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= 0009.0082.p (285 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IYK2.1 D8IYK2_HERSS Membrane transport protein 447 e-123 F1VW22.1 F1VW22_9BURK Sodium:solute symporter family protein 416 e-114 A4G8B8.1 A4G8B8_HERAR Putative Na+/solute symporter 405 e-111 A6T209.1 A6T209_JANMA Sodium:solute symporter family protein 385 e-105 C4KA23.1 C4KA23_THASP SSS sodium solute transporter superfamily 332 3e-89 >D8IYK2.1 D8IYK2_HERSS Membrane transport protein Length = 683 Score = 447 bits (1149), Expect = e-123, Method: Compositional matrix adjust. Identities = 249/285 (87%), Positives = 271/285 (95%) Query: 1 MRYYTTPSVHEARKSVFWTLFFIMLIYITVPALAILVKYDIYTSLVGSNYAHLPDWVYYW 60 MRYYTTP+V AR SVFWTLFFIMLIY+TVPAL +LVKYDIYTSLVGS+Y+HLPDWVYYW Sbjct: 399 MRYYTTPTVAGARTSVFWTLFFIMLIYLTVPALTVLVKYDIYTSLVGSSYSHLPDWVYYW 458 Query: 61 ANIDKVNPLVSITDLNHDNVVQLGEIALDGDIIVLATPEIAGLPYFISGLVAAGGLAAAL 120 AN+DK+NPLVSITDLN D +VQLGEI++DGDIIVLA PEIAGLPYF+SGLVAAGGLAAAL Sbjct: 459 ANMDKLNPLVSITDLNRDGLVQLGEISMDGDIIVLAMPEIAGLPYFVSGLVAAGGLAAAL 518 Query: 121 STADGLLLTISNALSHDVYYKVIDPAASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 180 STADGLLLTISNALSHDVYYKV+DP+ASTQKRVTISKLLLLVVALLAAYAASLKPGDILS Sbjct: 519 STADGLLLTISNALSHDVYYKVVDPSASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 578 Query: 181 MVGVAFSLAASTLFPALVFGIFWKRANQPGAIAGIVAGFVMCVYYMLTTHPAFGGNAANQ 240 MVG AFSLAASTLFPALV G+FWKRANQ GAIAGI+ GF+MCVYYML T+P+FGG+AA Q Sbjct: 579 MVGAAFSLAASTLFPALVLGVFWKRANQAGAIAGILCGFLMCVYYMLHTNPSFGGSAAGQ 638 Query: 241 WFHIAPISAGLFGVPVGIAALVIVSLLTPPPDERTIALIDHIRTP 285 WFHIAPISAG+FGVPVG+AA+VIVSLLTPPPDE TIALIDHIRTP Sbjct: 639 WFHIAPISAGIFGVPVGMAAMVIVSLLTPPPDEATIALIDHIRTP 683 >F1VW22.1 F1VW22_9BURK Sodium:solute symporter family protein Length = 679 Score = 416 bits (1068), Expect = e-114, Method: Compositional matrix adjust. Identities = 223/285 (78%), Positives = 255/285 (89%) Query: 1 MRYYTTPSVHEARKSVFWTLFFIMLIYITVPALAILVKYDIYTSLVGSNYAHLPDWVYYW 60 +RYYTTPSVH+ARKSVFWTLFFIML+YIT+PALA+LVK DIY++LVGS ++HLP WV YW Sbjct: 394 VRYYTTPSVHQARKSVFWTLFFIMLLYITIPALAVLVKLDIYSTLVGSEFSHLPGWVSYW 453 Query: 61 ANIDKVNPLVSITDLNHDNVVQLGEIALDGDIIVLATPEIAGLPYFISGLVAAGGLAAAL 120 AN+DK++PLVSI