BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, 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 compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0025.0056.p (418 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8J1Y4.1 D8J1Y4_HERSS Amidophosphoribosyltransferase EC=2.4.2.14 765 0.0 A6T001.1 A6T001_JANMA Amidophosphoribosyltransferase EC=2.4.2.14 731 0.0 F1VXH2.1 F1VXH2_9BURK Amidophosphoribosyltransferase 730 0.0 A4G4G8.1 A4G4G8_HERAR Amidophosphoribosyltransferase EC=2.4.2.14 724 0.0 C3X4M8.1 C3X4M8_OXAFO Amidophosphoribosyltransferase EC=2.4.2.14 681 0.0 >D8J1Y4.1 D8J1Y4_HERSS Amidophosphoribosyltransferase EC=2.4.2.14 Length = 506 Score = 765 bits (1976), Expect = 0.0, Method: Compositional matrix adjust. Identities = 361/396 (91%), Positives = 386/396 (97%) Query: 1 MCGIVGVVSHSPVNQLLYDALLLLQHRGQDAAGIATNHANGFSMHKANGLVRDVFRTRNM 60 MCGIVG+VSHSPVNQ+LYDALLLLQHRGQDAAGIATNH+NGFSMHKANGLVRDVFRTRNM Sbjct: 1 MCGIVGIVSHSPVNQMLYDALLLLQHRGQDAAGIATNHSNGFSMHKANGLVRDVFRTRNM 60 Query: 61 RSLPGNTGLGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKVEMFKNDR 120 RSLPGNTG+GQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLK+EMFKNDR Sbjct: 61 RSLPGNTGIGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKIEMFKNDR 120 Query: 121 RHLNTDSDTEVLVNVFAHELQQATTGYSLDPAAVFKAVAMVHKRVRGSYAVVAQIAGYGL 180 RH+NTDSDTEVL+NV AHE+QQATTGYSLDPAA+FKAVAMVHKRVRGSYAVVAQIAGYGL Sbjct: 121 RHINTDSDTEVLLNVLAHEIQQATTGYSLDPAALFKAVAMVHKRVRGSYAVVAQIAGYGL 180 Query: 181 LGFRDPYGIRPMCLGFNETDKGSEYMLASESVALEGLGFRFLRDVMPGEAIFIDNDGKLY 240 LGFRDPYGIRPMCLGFNE+DKG EYM+ASESVALEG+GFRFLRDV PGEAIFIDNDGKLY Sbjct: 181 LGFRDPYGIRPMCLGFNESDKGVEYMMASESVALEGMGFRFLRDVNPGEAIFIDNDGKLY 240 Query: 241 NQQCADNPTLNPCAFEFVYLARPDSVIDGASVYASRLKMGEYLAEKVRREIASGEIDVVM 300 NQQCA+NP+LNPCAFE+VYLARPDS+IDGASVYA+RLKMGE+LA+K+R + GEIDVVM Sbjct: 241 NQQCAENPSLNPCAFEYVYLARPDSIIDGASVYATRLKMGEFLADKIRSQFKHGEIDVVM 300 Query: 301 PIPDSSRPAAMELALKLNLDYREGFIKNRYIGRTFIMPGQGLRKKSVRQKLNAIGSEFKG 360 PIPDSSRPAAMELALKL ++YREGFIKNRYIGRTFIMPGQ LRKKSVRQKLNAIGSEFKG Sbjct: 301 PIPDSSRPAAMELALKLGIEYREGFIKNRYIGRTFIMPGQALRKKSVRQKLNAIGSEFKG 360 Query: 361 KSVLLVDDSIVRGTTSREIVQMAREAGAKRVIFASA 396 K+VLLVDDSIVRGTTSREIVQMARE+GAK VIFASA Sbjct: 