ P ++ R Sbjct 547 FTELTSEMPPHDVVTLLNELFTRFDSAAHDLGIEKIKTVGDAYMAVCGLPEPVANHAERM 606 Query 626 VDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHS 685 V A+ M I + + LRVGINTG V++G++G S +YD+WG V+LA +M S Sbjct 607 VRMAIRMVHITREHGMEHNASMKLRVGINTGPVVAGVIGTSKYIYDLWGDTVNLASRMES 666 Query 686 GSPQPGIYVTSQVYEAMRDVWQFTAAGTISVGG 718 G I VT VYE ++ + F G I V G Sbjct 667 GGIPDSIQVTRSVYEKLKGQFAFEPRGAIEVKG 699 >gi|333814333|gb|AEG07001.1| adenylate/guanylate cyclase with integral membrane sensor [Sinorhizobium meliloti BL225C] Length=698 Score = 392 bits (1006), Expect = 2e-106, Method: Compositional matrix adjust. Identities = 226/690 (33%), Positives = 367/690 (54%), Gaps = 6/690 (0%) Query 32 FRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFS 91 R + KL +L+L ++V + Y R +L A +++LT R+++ R VE F Sbjct 1 MRWGLAVKLFTILVLLGAIAVLVTGVLGYFRARDALEKAVFDQLTAARQTKTRQVEDYFR 60 Query 92 DLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGD 151 + L + VDA F DQL A P +Q + +Y FI + R G Sbjct 61 TIDAELRLLASSKMAVDATREFRIVVDQLDRAGAPPELRQKVGTWYTENFIPGITRVLGR 120 Query 152 KLDITALLPTSPAQRYLQAYYTA--PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIV 209 K + LP A YLQ +Y P +++ + LDDAGDGS +S +A ++ R Sbjct 121 KPVLADYLPVGAAPYYLQYHYIVANPHPAERRKL-LDDAGDGSEYSRLHAMYHPMMRAAA 179 Query 210 TRFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWI 268 + D ++ D + G ++YT+ K+ D T++ GPYR SN A + + + Sbjct 180 ATLGFFDFMIADPKSGRLIYTVEKEVDFTTSLQAGPYRHSNAAAAAARCAASPDRSAVCL 239 Query 269 TDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTE 328 DF PY P G P A++ APV G GVL L ++I+ ++T R+W+ G G E Sbjct 240 EDFAPYAPSGGAPIAFMGAPVIDRGVVIGVLIAQLSNEEIDNVVTGGRRWRQEGFGDTGE 299 Query 329 TYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRA 388 YL GPD L+RS R F ++ E Y ++ + G + + ++G Q + T+ +A Sbjct 300 AYLVGPDYLVRSGPRAFYENRENYFAELKSVGAPGEEIAAIERYGTPVQHQRINTKATQA 359 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLV 448 A G GT Y G L ++ PL +P + W ++A + +EAFA + + L++V Sbjct 360 ALAGVEGTGEIVGYRGVPTLASWGPLAIPG--IKWGLVAKIDSAEAFAPIERLRQDLLVV 417 Query 449 TVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEM 508 ++V+ ++ A++ P+R L G ++ +AGDY ++PV++ DEIG L +AFN M Sbjct 418 GGLALLVVAATGAWLSRALLGPLRELTAGVRRFAAGDYRASVPVRTHDEIGQLCSAFNGM 477 Query 509 SRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDE 568 +L K ++ + +EN++LLL+++P P+ R R GE+ IA +VTV FAD++G E Sbjct 478 VEDLHQKNVVIENKNRENEQLLLNVLPAPIANRLRGGEEAIADGFAEVTVAFADLVGFTE 537 Query 569 ISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDF 628 ++S + +++V +++EL +FD+AA LG+E+I+T+ + Y+A CG+ P ++ R V Sbjct 538 LTSEMPPHDVVTLLNELFTRFDAAAHDLGIEKIKTVGDAYMAVCGLPEPVANHAERMVRM 597 Query 629 ALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSP 688 A+ M I + + LRVGINTG V++G++G S +YD+WG V+LA +M SG Sbjct 598 AIRMVHITREHGMEHNASMKLRVGINTGPVVAGVIGTSKYIYDLWGDTVNLASRMESGGI 657 Query 689 QPGIYVTSQVYEAMRDVWQFTAAGTISVGG 718 I VT VYE ++ + F G I V G Sbjct 658 PDSIQVTRSVYEKLKGQFAFEPRGAIEVKG 687 >gi|300864236|ref|ZP_07109119.1| putative Adenylate/guanylate cyclase with integral membrane sensor [Oscillatoria sp. PCC 6506] gi|300337773|emb|CBN54265.1| putative Adenylate/guanylate cyclase with integral membrane sensor [Oscillatoria sp. PCC 6506] Length=728 Score = 378 bits (971), Expect = 2e-102, Method: Compositional matrix adjust. Identities = 213/686 (32%), Positives = 371/686 (55%), Gaps = 7/686 (1%) Query 36 IQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTN 95 I+SKL + LL+ ++ S A + + + ++ L + +LT +R ++ +E+ F + N Sbjct 9 IKSKLTIALLVVTLGSTAIVGILTWNRAKSILTQRIFSQLTSVRAAKAAQIESYFQYIHN 68 Query 96 SLVIYERGLTVVDAVVRFTAGFDQL--ADATISPAQQQAIVNYYNNEFITPVERTTGDKL 153 + +V A+V F F QL + TISP Q+I +YY EF + + Sbjct 69 QIETLSEDRMIVTAMVDFNQAFQQLNQSKLTISPTWNQSIQSYYTKEFFPRLSKNIEGTP 128 Query 154 DITALLPTSPAQRYLQAYY-TAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRF 212 P + +YLQ +Y T F L A DGS +SA +++++ R ++ +F Sbjct 129 VFELYAPKTELAQYLQYHYITNNFHPVGKKDELMAATDGSEYSAIHSKYHKILRNLIKKF 188 Query 213 DYDDAVLLDTRGN-IVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDF 271 Y D L++ IVY++ K+ D +N+ TGPY +SNL I DF Sbjct 189 GYYDLFLINPETEEIVYSVYKETDFTSNLQTGPYSQSNLASVVAAVKQNPDPSAVQIVDF 248 Query 272 KPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYL 331 Y+P G P A++ P+ + G+LA+ LP+D+IN I+T +R W+ G+G ETYL Sbjct 249 ASYRPSYGAPAAFMAVPIYQETQLVGILAVQLPVDEINSILTGNRGWEREGLGKTGETYL 308 Query 332 AGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQR 391 G D LMRS SR ++DP Y + + + GT ++ Q + LLQ V TEG + A + Sbjct 309 VGSDYLMRSISRFLIEDPINYYQALRSGGTPERIIQTIEQLKTSILLQRVETEGSKKALQ 368 Query 392 GQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVG 451 G+ GT DY L +YAPL + ++W +L+ + +EA+ + + ++++ V Sbjct 369 GKQGTEIINDYRQVPVLSSYAPLKI--KGINWVVLSEIDLAEAYEPLNNLQNYIIILAVV 426 Query 452 IIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYE-VNIPVKSRDEIGDLTAAFNEMSR 510 +++ + + S++ A+ V+PI L +++I G E + ++DE+ L FNEM R Sbjct 427 LVLFVTLISLVAANNFVKPIEILIQDSRQIMRGKLEDAELQSTTQDELSHLVKTFNEMIR 486 Query 511 NLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEIS 570 +LQ + L ++++EN+ LLL+++P V +R++ GE+ I E + T+L A + G++E+S Sbjct 487 SLQDQTILAEQRQRENEELLLNILPSTVAQRWKTGEEGITDETEQATILVASLEGINELS 546 Query 571 SGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFAL 630 G +E+ +++E++ FD+AA+ L V I + Y A CG+ TPRLD+ R V+ L Sbjct 547 IGRGVSEVASLLNEMINGFDAAAQQLDVLGITRIGELYFAVCGLATPRLDHTKRVVELGL 606 Query 631 EMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQP 690 EM I+ FN + +L LR+GI+ G ++ ++ S Y +WG +++A Q++ + Sbjct 607 EMLDILQAFNNKYNLNLKLRIGIDAGKIMGAVIEAKSFSYYIWGEGLAIASQLNRMAAPN 666 Query 691 GIYVTSQVYEAMRDVWQFTAAGTISV 716 I + ++V+E +RD++ F A I + Sbjct 667 TIRIPNEVHERVRDLYIFQPAEEIEL 692 >gi|300866763|ref|ZP_07111445.1| putative Globin domain protein [Oscillatoria sp. PCC 6506] gi|300335269|emb|CBN56605.1| putative Globin domain protein [Oscillatoria sp. PCC 6506] Length=866 Score = 377 bits (968), Expect = 4e-102, Method: Compositional matrix adjust. Identities = 222/692 (33%), Positives = 375/692 (55%), Gaps = 5/692 (0%) Query 33 RASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSD 92 R +IQSKL LLL S+ SV ++ I + + +LR+ E+L + ++ E+ F + Sbjct 23 RWTIQSKLQALLLGVSLGSVVVVSGIGWYQTQATLRSKIAEQLEGISTTKAEQFESYFEN 82 Query 93 LTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERT-TGD 151 L N + + VV A+V +G+ L I P +A+ YY+ +F +++ + + Sbjct 83 LNNQVGMLAADGNVVKAMVELNSGYRILESNLIPPEWDKALDTYYSEKFFPRLQKNLSPE 142 Query 152 KLDITALLPTSPAQRYLQAYYTAPFTSD-QDAMRLDDAGDGSAWSAANAQFNSYFREIVT 210 ++ + +PT A RYLQ +Y A + + +L DAGDGS +S A+A++ + EI+ Sbjct 143 AINPSVYIPTGQAARYLQYHYIASNPNPVGEKNKLLDAGDGSDYSKAHAKYQQFLAEIIE 202 Query 211 RFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWIT 269 RF Y D L++ + G+I+Y+ K+ D T+ L G Y +S+L D K + Sbjct 203 RFGYYDLFLINHKTGDIIYSYFKETDFATSRLQGFYYQSSLADLVQKVQSNPTKGNIQVA 262 Query 270 DFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTET 329 DFKPY+P P A++ P+ +G G+LA+ +P DKI++ ++ + W+ +G+ E Sbjct 263 DFKPYRPSYNAPAAFVATPIYSGSNMIGILAVQIPTDKIDQAISRNNNWETSGLQKTGEA 322 Query 330 YLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAA 389 YL GPD+LMRS SR +++DP++Y+ V GT + F T LQ + + +AA Sbjct 323 YLVGPDALMRSTSRFWVEDPKKYQNIVGNTGTDKRTLELMENFKTTIGLQKIDSTAAQAA 382 Query 390 QRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVT 449 G+ G + +++Y G L AY+PL + + L+W+ILA EA++ + + L++ Sbjct 383 LEGKQGMMVNSNYRGVEVLSAYSPLKL--NGLNWAILAEIEVGEAYSPLYNLQIILLIAA 440 Query 450 VGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMS 509 ++ + + A P+RRL +K+SAGD +V + VKS+DE G+L F E++ Sbjct 441 ALFLLGTAFLAAMAAKIFTTPLRRLSENARKLSAGDLDVEVEVKSQDEFGELATEFKEVA 500 Query 510 RNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVDEI 569 L+ EE L + +EN LL +++P + ER + GE++IA + VT+L ++ G+ E+ Sbjct 501 NKLRQTEEQLQIKDRENSILLNNILPNAIAERRKQGEESIADNLKQVTILNVNLAGISEL 560 Query 570 SSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVDFA 629 + LS ++ +++ +L FDSAAE G+ER+ + Y+A CG+T R D+ R VD A Sbjct 561 NKRLSPQKMTELLTQLFDDFDSAAERYGLERLNSATTSYMAVCGLTQARFDHSQRAVDLA 620 Query 630 LEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGSPQ 689 L M I+ R N + L LR+ I+ G V +G+VG Y +WG +A + + Sbjct 621 LVMLEIIQRLNVNYNSPLALRISIHAGSVTTGVVGTERFGYKIWGETAYIASSLQNQPNL 680 Query 690 PGIYVTSQVYEAMRDVWQFTAAGTISVGGLEE 721 I +T VYE + D + F + + G E Sbjct 681 NYILLTQSVYERIADSYTFIKNPVVKIQGFPE 712 >gi|220906967|ref|YP_002482278.1| adenylate/guanylate cyclase with integral membrane sensor [Cyanothece sp. PCC 7425] gi|219863578|gb|ACL43917.1| adenylate/guanylate cyclase with integral membrane sensor [Cyanothece sp. PCC 7425] Length=758 Score = 357 bits (916), Expect = 5e-96, Method: Compositional matrix adjust. Identities = 215/688 (32%), Positives = 366/688 (54%), Gaps = 20/688 (2%) Query 35 SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLT 94 SI+SKL ++LL+ S+ S+ +A + + L + +LT +R ++ +ET F L Sbjct 26 SIKSKLQIMLLIVSLGSIVVVAYLSLSKAQQILTQRIFAQLTSVRTAKADQIETYFHTLR 85 Query 95 NSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLD 154 + L V A+ F + +L D I P +AI +YYN EF+ + + Sbjct 86 HQLETLSESRMVATAMQDFNRDYQKLNDQKIPPVWDRAIESYYNQEFLPRLSKHIDGTPI 145 Query 155 ITALLPTSPAQRYLQAYYTA----PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVT 210 PTSP R+LQ Y A P D ++ DGS +S +A ++ +FR +V Sbjct 146 FATYRPTSPESRFLQYQYIAHNPNPVGEKDDLLQ---PKDGSNYSKVHALYHPFFRNLVQ 202 Query 211 RFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWIT 269 R Y+D L+D G+++Y++ K+ D +N+ TGPYR+SNL + + Sbjct 203 RLGYEDLFLIDAETGDVIYSVKKETDFASNLYTGPYRDSNLAAVVKEVRNNPDRGAIQLV 262 Query 270 DFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTET 329 DF+ Y+P P A++ A + G + G+L + L D IN+I+T ++QW+ G+G ET Sbjct 263 DFQFYRPSYNAPAAFMAASIFDGTRRVGILVVQLSSDTINQILTGNQQWKQQGLGETGET 322 Query 330 YLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAA 389 Y+ G D +RS RL ++ P Y + G S + + + + LLQP+ T +AA Sbjct 323 YIVGDDFRLRSVLRLLIEQPSAYFNALRREGVSPETIQSIQRLNSSLLLQPIETVAAQAA 382 Query 390 QRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVT 449 +G+TGT Y GS L +YAPLN+ ++W I++ SEAFA + + + L+L Sbjct 383 LQGKTGTQILPGYRGSLVLASYAPLNI--RGVNWGIISEMALSEAFAPINALQQYLLLSA 440 Query 450 VGIIVVICVASMLIAHAMVRPI-----RRLEVGTQKISAGDYEVN----IPVKSRDEIGD 500 + +I+++ + + + A VRPI R G + G+ +V+ + S+DE+ + Sbjct 441 IIMILLVTLFAAIAAQRFVRPIDLMVQRYGNCGADPLPDGE-DVSSLSELKFGSQDELSE 499 Query 501 LTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLF 560 L N M + K + E+ KEN+ LLL+++P PV+ER+R GE+ I + Q VTV+ Sbjct 500 LAQICNGMVVQIHQKTAAIAEKEKENETLLLNILPRPVMERWRKGEKQIIDQVQQVTVIV 559 Query 561 ADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLD 620 I+G++ + + + ++EL+ D A+ VER+ + Y+A CG+T PRLD Sbjct 560 VQIVGLERAMTQPDNQMMAEGLNELITLLDKKADKFDVERLNCFGDRYVAVCGLTKPRLD 619 Query 621 NIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLA 680 ++ R VDFA + +++ N + +L+LR+GI+TG V + L+G+ V YD+WG VS+A Sbjct 620 HVKRGVDFAQDGLQLIKEVNQKYSLNLNLRMGIHTGAVTAALIGQKKVCYDIWGETVSIA 679 Query 681 YQMHSGSPQPGIYVTSQVYEAMRDVWQF 708 Q+ + + T+ + +++ D++ F Sbjct 680 TQLAQQAETDTLRATANICDSVPDLFPF 707 >gi|254425852|ref|ZP_05039569.1| Globin domain protein [Synechococcus sp. PCC 7335] gi|196188275|gb|EDX83240.1| Globin domain protein [Synechococcus sp. PCC 7335] Length=876 Score = 343 bits (879), Expect = 8e-92, Method: Compositional matrix adjust. Identities = 210/689 (31%), Positives = 359/689 (53%), Gaps = 11/689 (1%) Query 35 SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLT 94 + +SKL++L L SI SV IA + R LR AA+ +L LR Q V+ F L Sbjct 12 TFKSKLILLTLFASISSVIVIAILSIGLSRRGLRQAAFSQLNVLRSEQAEQVQNYFQQLQ 71 Query 95 NSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLD 154 + + +V A+V F F +L I + + YY + + TG + Sbjct 72 SHTLTLSANRAIVVAMVEFNKEFRRLDRQFIPTEWDEPLKRYYEANYFPRLSDITGSEPR 131 Query 155 ITALLPTSPAQRYLQAYYTAPFTS-DQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFD 213 + P+ A RYLQ YY + D + +L A D S +S +++F+ +I +F Sbjct 132 FGSYRPSGQAARYLQHYYLSQNDYLDAEKNQLITADDDSEYSRYHSEFHPLLNDIAQQFG 191 Query 214 YDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFK 272 Y D L++ + G+IVY+++K PD GTN+ TG YR+S+L D ++A I DF Sbjct 192 YADLYLINQKTGDIVYSVNKRPDYGTNLETGAYRDSSLADLVATVRESSARGEVAIADFA 251 Query 273 PYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLA 332 PY+P GVP+ ++ +P+ G G+LA+ L D+I+++MT + ++YL Sbjct 252 PYEPASGVPSLFIASPIYNGPYVVGILAIRLETDQISQLMTETLTEDTPS--TSLDSYLV 309 Query 333 GPDSLMRSDSRLF-----LQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLR 387 G D +RS+ + F D + Y +++ G S + + + LLQPV + Sbjct 310 GADGSLRSEPQFFRDSLSKDDIQSYTRRLRRQGVSDETLAAITRLESPVLLQPVKAAAAQ 369 Query 388 AAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVL 447 +A G T T DY G L AYAPL + L W++++ + +EAFA + A+++ Sbjct 370 SAIGGATDTERLQDYRGVSVLSAYAPLEI--EGLDWAVISQIDTAEAFATLTHLELAILV 427 Query 448 VTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNE 507 ++ +I +M A ++P+R+L ++ GD+E I + DEIG LT Sbjct 428 ASILLITAFTFLAMAAATMTIQPVRQLNEWADRVVDGDFEAEIDLDLEDEIGQLTDTLQI 487 Query 508 MSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLFADILGVD 567 M +L + L+++ +N+ LL +++P + +R + GE IA + + +TV++A+I+G+ Sbjct 488 MVTSLSHQVATLDQKMAQNEVLLTNLVPPAIAKRLKRGETIIADQIRQITVIYANIVGIS 547 Query 568 EISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLDNIPRTVD 627 E+S LS E+ ++ +L++ FD E G+ER T Y+A CG+TT RLD+ RTVD Sbjct 548 ELSQTLSPEEVTALLTKLMQAFDDVGEQHGMERQNTPSVDYMAICGLTTARLDHTKRTVD 607 Query 628 FALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLAYQMHSGS 687 FALEM +I++ L LR+ ++TG V +G+VG Y +WG ++ L ++++ + Sbjct 608 FALEMLKIINLPEFGQSFALGLRLAVHTGPVTAGVVGTKRFGYSVWGESIYLVTRLYAHA 667 Query 688 PQPGIYVTSQVYEAMRDVWQFTAAGTISV 716 + +T Y+ + + + AAG +++ Sbjct 668 ALNSVVLTEAAYQQIAETYTCVAAGAVAI 696 >gi|158425589|ref|YP_001526881.1| adenylate cyclase [Azorhizobium caulinodans ORS 571] gi|158332478|dbj|BAF89963.1| putative adenylate cyclase [Azorhizobium caulinodans ORS 571] Length=739 Score = 332 bits (852), Expect = 1e-88, Method: Compositional matrix adjust. Identities = 215/682 (32%), Positives = 356/682 (53%), Gaps = 22/682 (3%) Query 35 SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLT 94 SI+SK++ +LL+ I + A + + +SG T+L+++ +++LT LR ++ V F D++ Sbjct 30 SIRSKVLAMLLICGIGCLVAASLVAMRSGTTTLKSSIFDQLTTLRTAKAAQVVNWFQDVS 89 Query 95 NSLVIYERGLTVVDAVVRFTAGFDQL---ADATISPAQQQAIVNYYNNEFITPVERTTGD 151 + + + + + F+A + + A AT +P + YY ++F+ Sbjct 90 DDFSDISQDASTIAGIQAFSAAYLRAGVGASATPTPE----LDAYYKDKFLPSFAMLVDA 145 Query 152 KLDITALLPTSPAQRYLQAYYTA----PF----TSDQDAMRLDDAGDGSAWSAANAQFNS 203 L LP SPA LQA Y P S +D + D+G +A+ A A+F Sbjct 146 PLVPRGFLPASPAALRLQAAYVTRNANPVGTEGVSREDTGQPADSGL-AAYDDAVARFQP 204 Query 204 YFREIVTRFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKAL-GAN 261 +FR V +D +L+DTR G IVYT++K DLG ++ +G S A+ + + G Sbjct 205 FFRRAVETHALEDILLVDTRSGTIVYTVAKRTDLGASLKSGSLSTSGAARAFSRVIEGGG 264 Query 262 AVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAA 321 T + DF Y P P+A++ APV + G GV+ L + +IN +MT DR W+ A Sbjct 265 VPGHTVLEDFSAYIPAGLRPSAFIAAPVFSDGNLVGVVIGVLSVKQINALMTNDRHWEEA 324 Query 322 GMGSGTETYLAGPDSL-MRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQP 380 G+G E YL G + L MRS SR +QDP Y K + A G S + + R F + Q Sbjct 325 GLGRTGEVYLVGVNELLMRSPSRFLIQDPAAYFKALEATGVSSETLARIRHFDSPIMAQK 384 Query 381 VATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVAS 440 V+TE R Q+G++ T DY G L ++ P+ V LHW ++A ++++EA A V Sbjct 385 VSTEATREGQKGRSDTQIVADYRGVSTLSSWGPVAV--QGLHWIVVAQQDEAEALAPVDG 442 Query 441 FSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGD 500 ++++V V++ S+ +A RPI+ + G ++AGD V IPVK RDE D Sbjct 443 LRHSILVVAALAAVILTAISVALASVFTRPIQAVLAGVNTLAAGDESVRIPVKGRDEFAD 502 Query 501 LTAAFNEMSRNLQTKEELLNEQRKENDRLLLSMMPEPVVERYRLGEQTIAQEHQDVTVLF 560 L AFN M+ + + + ++ E ++LL + P+ + +R R GE ++ ++V V+ Sbjct 503 LARAFNAMANEIAERSARIEQKTVEYEQLLRNFYPDLIADRIRNGEGAFSEHVRNVCVVV 562 Query 561 ADILGVDEISSGLSGNELVKIVDELVRQFDSAAEHLGVERIRTLHNGYLAGCGVTTPRLD 620 I G + + G SG L + V+ +V D G+E+IRT+ Y+A CG++TPRLD Sbjct 563 LIIEGFEGLVRGGSGETLER-VNAVVGDLDELCTAGGLEKIRTIGETYMAACGLSTPRLD 621 Query 621 NIPRTVDFALEMRRIVDRFNCQTGNDLHLRVGINTGDVISGLVGRSSVVYDMWGAAVSLA 680 R + F ++ +DR + +L +R G+ GDV G+VGR ++YD+WGA + A Sbjct 622 AAQRGLAFVEQVSGALDRLSRVYEVELSVRAGVALGDVEVGIVGRHRMLYDVWGATMLEA 681 Query 681 YQMHSGSPQPGIYVTSQVYEAM 702 ++ + + VT V++ + Sbjct 682 RRIVFDAEPGTVRVTEAVFQQL 703 >gi|262275612|ref|ZP_06053421.1| methyl-accepting chemotaxis protein [Grimontia hollisae CIP 101886] gi|262219420|gb|EEY70736.1| methyl-accepting chemotaxis protein [Grimontia hollisae CIP 101886] Length=771 Score = 244 bits (624), Expect = 3e-62, Method: Compositional