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= 0015.0073.p (422 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IT89.1 D8IT89_HERSS Permease of the major facilitator superfam... 746 0.0 A6SY67.1 A6SY67_JANMA Transporter of the MFS superfamily 675 0.0 A4G5X9.2 A4G5X9_HERAR Major facilitator superfamily (MFS_1) tran... 673 0.0 F1VVX3.1 F1VVX3_9BURK Putative transmembrane protein 655 0.0 C3X2T1.1 C3X2T1_OXAFO Putative uncharacterized protein 588 e-166 >D8IT89.1 D8IT89_HERSS Permease of the major facilitator superfamily protein Length = 423 Score = 746 bits (1926), Expect = 0.0, Method: Compositional matrix adjust. Identities = 373/420 (88%), Positives = 398/420 (94%) Query: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLSEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 MNRGFYTIMAAQFFSSLADNALLIAAIALL+EMHSPAWMTPLLKLFFVLSYVLLAAFVGA Sbjct: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLAEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 Query: 61 FADAFPKGKVMFITNLIKVVGCALMFFTVHPLIAYAVVGFGAAAYSPAKYGILTELLPPE 120 FADAFPKGKVM ITN+IK+VGC+LMFFTVHPL+AYAVVGFGAAAYSPAKYGILTELLPPE Sbjct: 61 FADAFPKGKVMLITNMIKIVGCSLMFFTVHPLLAYAVVGFGAAAYSPAKYGILTELLPPE 120 Query: 121 KLVAANGWIEGLTVGSIIFGTVLGGALVNPHIASALLNFDFPVFDFGINTPTEAALCIIT 180 KLVAANGWIEGLTVGSII GTVLGGALVNP I+S +L+FDFP+ D I+TPTEAALCII+ Sbjct: 121 KLVAANGWIEGLTVGSIIMGTVLGGALVNPKISSVILSFDFPLVDLPIDTPTEAALCIIS 180 Query: 181 VIYVAAAIFNLNIPDTGARYAHQQRNPIKLIADFGNCFSTLWKDKLGQISLAVTTLFWGA 240 +IYV AA+FN NIPDTGARY HQ+RNPI+LI DF CF+TLWKDKLGQISLAVTTLFWGA Sbjct: 181 LIYVIAALFNFNIPDTGARYEHQERNPIRLIVDFAGCFTTLWKDKLGQISLAVTTLFWGA 240 Query: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGVVALGVALGAVGAARFVPLKKSLSVMPLGIVM 300 GATLQFIVLKWAEKSLHMPLDKAAILQG+VA+GVALGA+ AARFVPLKKSL+VMPLGIVM Sbjct: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGIVAVGVALGAMAAARFVPLKKSLTVMPLGIVM 300 Query: 301 GLVVMAMTMVTSVWVAYPLLIIIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 G+VVM MT TSVWVAYPLL+I+GALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN Sbjct: 301 GIVVMLMTTTTSVWVAYPLLVIVGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 Query: 361 LSVLTMLVLYAVMVRLNLDVNIVILIFGVFVASIMYLIMRRHAANQREHDSLALIGEHKH 420 LSVLTMLVLYA MVR+NLDVN VI+IFG FVA IMYLIMRRHAANQREHDSLALIGE KH Sbjct: 361 LSVLTMLVLYAFMVRMNLDVNTVIIIFGSFVAGIMYLIMRRHAANQREHDSLALIGEDKH 420 >A6SY67.1 A6SY67_JANMA Transporter of the MFS superfamily Length = 422 Score = 675 bits (1742), Expect = 0.0, Method: Compositional matrix adjust. Identities = 354/420 (84%), Positives = 394/420 (93%) Query: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLSEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 MNRGFYTIMAAQFFSSLADNALLIAAIALL+ M SP WMTPLLKLFFVLSYVLLAAFVGA Sbjct: 3 MNRGFYTIMAAQFFSSLADNALLIAAIALLTVMKSPEWMTPLLKLFFVLSYVLLAAFVGA 62 Query: 61 FADAFPKGKVMFITNLIKVVGCALMFFTVHPLIAYAVVGFGAAAYSPAKYGILTELLPPE 120 FADA PKG+VMFITNLIK+ GC +MFF VHPLIAYAVVGFGAAAYSPAKYGILTELLP E Sbjct: 63 FADALPKGRVMFITNLIKIFGCGMMFFDVHPLIAYAVVGFGAAAYSPAKYGILTELLPAE 122 Query: 121 KLVAANGWIEGLTVGSIIFGTVLGGALVNPHIASALLNFDFPVFDFGINTPTEAALCIIT 180 KLVAANGWIEGLTV SII GTV+GGAL+NP+IA+ LL FDFP+ +FGI+TP EAALCIIT Sbjct: 123 