361 KNVLLVDDSIVRGTTSREIVQMARESGAKNVIFASA 396 >A6T001.1 A6T001_JANMA Amidophosphoribosyltransferase EC=2.4.2.14 Length = 505 Score = 731 bits (1888), Expect = 0.0, Method: Compositional matrix adjust. Identities = 344/396 (86%), Positives = 380/396 (95%), Gaps = 1/396 (0%) Query: 1 MCGIVGVVSHSPVNQLLYDALLLLQHRGQDAAGIATNHANGFSMHKANGLVRDVFRTRNM 60 MCGIVGVVSH+PVNQL+YDALLLLQHRGQDAAGIAT++ N FSMHKANGLVRDVFRTRNM Sbjct: 1 MCGIVGVVSHTPVNQLIYDALLLLQHRGQDAAGIATDNGNTFSMHKANGLVRDVFRTRNM 60 Query: 61 RSLPGNTGLGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKVEMFKNDR 120 RSL GN+G+GQVRYPTAGSSS+EE AQPFYVNAPFGII+AHNGNLTN EQLK+EMFKNDR Sbjct: 61 RSLFGNSGVGQVRYPTAGSSSAEE-AQPFYVNAPFGIIMAHNGNLTNWEQLKIEMFKNDR 119 Query: 121 RHLNTDSDTEVLVNVFAHELQQATTGYSLDPAAVFKAVAMVHKRVRGSYAVVAQIAGYGL 180 RH+NT SD+EVL+NV AHE+QQATTGYSLDPAA+FKAVAMVHKRVRGSYAV AQIAGYGL Sbjct: 120 RHINTTSDSEVLLNVLAHEIQQATTGYSLDPAAIFKAVAMVHKRVRGSYAVTAQIAGYGL 179 Query: 181 LGFRDPYGIRPMCLGFNETDKGSEYMLASESVALEGLGFRFLRDVMPGEAIFIDNDGKLY 240 L FRDP+GIRP+C+GFNET+KG+EY++ASESVALEGLGFRFLRDV+PGEAIFID DGKLY Sbjct: 180 LAFRDPFGIRPLCIGFNETEKGTEYLVASESVALEGLGFRFLRDVLPGEAIFIDIDGKLY 239 Query: 241 NQQCADNPTLNPCAFEFVYLARPDSVIDGASVYASRLKMGEYLAEKVRREIASGEIDVVM 300 NQQCA+NPTLNPCAFE+VY ARPDS+IDGASVYA+RLKMGEYLAEK+++EI G+IDVVM Sbjct: 240 NQQCAENPTLNPCAFEYVYFARPDSIIDGASVYATRLKMGEYLAEKIKQEIPLGDIDVVM 299 Query: 301 PIPDSSRPAAMELALKLNLDYREGFIKNRYIGRTFIMPGQGLRKKSVRQKLNAIGSEFKG 360 PIPDSSRPAAMELA KLN++YREGFIKNRYIGRTF+MPGQ +R KSVRQKLNAIGSEFKG Sbjct: 300 PIPDSSRPAAMELAQKLNIEYREGFIKNRYIGRTFLMPGQAIRSKSVRQKLNAIGSEFKG 359 Query: 361 KSVLLVDDSIVRGTTSREIVQMAREAGAKRVIFASA 396 K+VLLVDDSIVRGTTSREIVQMAREAGAK+VIFASA Sbjct: 360 KNVLLVDDSIVRGTTSREIVQMAREAGAKKVIFASA 395 >F1VXH2.1 F1VXH2_9BURK Amidophosphoribosyltransferase Length = 505 Score = 730 bits (1884), Expect = 0.0, Method: Compositional matrix adjust. Identities = 345/396 (87%), Positives = 378/396 (95%), Gaps = 1/396 (0%) Query: 1 MCGIVGVVSHSPVNQLLYDALLLLQHRGQDAAGIATNHANGFSMHKANGLVRDVFRTRNM 60 MCGIVGVVS SPVNQL+YDALLLLQHRGQDAAGIAT+HAN F MHKANGLVRDVFRTRNM Sbjct: 1 MCGIVGVVSQSPVNQLIYDALLLLQHRGQDAAGIATSHANMFYMHKANGLVRDVFRTRNM 60 Query: 61 RSLPGNTGLGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKVEMFKNDR 120 RSL GN G+GQ RYPTAGSSS+EE AQPFYVNAPFGI LAHNGNLTN EQLK+EMFKNDR Sbjct: 61 RSLQGNIGIGQCRYPTAGSSSAEE-AQPFYVNAPFGITLAHNGNLTNWEQLKIEMFKNDR 119 Query: 121 RHLNTDSDTEVLVNVFAHELQQATTGYSLDPAAVFKAVAMVHKRVRGSYAVVAQIAGYGL 180 RH+NT SD+EVL+NV AHE+QQAT+GYSLDPAA+FKAVA++H+RVRGSYAVVAQI+GYGL Sbjct: 120 RHINTSSDSEVLLNVLAHEIQQATSGYSLDPAALFKAVAVLHQRVRGSYAVVAQISGYGL 179 Query: 181 LGFRDPYGIRPMCLGFNETDKGSEYMLASESVALEGLGFRFLRDVMPGEAIFIDNDGKLY 240 L FRDPYGIRP+C+G NET+KG+EY++ASESVALEGLGFRFLRDVMPGEAIFIDNDG+LY Sbjct: 180 LAFRDPYGIRPLCIGINETEKGNEYVVASESVALEGLGFRFLRDVMPGEAIFIDNDGQLY 239 Query: 241 NQQCADNPTLNPCAFEFVYLARPDSVIDGASVYASRLKMGEYLAEKVRREIASGEIDVVM 300 NQQCA+NPTLNPCAFEFVY ARPDSVIDGASVYA+RLKMGEYLAEK++RE +G+IDVVM Sbjct: 240 NQQCAENPTLNPCAFEFVYFARPDSVIDGASVYAARLKMGEYLAEKIKREFTAGDIDVVM 299 Query: 301 PIPDSSRPAAMELALKLNLDYREGFIKNRYIGRTFIMPGQGLRKKSVRQKLNAIGSEFKG 360 PIPDSSRPAAMELA+KLNLDYREGFIKNRYIGRTF+MPGQ +R KSVRQKLNAIGSEFKG Sbjct: 300 PIPDSSRPAAMELAMKLNLDYREGFIKNRYIGRTFLMPGQAIRSKSVRQKLNAIGSEFKG 359 Query: 361 KSVLLVDDSIVRGTTSREIVQMAREAGAKRVIFASA 396 KSVLLVDDSIVRGTTSREIVQMAR++GAKRVIFASA Sbjct: 360 KSVLLVDDSIVRGTTSREIVQMARDSGAKRVIFASA 395 >A4G4G8.1 A4G4G8_HERAR Amidophosphoribosyltransferase EC=2.4.2.14 Length = 505 Score = 724 bits (1869), Expect = 0.0, Method: Compositional matrix adjust. Identities = 341/396 (86%), Positives = 378/396 (95%), Gaps = 1/396 (0%) Query: 1 MCGIVGVVSHSPVNQLLYDALLLLQHRGQDAAGIATNHANGFSMHKANGLVRDVFRTRNM 60 MCGIVGVVSH+PVNQL+YDALLLLQHRGQDAAGIAT++ N FSMHKANGLVRDVFRTRNM Sbjct: 1 MCGIVGVVSHNPVNQLIYDALLLLQHRGQDAAGIATDNGNTFSMHKANGLVRDVFRTRNM 60 Query: 61 RSLPGNTGLGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKVEMFKNDR 120 RSL GN+G+GQVRYPTAGSSS+EE AQPFYVNAPFGII+AHNGNLTN EQLK+EMFKNDR Sbjct: 61 RSLFGNSGVGQVRYPTAGSSSAEE-AQPFYVNAPFGIIMAHNGNLTNWEQLKIEMFKNDR 119 Query: 121 RHLNTDSDTEVLVNVFAHELQQATTGYSLDPAAVFKAVAMVHKRVRGSYAVVAQIAGYGL 180 RH+NT SD+EVL+NV AHE+QQATTGYSLDPAA+FKAVAMVHKRVRGSYAV AQIAGYGL Sbjct: 120 RHINTTSDSEVLLNVLAHEIQQATTGYSLDPAAIFKAVAMVHKRVRGSYAVTAQIAGYGL 179 Query: 181 LGFRDPYGIRPMCLGFNETDKGSEYMLASESVALEGLGFRFLRDVMPGEAIFIDNDGKLY 240 L FRDP+GIRP+C+GFNET++G+EY++ASESVALEGLGFRFLRDV+PGEAIFID +GKLY Sbjct: 180 LAFRDPFGIRPLCIGFNETEQGTEYLVASESVALEGLGFRFLRDVLPGEAIFIDIEGKLY 