matrix adjust. Identities = 154/489 (32%), Positives = 250/489 (52%), Gaps = 21/489 (4%) Query 35 SIQSKLMVLLLLTSIVSVAAIAAIV----YQSGRTSLRAAAYERLTQLRESQKRAVETLF 90 +I SK+ + + S +V A A ++ + T++ +L +RE +K VE F Sbjct 2 NISSKIKMAFVAISATAVIATAGLLATTAIDASTTAMEKQIENQLLSVREVKKSEVENYF 61 Query 91 SDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIV-NYYNNEFITPVERTT 149 ++++ L+ DA+V+F+ F+ +A T + Q AI+ +YY N F + T Sbjct 62 TNISKQLINLANSTMTEDAMVQFSQSFNSVATETFPKSNQAAILKDYYQNAFAAVYQETN 121 Query 150 GDKLD-ITALLPTSPAQRYLQAYYTA----PFTSDQDAMRLDDAGDGSAWSAANAQFNSY 204 + + +T L LQ Y P S LD A DG+ +S + F++ Sbjct 122 NEPTNALTHLNDIDLNGLLLQQAYIGLNKNPLGSKH---LLDKANDGTIYSEVHEVFHNN 178 Query 205 FREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVD 264 +R + F Y D L+D GN+VY++ K+ D TN+ TGPY+ S L +A++ A N D Sbjct 179 YRTFLESFGYYDIFLIDNAGNVVYSVFKELDYATNLQTGPYKNSGLAEAFISAKDLNKGD 238 Query 265 FTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMG 324 F ++ DFKPY P P +++ PV GG+ GVLA +PID IN IMT++ +W+ GMG Sbjct 239 FAFV-DFKPYYPSYDSPASFIGTPVIKGGRHVGVLAFQMPIDTINSIMTSNGKWRENGMG 297 Query 325 SGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATE 384 E +L G D LMRS +R+ + + +EY K + G S +V+ R +T QPV ++ Sbjct 298 ESGELFLVGSDGLMRSQARMLVDNKDEYLKHLGETGVSPNVIERISTTNSSTGQQPVNSK 357 Query 385 GLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAV----AS 440 A G+ G VTS ++ GS AY P+ + D+ W ++A + EA A V ++ Sbjct 358 HADQALDGKKGFVTSENHLGSTVFAAYTPIKILDT--QWGLIAEISKQEALANVHALQST 415 Query 441 FSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISA-GDYEVNIPVKSRDEIG 499 +A + + II + + + L+A ++ RPI L I+ D V + K +DEI Sbjct 416 LHQAAGITGIVIIAIAMICAWLMASSISRPIVALTHHITTIATHHDLTVRLNTKGKDEIA 475 Query 500 DLTAAFNEM 508 L+++ N M Sbjct 476 QLSSSMNAM 484 >gi|83815947|ref|YP_446697.1| methyl-accepting chemotaxis protein [Salinibacter ruber DSM 13855] gi|83757341|gb|ABC45454.1| methyl-accepting chemotaxis protein [Salinibacter ruber DSM 13855] Length=932 Score = 240 bits (612), Expect = 7e-61, Method: Compositional matrix adjust. Identities = 155/494 (32%), Positives = 259/494 (53%), Gaps = 12/494 (2%) Query 23 KNVLRRRPRFRA-SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRES 81 ++V PR R SI++KL++ LL +SV + I Y S R L + A RL ++ + Sbjct 22 QHVFSVMPRLRDLSIRAKLLLTLLGIGGLSVGIMGWIGYSSARQRLESEALGRLAGVQAN 81 Query 82 QKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISP--AQQQAIVNYYNN 139 + AVE DL +V + V A+ +F + F L +P A+ YY + Sbjct 82 KANAVEAYVEDLRRQVVTTSKDDQTVRAMQKFRSAFRVLDARNAAPIGGGTAAVRTYYED 141 Query 140 EFITPVERTTGDKLDITALLPTSPAQRYLQAYYTA--PF-TSDQDAMRLDDAGDG-SAWS 195 EF +E TG + +P +YLQ Y A P ++D RLD G+G + Sbjct 142 EFGPRLEEGTGTDGAAASYVPEEGHIQYLQNKYIASNPHPVGEKD--RLDRPGEGWEVYH 199 Query 196 AANAQFNSYFREIVTRFDYDDAVLLD-TRGNIVYTLSKDPDLGTNILTGPYRESNLRDAY 254 +A+++ FR ++ F++ D L++ G++VY++ K+ D GT++L GPYR+SNL +A+ Sbjct 200 VPHARYHDAFRRLLHAFNHADLFLVEPDNGHVVYSVQKEVDFGTSLLDGPYRDSNLAEAF 259 Query 255 LKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTA 314 A GA D + DF Y P G P +++ +P+ G+ GVL + + +IN+ +T Sbjct 260 RAARGAETGDAHRMVDFAAYGPSHGTPASFVASPIMDAGEVIGVLVFQVSVGEINETLTG 319 Query 315 DRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGG 374 + W A G+G ET L G D MR+D+R L+D + Y + + + G ++R Sbjct 320 GQDWAAEGLGETGETVLVGADRRMRTDARFLLEDQDAYLQTLRSQGHDDATIDRIDALNT 379 Query 375 TTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEA 434 T L Q V E + A G TG T DY G L AY P+++ ++W++++ + EA Sbjct 380 TILQQEVRMEAVDRALAGSTGRTTEADYRGEAVLSAYGPVDL--EGVNWAVVSKIDRDEA 437 Query 435 FAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKS 494 AAV + + + L ++V++ + ++ ++ RP+ L +K +AG + +PV+ Sbjct 438 LAAVDALTGRIALWGGALLVLVAGIAFVVVRSLTRPLLALRDAARKATAGTLDAAVPVEG 497 Query 495 RDEIGDLTAAFNEM 508 +DE+G+LTAAFNEM Sbjct 498 QDEVGELTAAFNEM 511 >gi|294508633|ref|YP_003572692.1| methyl-accepting chemotaxis protein DcrH [Salinibacter ruber M8] gi|294344962|emb|CBH25740.1| Methyl-accepting chemotaxis protein DcrH [Salinibacter ruber M8] Length=932 Score = 240 bits (612), Expect = 8e-61, Method: Compositional matrix adjust. Identities = 155/494 (32%), Positives = 259/494 (53%), Gaps = 12/494 (2%) Query 23 KNVLRRRPRFRA-SIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRES 81 ++V PR R SI++KL++ LL +SV + I Y S R L + A RL ++ + Sbjct 22 QHVFSVMPRLRDLSIRAKLLLTLLGIGGLSVGIMGWIGYSSARQRLESEALGRLAGVQAN 81 Query 82 QKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISP--AQQQAIVNYYNN 139 + AVE DL +V + V A+ +F + F L +P A+ YY + Sbjct 82 KANAVEAYVEDLRRQVVTTSKDDQTVRAMQKFRSAFRVLDARNAAPIGGGTAAVRTYYED 141 Query 140 EFITPVERTTGDKLDITALLPTSPAQRYLQAYYTA--PF-TSDQDAMRLDDAGDG-SAWS 195 EF +E TG + +P +YLQ Y A P ++D RLD G+G + Sbjct 142 EFGPRLEEGTGTDGAAASYVPEEGHIQYLQNKYIASNPHPVGEKD--RLDRPGEGWEVYH 199 Query 196 AANAQFNSYFREIVTRFDYDDAVLLD-TRGNIVYTLSKDPDLGTNILTGPYRESNLRDAY 254 +A+++ FR ++ F++ D L++ G++VY++ K+ D GT++L GPYR+SNL +A+ Sbjct 200 VPHARYHDAFRRLLHAFNHADLFLVEPDNGHVVYSVQKEVDFGTSLLDGPYRDSNLAEAF 259 Query 255 LKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTA 314 A GA D + DF Y P G P +++ +P+ G+ GVL + + +IN+ +T Sbjct 260 RAARGAETGDAHRMVDFAAYGPSHGTPASFVASPIMDAGEVIGVLVFQVSVGEINETLTG 319 Query 315 DRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGG 374 + W A G+G ET L G D MR+D+R L+D + Y + + + G ++R Sbjct 320 GQDWAAEGLGETGETVLVGADRRMRTDARFLLEDQDAYLQTLRSQGHDDATIDRIDALNT 379 Query 375 TTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEA 434 T L Q V E + A G TG T DY G L AY P+++ ++W++++ + EA Sbjct 380 TILQQEVRMEAVDRALAGSTGRTTEADYRGEAVLSAYGPVDL--EGVNWAVVSKIDRDEA 