D+NHD +VQL EI LDGDI+VLATPEIAGLPY ISGL+AAGGLAAAL Sbjct: 454 ANLDKLHPLVSIVDVNHDGIVQLAEIVLDGDIVVLATPEIAGLPYVISGLIAAGGLAAAL 513 Query: 121 STADGLLLTISNALSHDVYYKVIDPAASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 180 STADGLLLTIS+ALSHDVYY+ IDP ASTQKRVTISKLLLLVVAL+AAY ASLKPG+ILS Sbjct: 514 STADGLLLTISSALSHDVYYRKIDPTASTQKRVTISKLLLLVVALVAAYVASLKPGNILS 573 Query: 181 MVGVAFSLAASTLFPALVFGIFWKRANQPGAIAGIVAGFVMCVYYMLTTHPAFGGNAANQ 240 MVG AFSLAAS LFPAL G+FWKRANQPGAIAG++AG V+CV YML T+PA GG+ A Q Sbjct: 574 MVGAAFSLAASMLFPALALGMFWKRANQPGAIAGMLAGLVVCVVYMLRTYPALGGSIAGQ 633 Query: 241 WFHIAPISAGLFGVPVGIAALVIVSLLTPPPDERTIALIDHIRTP 285 WF IAPISAG+FGVP G AL++VSLLTP PD+ T+ALID +R P Sbjct: 634 WFQIAPISAGIFGVPAGFLALIVVSLLTPAPDQHTLALIDRLRRP 678 >A4G8B8.1 A4G8B8_HERAR Putative Na+/solute symporter Length = 678 Score = 405 bits (1041), Expect = e-111, Method: Compositional matrix adjust. Identities = 215/285 (75%), Positives = 245/285 (85%) Query: 1 MRYYTTPSVHEARKSVFWTLFFIMLIYITVPALAILVKYDIYTSLVGSNYAHLPDWVYYW 60 +RYYTT SV E R SVFWTLFFIM +YIT+PALA+LVKYDIYTSLVGS+++ LP+WV YW Sbjct: 394 VRYYTTSSVKETRDSVFWTLFFIMALYITIPALAVLVKYDIYTSLVGSDFSRLPEWVSYW 453 Query: 61 ANIDKVNPLVSITDLNHDNVVQLGEIALDGDIIVLATPEIAGLPYFISGLVAAGGLAAAL 120 ANIDK +PLVSI D+N D +VQL EI +D DI+VLATPEIAGLPY ISGL+AAGGLAAAL Sbjct: 454 ANIDKNHPLVSINDVNRDGIVQLAEIVMDVDIVVLATPEIAGLPYVISGLIAAGGLAAAL 513 Query: 121 STADGLLLTISNALSHDVYYKVIDPAASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 180 STADGLLLTISNALSHDVYYK +DP A+TQKRVT+SKLLLL+VAL+AAY ASLKPGDILS Sbjct: 514 STADGLLLTISNALSHDVYYKTVDPTATTQKRVTVSKLLLLMVALVAAYIASLKPGDILS 573 Query: 181 MVGVAFSLAASTLFPALVFGIFWKRANQPGAIAGIVAGFVMCVYYMLTTHPAFGGNAANQ 240 +VG AFSLA S LFPAL G+ WKRANQ GAIAG++ GF +C YYM THP GG+ A Q Sbjct: 574 LVGAAFSLAGSALFPALALGVIWKRANQQGAIAGMLVGFAVCAYYMFHTHPTLGGSVAGQ 633 Query: 241 WFHIAPISAGLFGVPVGIAALVIVSLLTPPPDERTIALIDHIRTP 285 WFHIAPISAG+FGVP GI +VIVSLLTPPPD RT AL+ H+R+P Sbjct: 634 WFHIAPISAGVFGVPAGILTIVIVSLLTPPPDHRTEALLKHLRSP 678 >A6T209.1 A6T209_JANMA Sodium:solute symporter family protein Length = 679 Score = 385 bits (990), Expect = e-105, Method: Compositional matrix adjust. Identities = 213/285 (74%), Positives = 250/285 (87%) Query: 1 MRYYTTPSVHEARKSVFWTLFFIMLIYITVPALAILVKYDIYTSLVGSNYAHLPDWVYYW 