239 Query: 241 NQQCADNPTLNPCAFEFVYLARPDSVIDGASVYASRLKMGEYLAEKVRREIASGEIDVVM 300 NQQCA+NPTLNPCAFEFVY ARPDS+IDGASVYA+RLKMGEYLAEK+ RE G+IDVVM Sbjct: 240 NQQCAENPTLNPCAFEFVYFARPDSIIDGASVYATRLKMGEYLAEKIAREFPLGDIDVVM 299 Query: 301 PIPDSSRPAAMELALKLNLDYREGFIKNRYIGRTFIMPGQGLRKKSVRQKLNAIGSEFKG 360 PIPDSSRPAAMELA KLN++YREGFIKNRYIGRTF+MPGQ +R KSVRQKLNAIGSEFKG Sbjct: 300 PIPDSSRPAAMELAHKLNIEYREGFIKNRYIGRTFLMPGQAIRSKSVRQKLNAIGSEFKG 359 Query: 361 KSVLLVDDSIVRGTTSREIVQMAREAGAKRVIFASA 396 K+VLL+DDSIVRGTTSREIVQMAREAGAK+V+FASA Sbjct: 360 KNVLLIDDSIVRGTTSREIVQMAREAGAKKVMFASA 395 >C3X4M8.1 C3X4M8_OXAFO Amidophosphoribosyltransferase EC=2.4.2.14 Length = 506 Score = 681 bits (1757), Expect = 0.0, Method: Compositional matrix adjust. Identities = 315/396 (79%), Positives = 362/396 (91%) Query: 1 MCGIVGVVSHSPVNQLLYDALLLLQHRGQDAAGIATNHANGFSMHKANGLVRDVFRTRNM 60 MCGIVG+VS +PVNQL+YDAL LLQHRGQDAAGIAT F+M KANGLVRDVFRTRNM Sbjct: 1 MCGIVGIVSQTPVNQLIYDALQLLQHRGQDAAGIATCSNGKFAMFKANGLVRDVFRTRNM 60 Query: 61 RSLPGNTGLGQVRYPTAGSSSSEEEAQPFYVNAPFGIILAHNGNLTNAEQLKVEMFKNDR 120 R+LPG+ G+G VRYPTAGS+ +EEEAQPFYVNAPFGI AHNGNLTN EQLK EMF+NDR Sbjct: 61 RALPGSCGIGHVRYPTAGSAKNEEEAQPFYVNAPFGITFAHNGNLTNCEQLKGEMFRNDR 120 Query: 121 RHLNTDSDTEVLVNVFAHELQQATTGYSLDPAAVFKAVAMVHKRVRGSYAVVAQIAGYGL 180 RH+NT+SD+EVL+NV AHE+Q+AT+GYSLDPAA+F+AV+++HKRVRG+YA VA IAGYG+ Sbjct: 121 RHINTNSDSEVLLNVLAHEIQEATSGYSLDPAALFRAVSVLHKRVRGAYAAVAHIAGYGI 180 Query: 181 LGFRDPYGIRPMCLGFNETDKGSEYMLASESVALEGLGFRFLRDVMPGEAIFIDNDGKLY 240 L FRDPYGIRP+C+GF ETD G+EYM+ASESVALEGLGFRFLRDVMPGEAIFID DG LY Sbjct: 181 LAFRDPYGIRPLCIGFAETDTGTEYMVASESVALEGLGFRFLRDVMPGEAIFIDVDGNLY 240 Query: 241 NQQCADNPTLNPCAFEFVYLARPDSVIDGASVYASRLKMGEYLAEKVRREIASGEIDVVM 300 NQQCA+NP+LNPC FE+VYLARPDS+IDGASVYA+RLKMGE+LA+K++ EI +G+IDVVM Sbjct: 241 NQQCAENPSLNPCIFEYVYLARPDSLIDGASVYATRLKMGEHLADKIKHEIPTGDIDVVM 300 Query: 301 PIPDSSRPAAMELALKLNLDYREGFIKNRYIGRTFIMPGQGLRKKSVRQKLNAIGSEFKG 360 PIPDSSRPA ++LALKL ++YREG IKNRYIGRTFIMPGQ +RK+SVRQKLN IGSEFKG Sbjct: 301 PIPDSSRPATIQLALKLGIEYREGLIKNRYIGRTFIMPGQAVRKRSVRQKLNTIGSEFKG 360 Query: 361 KSVLLVDDSIVRGTTSREIVQMAREAGAKRVIFASA 396 KSVLLVDDSIVRGTT REIVQM REAGA +V+FASA Sbjct: 361 KSVLLVDDSIVRGTTCREIVQMVREAGASKVVFASA 396