437 Query 435 FAAVASFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVKS 494 AAV + + + L ++V++ + ++ ++ RP+ L +K +AG + +PV+ Sbjct 438 LAAVDALTGRIALWGGALLVLVAGIAFVVVRSLTRPLLALRDAARKATAGTLDAAVPVEG 497 Query 495 RDEIGDLTAAFNEM 508 +DE+G+LTAAFNEM Sbjct 498 QDEVGELTAAFNEM 511 >gi|260777498|ref|ZP_05886392.1| methyl-accepting chemotaxis protein [Vibrio coralliilyticus ATCC BAA-450] gi|260607164|gb|EEX33438.1| methyl-accepting chemotaxis protein [Vibrio coralliilyticus ATCC BAA-450] Length=770 Score = 221 bits (563), Expect = 3e-55, Method: Compositional matrix adjust. Identities = 151/491 (31%), Positives = 250/491 (51%), Gaps = 27/491 (5%) Query 42 VLLLLTSIVSVAAIAAIVYQSGRTS------LRAAAYERLTQLRESQKRAVETLFSDLTN 95 ++L T + S+A +A + R S L A +LT +RE++K +E F + Sbjct 7 IVLASTLLCSIAVVATGTFVGWRASELSEQALYQRAISQLTSIRENKKSEIENYFQHIRG 66 Query 96 SLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKL-- 153 +V + V DA+V F F++ ++S + ++ NYY + F T G Sbjct 67 QIVTTANSIGVRDAMVAFKDTFERYPVESVSSSDLSSLSNYYTSNFGTTYRTANGGNSAN 126 Query 154 DITALLPTSPAQRYLQAYYTA----PFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIV 209 ++ L SP + LQA Y P ++ M D G + + + +++ + + Sbjct 127 ELQKLNMLSPRAKALQARYIGVNPNPL-GEKHQMMADSLG--TEYDKVHNKYHPSIKGFL 183 Query 210 TRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWIT 269 F Y D L+D GN+VY++ K+ D TN+ +GPY S + A+ AL A + + Sbjct 184 EEFGYYDIFLVDPSGNVVYSVFKELDYATNLNSGPYAGSGIAKAFKNALNKGASQY-HLE 242 Query 270 DFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTET 329 DF PY P +++ PV+ KT GVL +P+DKIN IMT W AG+G+ ET Sbjct 243 DFAPYFPSYEAAASFIATPVKVDNKTIGVLIFQMPVDKINSIMTFGENWSYAGLGNSGET 302 Query 330 YLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTL-LQPVATEGLRA 388 YL GPDSL+RS+SR L++PE Y +++ A+G S +++++ IQ + + Q V T ++A Sbjct 303 YLVGPDSLLRSESRFLLEEPELYFEELKASGVSKNIMDQ-IQGKSSAIGRQMVDTASVKA 361 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAV-----ASFSR 443 A RGQ+G+ DY G L Y+PL+ + L W+I+ + +EA A + + F+ Sbjct 362 AFRGQSGSEVVDDYRGIEVLSVYSPLDA--AGLQWAIVTEIDKAEALADLDALVQSKFTT 419 Query 444 ALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKISA-GDYEVNIPVKSRDEIGDLT 502 L + VG+ + V S + ++ +PIR Q+IS D + V+ +DE+ DL Sbjct 420 VLTSIVVGVTAAVLV-SYFLGSSISKPIRVASEKIQRISRDNDLTERLDVEGKDEMTDLA 478 Query 503 AAFNEMSRNLQ 513 + N + +LQ Sbjct 479 VSLNSLFTHLQ 489 >gi|124003802|ref|ZP_01688650.1| PAS domain S-box protein [Microscilla marina ATCC 23134] gi|123990857|gb|EAY30324.1| PAS domain S-box protein [Microscilla marina ATCC 23134] Length=1528 Score = 221 bits (563), Expect = 3e-55, Method: Compositional matrix adjust. Identities = 128/482 (27%), Positives = 240/482 (50%), Gaps = 13/482 (2%) Query 45 LLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGL 104 +L IV + + + + LR +++L +RE +K+ +E F + N + + Sbjct 1 MLVGIVPLIILMFLGFWFTGNLLRKKNFDQLNAIREYKKQTIEEYFQLVRNEIQYLSKNH 60 Query 105 TVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITALLPTSPA 164 T+V+A+ F F A ++ + +YY ++ + + ++ L+P Sbjct 61 TIVNAMREFKDSFHASAPTRLNENDIAKVKSYYKDKIFKKLGNNLSN-FELNRLIPQDST 119 Query 165 QRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTR- 223 + Q YY A + + + ++N + +F Y D +L+D Sbjct 120 TLFFQRYYMAEMAG---------IKNDHPYHDVHTKYNQDITNFLKKFKYYDILLIDNET 170 Query 224 GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTA 283 G+I+Y++ K+ D T++ TGPY +SN+ + + A DF I DF+ Y P P Sbjct 171 GHIIYSVDKEIDFATSLKTGPYSQSNIAKVFQEVKQAREPDFVKIYDFEQYTPSFMFPAM 230 Query 284 WLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSR 343 ++ PV G + G L L +I++ MT + +W G+G E+Y+ G DS MR+D+R Sbjct 231 FIGTPVFDGKRNIGTLVFELSTKEIDRTMTNEHKWTEVGLGKTGESYIVGRDSKMRNDAR 290 Query 344 LFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYT 403 ++DP+ + K + + + + QF + L Q + TE ++ A G+ +TDY Sbjct 291 AMIEDPKAFLKLLTKLKLNAGDLEKMKQFQSSILFQEIKTEAVKDAYLGRVDAKIATDYR 350 Query 404 GSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICVASMLI 463 R L +Y PL +P DL W ++ ++ E + SF+R + ++++I V ++L+ Sbjct 351 NQRVLTSYTPLKIP--DLEWFLVTQIDEKEVMQPMDSFARKAYQGVLILLIIILVITLLL 408 Query 464 AHAMVRPIRRLEVGTQKISAGDYEVNIPVKSRDEIGDLTAAFNEMSRNLQTKEELLNEQR 523 + + PI++L GT+ I G + + V S+DEIGDL +FN+M++N++ K E L+E+R Sbjct 409 SKNLSSPIKQLLEGTKNIQQGKLDTEVQVTSKDEIGDLAHSFNQMAQNIKEKNESLDEKR 468 Query 524 KE 525 ++ Sbjct 469 QK 470 >gi|331006729|ref|ZP_08330002.1| methyl-accepting chemotaxis sensory transducer [gamma proteobacterium IMCC1989] gi|330419461|gb|EGG93854.1| methyl-accepting chemotaxis sensory transducer [gamma proteobacterium IMCC1989] Length=814 Score = 212 bits (540), Expect = 2e-52, Method: Compositional matrix adjust. Identities = 149/495 (31%), Positives = 240/495 (49%), Gaps = 33/495 (6%) Query 36 IQSKLMV----LLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFS 91 I +K+++ L ++ +VS +A I R +L A + L +R+ + Sbjct 3 INTKMIIGGGFLSVIPVVVSGIFLANIAINESRVALEEDAKQSLIAIRDITATEITNYIH 62 Query 92 DLTNSLVIYERGLTVVDAVVRFTAGFDQLADA---TISPAQQQAIVNYYNNEFITP-VER 147 + L VVDA+ F+ F + A + S Q+ ++ NYY F E Sbjct 63 TIEKEAASLSENLMVVDAMNEFSTAFSEYASNIPNSESAQQKNSVDNYYRQAFGQHFAEL 122 Query 148 TTGDKLDITALLPTSPAQRYLQAYYTAPFTSDQDA-----MRLDDAGDGSAWSAANAQFN 202 ++D TALL + + Y F S+ D+ +LD S+++ + +++ Sbjct 123 NHNTQIDTTALLGSLDKESIALQY---DFISNNDSPLGSKHQLDKPTRASSYANHHEKYH 179 Query 203 SYFREIVTRFDYDDAVLLDTR-GNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGAN 261 FR+ + RF + D L+D R G+IVY++ K+ D T+++ GPY S + A+ KA A+ Sbjct 180 PVFRKYIERFGFYDLFLVDHRTGDIVYSVFKELDYATSLIDGPYANSGIGQAFRKANNAD 239 Query 262 AVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAA 321 + DFT +TDF PY P P +++ P+ G+L L +PID IN +MT ++ W+ + Sbjct 240 STDFTGLTDFAPYVPSYNAPASFIATPIYDKNLKVGILILQMPIDNINAVMTHNQDWKNS 299 Query 322 GMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPV 381 G+G E+YL G D MRS+ R L+D Y + G + T LQPV Sbjct 300 GLGDSGESYLVGADFTMRSNGRFLLEDKVAYLDLMSHIGLPKKTIEELDTKNTTIGLQPV 359 Query 382 ATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASF 441 TEG AA G+ G DY G L AY PLN+ L W+I++ +++EAFA V + Sbjct 360 QTEGTEAALSGEKGYAIFPDYRGISVLSAYKPLNI--GGLQWAIMSEIDETEAFAPVENI 417 Query 442 SRALVLVTVGIIVVICVAS-----MLIAHAMVRPIRRLEVGTQKISA-----GDYEVNIP 491 A+ T+ II++I +A+ L+A +V PI++L TQ I + GD + Sbjct 418 KSAITQTTL-IILLIALATGPLLGWLLASTVVGPIKKL---TQTIHSMADGEGDLTQRLD 473 Query 492 VKSRDEIGDLTAAFN 506 K E+ +L N Sbjct 474 DKGTSELHELAMWLN 488 >gi|323497131|ref|ZP_08102151.1| methyl-accepting chemotaxis protein [Vibrio sinaloensis DSM 21326] gi|323317706|gb|EGA70697.1| methyl-accepting chemotaxis protein [Vibrio sinaloensis DSM 21326] Length=770 Score = 211 bits (536), Expect = 5e-52, Method: Compositional matrix adjust. Identities = 144/491 (30%), Positives = 242/491 (50%), Gaps = 15/491 (3%) Query 36 IQSKLMVLLLLTSIVSVAAIAAIV-YQSGRTS---LRAAAYERLTQLRESQKRAVETLFS 91 I +K++ L ++V A IV ++S S L A E+L +RE +K +E F Sbjct 3 IATKIVSASTLLCTLAVIATGVIVGWRSAALSEEALYKRATEQLISVREIKKHEIELYFE 62 Query 92 DLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGD 151 + L+ + V DA+ F+ F + + A+ YY +F G Sbjct 63 QIRGQLITTANSVGVQDAISAFSDSFASYPVERVKESDIGALSQYYQTQFGATYRSANGG 122 Query 152 KL--DITALLPTSPAQRYLQAYYTAPFTSD-QDAMRLDDAGDGSAWSAANAQFNSYFREI 208 ++ L S + LQA Y ++ + +L G+ + +A+++ + Sbjct 123 AAANEMQKLAMLSSRAKALQARYIGANSNPLGEKHQLMSDSLGTDYDQVHAKYHPSIKGF 182 Query 209 VTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWI 268 + F Y D L+D +GN+VY++ K+ D TN+ GPY S + AY A+ F + Sbjct 183 LEEFGYYDIFLVDPQGNVVYSVFKELDYATNLKQGPYAGSGIAKAYNSAMSKGQNQF-HL 241 Query 269 TDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTE 328 DF PY P +++ P++ G+T GVL +P+D+IN IMT + +W AG+G E Sbjct 242 EDFAPYYPSYQAAASFIATPIKQDGQTLGVLIFQMPVDEINNIMTFNGKWGHAGLGESGE 301 Query 329 TYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRA 388 +YL GPD L+RS+SR ++DPE+Y + AG + + + G +PV+T +A Sbjct 302 SYLVGPDGLLRSESRFLMEDPEQYFAAMEQAGMASATLAQIRGKGSAIGRKPVSTPTSKA 361 Query 389 AQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLV 448 A RGQ+G+ TDY G L AYAP+N + L W IL + EA V A+V+ Sbjct 362 ALRGQSGSDVVTDYRGVGVLSAYAPVNA--AGLSWGILTEIDKDEALKDVGGLISAMVVT 419 Query 449 TVGIIVVICVASMLIAHAMVRPIRR-LEVGTQKI----SAGDYEVNIPVKSRDEIGDLTA 503 + IVVI + ++ I++ + R I + +++ ++KI D + V +DE+ +L Sbjct 420 VLTSIVVIVLVAIAISYFLGRSIAQPIKIASEKIQHISKNNDLTQRLEVSGKDEMTELAI 479 Query 504 AFNEMSRNLQT 514 + N + +LQ+ Sbjct 480 SLNGLFTHLQS 490 >gi|170724924|ref|YP_001758950.1| methyl-accepting chemotaxis sensory transducer [Shewanella woodyi ATCC 51908] gi|169810271|gb|ACA84855.1| methyl-accepting chemotaxis sensory transducer [Shewanella woodyi ATCC 51908] Length=773 Score = 209 bits (532), Expect = 1e-51, Method: Compositional matrix adjust. Identities = 150/482 (32%), Positives = 244/482 (51%), Gaps = 24/482 (4%) Query 49 IVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVD 108 I++ ++ I Y+ G+ + A LT +R+ +K +E +S L + ++ Sbjct 20 IIACISVGLIAYKMGQEIIHEQAENHLTSIRDIKKDQIERYYSTLKRQVQTLSNDRMIIT 79 Query 109 AVVRFTAGFDQLADATISPAQQQAIVNYYNNEF------ITPVERTTGDKLDITALLPTS 162 A+ F + T Q Q + YY EF + P ER ++L +T+L P + Sbjct 80 AMEEFKQAYKDFPQLTEDGRQPQELQRYYQQEFGRQFDRLNPKERINTERL-LTSLSPQA 138 Query 163 PA--QRYLQAYYTAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLL 220 A Q Y+ A+ P ++D +L +AGDGS +S + +++ + + + +F Y D L+ Sbjct 139 LALQQSYI-AFNPNPL-GEKD--KLLNAGDGSQYSQLHQEYHPHISDFLQKFSYYDIFLI 194 Query 221 D-TRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPYQPQLG 279 D T GNIVY++ K+ D T+++ GPY +S + +A+ A A D T I++FKPY P Sbjct 195 DDTTGNIVYSVFKELDFATSLIDGPYADSGIAEAFRAANRAGNRDLTVISNFKPYLPSYM 254 Query 280 VPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGPDSLMR 339 P A++ +P+ + GVL PID+IN IMT + W ++G+G E YL M+ Sbjct 255 GPAAFIASPIYQDTQKIGVLIFQAPIDEINAIMTFNHNWASSGLGDSGEAYLIDESQKMQ 314 Query 340 SDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTL-LQPVATEGLRAAQRGQTGTVT 398 S SR L+D Y + ++G S VN AI T++ LQ V + G+RAA G+ G Sbjct 315 SVSRFLLEDKPAYLAALSSSGVSPKEVN-AIDTKNTSIGLQKVDSPGVRAALAGEHGFAI 373 Query 399 STDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVLVTVGIIVVICV 458 DY L AYAPL++ +L +IL+ + +EAFA+ + + + ++ II+++ Sbjct 374 FPDYRNVEVLSAYAPLDIEGVEL--AILSEIDVAEAFASQSVLATNITTWSLVIILLLVS 431 Query 459 ASMLI----AHAMVRPIRRLEVGTQKI--SAGDYEVNIPVKSRDEIGDLTAAFNEMSRNL 512 AS LI A + +PI + +I + GD I RDE G L FN + Sbjct 432 ASSLIGWVVAGQITKPINTVVNSLNQIAEAGGDLTQRIDSTRRDETGRLAVGFNGFVSKI 491 Query 513 QT 514 QT Sbjct 492 QT 493 >gi|254506531|ref|ZP_05118672.1| methyl-accepting chemotaxis protein [Vibrio parahaemolyticus 16] gi|219550404|gb|EED27388.1| methyl-accepting chemotaxis protein [Vibrio parahaemolyticus 16] Length=779 Score = 207 bits (526), Expect = 8e-51, Method: Compositional matrix adjust. Identities = 134/453 (30%), Positives = 226/453 (50%), Gaps = 15/453 (3%) Query 71 AYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQ 130 A E+L +RE +K +E F + L+ + V DA+ F+ F Q +++ Sbjct 51 ATEQLISVREIKKNEIELYFEQIRGQLITTAHSVGVQDAITEFSQAFAQYPIESVTERDH 110 Query 131 QAIVNYYNNEFITPVERTTGDKL--DITALLPTSPAQRYLQAYY--TAPF-TSDQDAMRL 185 A+ YY ++F + + ++ L SP + LQA Y T P D+ + Sbjct 111 SALERYYQSQFGATYRASNSGRSANEMQKLSMISPLGKALQARYIGTNPNPLGDKHQLIA 