60 +RYYTTPSV EAR SV WTLFFIM +YIT+PALA+LVKYDIY+SLVGSN++ LP+WV YW Sbjct: 395 VRYYTTPSVKEARHSVAWTLFFIMALYITIPALAVLVKYDIYSSLVGSNFSQLPEWVSYW 454 Query: 61 ANIDKVNPLVSITDLNHDNVVQLGEIALDGDIIVLATPEIAGLPYFISGLVAAGGLAAAL 120 ANIDK++PLVSI D+N D +VQL EI +D DI+VLATPEIAGLPY ISGL+AAGGLAAAL Sbjct: 455 ANIDKLHPLVSINDVNRDGIVQLAEIVMDVDIVVLATPEIAGLPYVISGLIAAGGLAAAL 514 Query: 121 STADGLLLTISNALSHDVYYKVIDPAASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 180 STADGLLLTISNALSHD+YYK +DP ASTQKRVT+SKLLLL+VAL+AAY AS+KPGDILS Sbjct: 515 STADGLLLTISNALSHDIYYKTVDPEASTQKRVTVSKLLLLMVALVAAYVASMKPGDILS 574 Query: 181 MVGVAFSLAASTLFPALVFGIFWKRANQPGAIAGIVAGFVMCVYYMLTTHPAFGGNAANQ 240 +VG AFSLAAS LFPAL G+FWKRANQ GAIAG++ GF +C YYM+ T PAFGG+AA Q Sbjct: 575 LVGAAFSLAASALFPALALGVFWKRANQQGAIAGMLVGFSVCAYYMIHTLPAFGGSAAGQ 634 Query: 241 WFHIAPISAGLFGVPVGIAALVIVSLLTPPPDERTIALIDHIRTP 285 WF+IAPISAG+FGVP G A+++VSLLT PD+RT L+ H+R+P Sbjct: 635 WFNIAPISAGVFGVPAGFCAIIMVSLLTRAPDQRTEDLLKHLRSP 679 >C4KA23.1 C4KA23_THASP SSS sodium solute transporter superfamily Length = 681 Score = 332 bits (852), Expect = 3e-89, Method: Compositional matrix adjust. Identities = 180/285 (63%), Positives = 223/285 (78%), Gaps = 4/285 (1%) Query: 1 MRYYTTPSVHEARKSVFWTLFFIMLIYITVPALAILVKYDIYTSLVGSNYAHLPDWVYYW 60 MRYYTTP V EAR+SV W+LFFI L+Y+T PA A+ K+++Y +LVGSN A LPDWV W Sbjct: 391 MRYYTTPGVMEARRSVLWSLFFIFLLYVTAPAYAVFAKWEVYNNLVGSNIAILPDWVASW 450 Query: 61 ANIDKVNPLVSITDLNHDNVVQLGEIALDGDIIVLATPEIAGLPYFISGLVAAGGLAAAL 120 + LV I DLN D ++QL E+ L+ D+IVLATPEIAGLPY +SGLVAAGGLAAAL Sbjct: 451 GRVG----LVRIEDLNGDGILQLAELRLNTDVIVLATPEIAGLPYVVSGLVAAGGLAAAL 506 Query: 121 STADGLLLTISNALSHDVYYKVIDPAASTQKRVTISKLLLLVVALLAAYAASLKPGDILS 180 STADGLLLTISNALSHD+YYKVI+P AS +R+ ISK LLVVA++AA+ AS++P +IL Sbjct: 507 STADGLLLTISNALSHDLYYKVINPKASAHRRLVISKSQLLVVAVVAAWVASMRPDNILF 566 Query: 181 MVGVAFSLAASTLFPALVFGIFWKRANQPGAIAGIVAGFVMCVYYMLTTHPAFGGNAANQ 240 MVG+AFS+ S FPALV GIFWKRAN+PGA+AG++AG + V+Y++ THP FGG AN Sbjct: 567 MVGLAFSIGGSAFFPALVLGIFWKRANRPGAVAGMLAGLAVTVFYVVRTHPFFGGAMANA 626 Query: 241 WFHIAPISAGLFGVPVGIAALVIVSLLTPPPDERTIALIDHIRTP 285 WF I PISAG+FGVP+G A +V VSLLT PP + L+D++R P Sbjct: 627 WFEINPISAGVFGVPLGFATIVAVSLLTKPPPQEIQDLVDYVRYP 671