170 Query 186 DDAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPY 245 D G + + +A+++ + + +F Y D L++ G++VY++ K+ D TN+LTGPY Sbjct 171 DSLG--TRYDEVHAKYHPSIKGFLEQFGYYDIFLVNPNGDVVYSVFKELDYATNLLTGPY 228 Query 246 RESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPI 305 S + A+ +AL + F + DF PY P +++ +P++ G T GVL +P+ Sbjct 229 AGSGIAKAFSQALSMSDGQF-HLEDFAPYYPSYQAAASFISSPIKQGSTTLGVLIFQMPV 287 Query 306 DKINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDV 365 D+IN IMT + W AG+G E+YL GPD L+RS+SR ++D + Y K ++ +G S + Sbjct 288 DEINNIMTFNGNWSNAGLGESGESYLVGPDGLLRSESRFLMEDADNYYKTMLNSGVSNTI 347 Query 366 VNRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSI 425 + + G QPV T ++A RGQ+G+ DY G L AYAP+N + L W I Sbjct 348 IEQIKGKGSAIGRQPVTTSTSKSALRGQSGSDVVVDYRGEDVLSAYAPVNA--AGLSWGI 405 Query 426 LATRNDSEAFAAVASFSRALVLVTVG----IIVVICVASMLIAHAMVRPIRRLEVGTQKI 481 + + EA V S A++ + I+ + V S + ++ PI+ Q+I Sbjct 406 VTEIDKHEALKDVDSLINAMIFTVLSSIVVIVFIAIVISYFLGRSIAWPIKLASERIQQI 465 Query 482 SA-GDYEVNIPVKSRDEIGDLTAAFNEMSRNLQ 513 S D + V +DE+ +L + N + +LQ Sbjct 466 SENNDLTQRLEVAGKDEMTELALSLNGLFTHLQ 498 >gi|320158661|ref|YP_004191039.1| methyl-accepting chemotaxis protein [Vibrio vulnificus MO6-24/O] gi|319933973|gb|ADV88836.1| methyl-accepting chemotaxis protein [Vibrio vulnificus MO6-24/O] Length=770 Score = 206 bits (524), Expect = 1e-50, Method: Compositional matrix adjust. Identities = 134/452 (30%), Positives = 222/452 (50%), Gaps = 13/452 (2%) Query 71 AYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQ 130 A ++L +RE +K +E+ F + + + DA+ FT F I+ Sbjct 42 ASQQLVSVREIKKSEIESYFEQIHYQVETLADDIATKDAMKAFTQAFQTYPSQQIASQDV 101 Query 131 QAIVNYYNNEFITPVERTTGDKL--DITALLPTSPAQRYLQAYYTA--PFTSDQDAMRLD 186 A+ NYY+N+F + +I+ L + LQA Y A P + L Sbjct 102 NALRNYYSNQFGQKYRELNEGAVANEISMLDQIGEVGKALQARYIAINPNPLGEKHQYLS 161 Query 187 DAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYR 246 D G+ + +A+++ + + F Y D +D GN+VY++ K+ D TN+ GPY Sbjct 162 DTL-GTTYDQIHAKYHPSIKHFLEAFGYYDIFFVDNDGNVVYSVFKELDFATNLKQGPYS 220 Query 247 ESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPID 306 + + +AY KA N D ++ DFKPY P +++ P+ G GVL +P+D Sbjct 221 NTGIAEAYRKAAALNK-DQYYLDDFKPYYPSYEAAASFIATPIMEGDSRLGVLIFQMPVD 279 Query 307 KINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVV 366 IN IMT W A+G+G ETYL GPD MRS SR L+ P++Y + +AG S ++ Sbjct 280 VINDIMTFKGNWAASGLGESGETYLIGPDKKMRSQSRFLLEAPDDYLAVMKSAGVSPQLL 339 Query 367 NRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSIL 426 + G T Q + ++ R A G++G DY G + + AY+P+ V + L W+IL Sbjct 340 TQIASKGSTIGRQEIDSDAARNALMGRSGFEIIDDYRGVQVMSAYSPVTV--AGLKWAIL 397 Query 427 ATRNDSEAFAAVA----SFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKIS 482 + EA +A S +++ VGIIVV + S ++ +++ RPIR ++I Sbjct 398 TEIDYDEALQDLALLEDSVRNTVLMSIVGIIVVSVLLSYVLGNSISRPIRLACEKVERIC 457 Query 483 A-GDYEVNIPVKSRDEIGDLTAAFNEMSRNLQ 513 D + V+ +DE+ +L+++ N + +LQ Sbjct 458 GNNDLTERLDVQGKDEVTELSSSLNHLFSHLQ 489 >gi|335043473|ref|ZP_08536500.1| methyl-accepting chemotaxis sensory transducer [Methylophaga aminisulfidivorans MP] gi|333790087|gb|EGL55969.1| methyl-accepting chemotaxis sensory transducer [Methylophaga aminisulfidivorans MP] Length=777 Score = 206 bits (524), Expect = 1e-50, Method: Compositional matrix adjust. Identities = 144/508 (29%), Positives = 243/508 (48%), Gaps = 38/508 (7%) Query 31 RFRASIQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYERLTQLRESQKRAVETLF 90 + + I +V+ L ++S A I +LR + ERL LR +K + F Sbjct 2 KIKQKITLAAIVIALTPILISTALTNYIATNESSIALRELSQERLISLRNVKKNQIRDYF 61 Query 91 SDLTNSLVIYERGLTVVDAVVRFTAGFDQLADAT---ISPAQQQAIVNYYNNEFITPVER 147 + + N L + A+ A+ + +Q + YY+ F E Sbjct 62 ATIKNQLTNLANSSLITQALGDLNTAAQNYANDIGEYNKASLRQHVKTYYDTTFSQRYES 121 Query 148 TTG-----------DKLDITALLPTSPAQRYLQAYYT----APFTSDQDAMRLDDAGDGS 192 G KLD+ L LQ Y AP D ++ DD GS Sbjct 122 LNGVKPPVNMDDVLSKLDVNGLA--------LQQTYIVDNPAPLGKKDDLVQADD---GS 170 Query 193 AWSAANAQFNSYFREIVTRFDYDDAVLLDT-RGNIVYTLSKDPDLGTNILTGPYRESNLR 251 ++++ +A+++ Y ++ + +F Y D L+D G +VY++ K+ D T++ GPY + L Sbjct 171 SYASYHAKYHPYLKDFLEKFGYYDIFLVDADTGMVVYSVFKELDYATSLKNGPYANTALG 230 Query 252 DAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKI 311 A+ KAL + + D+ PY P P +++ AP+ G +GVL +P+D+IN+I Sbjct 231 QAFNKALEMGPDEQVAVVDYAPYLPSYESPASFMAAPISLNGSKKGVLIFQMPVDRINQI 290 Query 312 MTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQ 371 MT +++W AG+G ETYL GPD +RS+SR ++D Y + + + I+ Sbjct 291 MTFEKKWMEAGLGDSGETYLVGPDKRLRSESRFLVEDKAAYLEMLTKTQVIDEKSRNLIE 350 Query 372 FGGTTL-LQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRN 430 G+ L + P+ + G+ A G++G TDY G+ L AYAPL++ + L+W+ILA + Sbjct 351 RKGSALGILPLNSHGVEDALAGKSGFDIITDYRGTHVLSAYAPLDI--AGLNWAILAEID 408 Query 431 DSEAFAAVASFSRALVLVTVGIIVVICVASMLIA----HAMVRPIRRLEVGTQKISAG-D 485 ++EAFA S +L L + I+VVI + ++L A + + PI ++ ++ D Sbjct 409 EAEAFAPANQLSNSLWLYGLSILVVIALLAVLFAVKASNLISTPILQISNFISGVAKDLD 468 Query 486 YEVNIPVKSRDEIGDLTAAFNEMSRNLQ 513 + +K DEIGD + A N M +Q Sbjct 469 LTARLDMKRTDEIGDASKALNNMLITMQ 496 >gi|343498784|ref|ZP_08736800.1| methyl-accepting chemotaxis protein [Vibrio tubiashii ATCC 19109] gi|342823884|gb|EGU58472.1| methyl-accepting chemotaxis protein [Vibrio tubiashii ATCC 19109] Length=770 Score = 204 bits (520), Expect = 3e-50, Method: Compositional matrix adjust. Identities = 143/491 (30%), Positives = 239/491 (49%), Gaps = 17/491 (3%) Query 36 IQSKLMVLLLLTSIVSVAAIAAIVYQSGRTSLRAAAYER----LTQLRESQKRAVETLFS 91 I +K+++ L ++V A IV A +ER L +RE +K +E+ F Sbjct 3 IATKIVLASTLLCTLAVVATGVIVGWRSSGLSEQALFERATSQLISVREIKKNEIESYFK 62 Query 92 DLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTG- 150 ++ +V + V DA+ F+ F +S + + +YY F + G Sbjct 63 HISGQVVTTANSVGVKDAMGAFSEAFKSYPIEQVSQSDIGQLQSYYQANFGATYKGANGG 122 Query 151 -DKLDITALLPTSPAQRYLQAYY--TAPFTSDQDAMRLDDAGDGSAWSAANAQFNSYFRE 207 ++ L SP + LQA Y T P + + D+ G+ + + +A ++ + Sbjct 123 ASANEMQKLNALSPLSKALQARYIGTNPNPLGEKHNLMSDS-LGTEYDSVHATYHPSIKG 181 Query 208 IVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTW 267 + F Y D L+D GNIVY++ K+ D TN+ +GPY S + A+ AL +A + Sbjct 182 FLEEFGYYDIFLVDVDGNIVYSVFKELDYATNLNSGPYANSGIAKAFKNALNLSANQY-H 240 Query 268 ITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGT 327 + DF PY P +++ PV+ +T GVL +P+D+IN+IMT + W AG+G Sbjct 241 LEDFYPYYPSYEAAASFIATPVKKSNQTLGVLIFQMPVDEINRIMTFNSNWSFAGLGESG 300 Query 328 ETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLR 387 ETYL G D L+RS+SR +++P+ Y + AG S V+ + QPVAT + Sbjct 301 ETYLVGQDGLLRSESRFLMENPDSYFAALKEAGVSQSVLAQIEGKSSAIGRQPVATATSK 360 Query 388 AAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFSRALVL 447 AA +GQ+G+ TDY G L AY+P+N + L W I+ + EA + + +L + Sbjct 361 AALKGQSGSDIVTDYRGVEVLSAYSPVNA--AGLTWGIVTDIDKHEALEDLETLISSLAM 418 Query 448 -VTVGIIVVICVA---SMLIAHAMVRPIRRLEVGTQKISA-GDYEVNIPVKSRDEIGDLT 502 V I++V+ +A S L+ +++ +PI+ Q I D + +DE+ DL Sbjct 419 TVITSIVIVVALAVFISYLLGNSIAKPIKLASEKVQWIGKNNDLTQRLEESGKDEMTDLA 478 Query 503 AAFNEMSRNLQ 513 + N + +LQ Sbjct 479 ISLNSLFAHLQ 489 >gi|330448376|ref|ZP_08312024.1| HAMP domain protein [Photobacterium leiognathi subsp. mandapamensis svers.1.1.] gi|328492567|dbj|GAA06521.1| HAMP domain protein [Photobacterium leiognathi subsp. mandapamensis svers.1.1.] Length=768 Score = 204 bits (520), Expect = 4e-50, Method: Compositional matrix adjust. Identities = 140/483 (29%), Positives = 245/483 (51%), Gaps = 23/483 (4%) Query 41 MVLLLLTSIVSVAAIAAIVYQSGRTSLRAA---AYERLTQLRESQKRAVETLFSDLTNSL 97 + L +L + V + I ++S S +A A E+L +RE +K +E F+ + Sbjct 9 LTLSVLCACCVVLSGIYIAWKSAAISQQALYDRAIEQLISIREIKKTEIENHFNTTATLI 68 Query 98 VIYERGLTVVDAVVRFTAGFDQLADATISPAQQQAIVNYYNNEFITPVERTTGDKLDITA 157 + ++ A+ RF AGF+ + I A +QA++ +Y +F + R + I+ Sbjct 69 GTFSSDPSIKQAMQRFNAGFNSYPNQDIVMADKQALLQFYQEQF-AALYRDKNKEATISN 127 Query 158 LLPT-SPAQRYLQAYYTAPFTSDQDAMR--LDDAGDGSAWSAANAQFNSYFREIVTRFDY 214 + S LQ+ Y A S++ + LD+ + + + F+ R + F + Sbjct 128 IYEQLSDTAVSLQSRYIAN-NSNKLGQKHFLDNDTLNTDYDKTHQVFHPVLRHYLESFGF 186 Query 215 DDAVLLDTRGNIVYTLSKDPDLGTNILTGPYRESNLRDAYLKALGANAVDFTWITDFKPY 274 D L+D +GN+VY++ K+ D TN+ GP++ S L +AY AL + + T +TDFKPY Sbjct 187 YDIFLVDNQGNVVYSVFKEVDFATNLQQGPFKNSGLANAYHGALKLSDGEVT-LTDFKPY 245 Query 275 QPQLGVPTAWLVAPVEAGGKTQGVLALPLPIDKINKIMTADRQWQAAGMGSGTETYLAGP 334 P +P+++L P+ K G + + PID IN IMT D+ W AG+G E YL G Sbjct 246 TPSFELPSSFLSTPIFDNQKRIGYMIIQTPIDAINNIMTFDQNWNKAGLGKSGEIYLVGM 305 Query 335 DSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVVNRAIQFGGTTLLQPVATEGLRAAQRGQT 394 DS +RS SR F++D + Y + + A S +V++ + QPV T ++ A+ G+T Sbjct 306 DSTLRSQSRFFIEDKQAYLQTLQANNISSNVIDNISKKDTAIGFQPVNTSSVQFARDGKT 365 Query 395 GTVTSTDYTGSRELEAYAPLNVPDSDLHWSILATRNDSEAFAAVASFS----RALVLVTV 450 G+ TDY L AYAP+ + + HW I++ + +EA A V++ +A+ + +V Sbjct 366 GSHAITDYRDIAVLSAYAPITLLNQ--HWMIISEIDKAEALADVSALKTQLYKAVAICSV 423 Query 451 GIIVVICVASMLIAHAMVRPIRRLEVGTQKISAGDYEVNIPVK-----SRDEIGDLTAAF 505 ++++ S I ++ +PI+ L ++KI A N+ + E+ DL+ +F Sbjct 424 LLLLLAAFFSYFIGESIAKPIKIL---SKKIIAISDNKNLSARLTIRNGGSEVNDLSTSF 480 Query 506 NEM 508 N+ Sbjct 481 NQF 483 >gi|27366778|ref|NP_762305.1| methyl-accepting chemotaxis protein [Vibrio vulnificus CMCP6] gi|27358345|gb|AAO07295.1|AE016809_57 Methyl-accepting chemotaxis protein [Vibrio vulnificus CMCP6] Length=770 Score = 204 bits (519), Expect = 4e-50, Method: Compositional matrix adjust. Identities = 136/452 (31%), Positives = 222/452 (50%), Gaps = 13/452 (2%) Query 71 AYERLTQLRESQKRAVETLFSDLTNSLVIYERGLTVVDAVVRFTAGFDQLADATISPAQQ 130 A ++L +RE +K +E+ F + + + DA+ FT F I+ Sbjct 42 ASQQLVSVREIKKSEIESYFEQIHYQVETLADDIATKDAMKAFTQAFQTYPSQQIASQDV 101 Query 131 QAIVNYYNNEFITPV-ERTTGDKL-DITALLPTSPAQRYLQAYYTA--PFTSDQDAMRLD 186 A+ NYY+N+F E G +I+ L + LQA Y A P + L Sbjct 102 NALRNYYSNQFGQKYRELNEGAAANEISMLDQIGEVGKALQARYIAINPNPLGEKHQYLS 161 Query 187 DAGDGSAWSAANAQFNSYFREIVTRFDYDDAVLLDTRGNIVYTLSKDPDLGTNILTGPYR 246 D G+ + +A+++ + + F Y D +D GN+VY++ K+ D TN+ GPY Sbjct 162 DTL-GTTYDQIHAKYHPSIKHFLEAFGYYDIFFVDNDGNVVYSVFKELDFATNLKQGPYS 220 Query 247 ESNLRDAYLKALGANAVDFTWITDFKPYQPQLGVPTAWLVAPVEAGGKTQGVLALPLPID 306 + + +AY KA N D ++ DFKPY P +++ P+ G GVL +P+D Sbjct 221 NTGIAEAYRKAAALNK-DQYYLDDFKPYYPSYEAAASFIATPIMEGDSRLGVLIFQMPVD 279 Query 307 KINKIMTADRQWQAAGMGSGTETYLAGPDSLMRSDSRLFLQDPEEYRKQVVAAGTSLDVV 366 IN IMT W A+G+G E+YL GPD MRS SR L+ P++Y + +AG S ++ Sbjct 280 VINNIMTFKGNWAASGLGESGESYLIGPDKKMRSQSRFLLEAPDDYLAVMKSAGVSPQLL 339 Query 367 NRAIQFGGTTLLQPVATEGLRAAQRGQTGTVTSTDYTGSRELEAYAPLNVPDSDLHWSIL 426 + G T Q + + R A G++G DY G + + AY+P+ V + L W+IL Sbjct 340 AQIASKGSTIGRQEIDGDAARNALMGRSGFEIIDDYRGVQVMSAYSPVTV--AGLKWAIL 397 Query 427 ATRNDSEAFAAVA----SFSRALVLVTVGIIVVICVASMLIAHAMVRPIRRLEVGTQKIS 482 + EA +A S +++ VGIIVV + S ++ +++ RPIR ++I Sbjct 398 TEIDYDEALQDLAILEDSVRNTVLMSIVGIIVVSVLLSYVLGNSISRPIRLACEKVERIC 457 Query 483 A-GDYEVNIPVKSRDEIGDLTAAFNEMSRNLQ 513 D + V+ +DE+ +L+A+ N + +LQ Sbjct 458 GNNDLTERLDVQGKDEVTELSASLNHLFSHLQ 489 Lambda K H 0.318 0.133 0.377 Gapped Lambda K H 0.267 0.0410 0.140 Effective search space used: 1737992751286 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