KLVAANGWIEGLTVSSIILGTVMGGALINPNIATKLLAFDFPIINFGIDTPAEAALCIIT 182 Query: 181 VIYVAAAIFNLNIPDTGARYAHQQRNPIKLIADFGNCFSTLWKDKLGQISLAVTTLFWGA 240 V Y+ AA+FNL IPDTGARY HQ+RNPIKLI DF NCF+TLWKD+LGQISLAVTTLFWGA Sbjct: 183 VAYLLAALFNLRIPDTGARYPHQERNPIKLIGDFANCFTTLWKDRLGQISLAVTTLFWGA 242 Query: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGVVALGVALGAVGAARFVPLKKSLSVMPLGIVM 300 GATLQFIVLKWAEKSL+MPLDKAAILQG+VA+GVA+GAV AARFVPLKKSLSVMPLG++M Sbjct: 243 GATLQFIVLKWAEKSLNMPLDKAAILQGIVAVGVAVGAVAAARFVPLKKSLSVMPLGVIM 302 Query: 301 GLVVMAMTMVTSVWVAYPLLIIIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 G+VV+ MTMV SVW+AYPLL+++GALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN Sbjct: 303 GVVVIVMTMVHSVWLAYPLLVLVGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 362 Query: 361 LSVLTMLVLYAVMVRLNLDVNIVILIFGVFVASIMYLIMRRHAANQREHDSLALIGEHKH 420 LSVLTML+LYA+MV+L+L++NIVI++FG+ V+ IMYLIMR+HAANQREHDSL+LIGE KH Sbjct: 363 LSVLTMLLLYALMVKLDLNINIVIIMFGMSVSGIMYLIMRKHAANQREHDSLSLIGEPKH 422 >A4G5X9.2 A4G5X9_HERAR Major facilitator superfamily (MFS_1) transporter Length = 420 Score = 673 bits (1736), Expect = 0.0, Method: Compositional matrix adjust. Identities = 347/420 (82%), Positives = 390/420 (92%) Query: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLSEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 MNRGFYTIMAAQFFSSLADNALLIAAIALL+ M SP WMTPLLKLFFVLSYVLLAAFVGA Sbjct: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLTVMKSPDWMTPLLKLFFVLSYVLLAAFVGA 60 Query: 61 FADAFPKGKVMFITNLIKVVGCALMFFTVHPLIAYAVVGFGAAAYSPAKYGILTELLPPE 120 FAD+ PKG+VMFITN+IK+VGC +MFF VHPLIAYAVVGFGAAAYSPAKYGILTELLP E Sbjct: 61 FADSLPKGRVMFITNMIKIVGCGMMFFDVHPLIAYAVVGFGAAAYSPAKYGILTELLPAE 120 Query: 121 KLVAANGWIEGLTVGSIIFGTVLGGALVNPHIASALLNFDFPVFDFGINTPTEAALCIIT 180 KLVAANGWIEGLTV SII GTV+GGAL+NP IA+ LL FDFP FDFGI+TP E ALCII Sbjct: 121 KLVAANGWIEGLTVSSIILGTVMGGALINPSIAAKLLAFDFPFFDFGIDTPAETALCIIA 180 Query: 181 VIYVAAAIFNLNIPDTGARYAHQQRNPIKLIADFGNCFSTLWKDKLGQISLAVTTLFWGA 240 VIY+ AA+FNL IPDTGARY HQ+R+PIKLI+DF +CF+TLW D+LGQISLAVTTLFWGA Sbjct: 181 VIYLLAALFNLRIPDTGARYPHQERHPIKLISDFVHCFTTLWNDRLGQISLAVTTLFWGA 240 Query: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGVVALGVALGAVGAARFVPLKKSLSVMPLGIVM 300 GATLQFIVLKWA SL M LD+AAILQGVVA+GVA+GAV AARFVPL+KSLSVMPLG++M Sbjct: 241 GATLQFIVLKWAGHSLGMQLDEAAILQGVVAVGVAIGAVAAARFVPLRKSLSVMPLGVIM 300 Query: 301 GLVVMAMTMVTSVWVAYPLLIIIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 G+VV+ MTMV +VW+AYPLL+++GALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN Sbjct: 301 GVVVIIMTMVHTVWLAYPLLVLVGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 Query: 361 LSVLTMLVLYAVMVRLNLDVNIVILIFGVFVASIMYLIMRRHAANQREHDSLALIGEHKH 420 LSVLTML+LYA+M++L+L++NIVI++FG+FV+ IM LIMRRHAANQREHDSL+LIGEHKH Sbjct: 361 LSVLTMLLLYALMIKLDLNINIVIVLFGLFVSGIMVLIMRRHAANQREHDSLSLIGEHKH 420 >F1VVX3.1 F1VVX3_9BURK Putative transmembrane protein Length = 420 Score = 655 bits (1691), Expect = 0.0, Method: Compositional matrix adjust. Identities = 347/420 (82%), Positives = 387/420 (92%) Query: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLSEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 MNRGFYTIMAAQFFSSLADNALLIAAIALL+EMHSP WMTPLLKLFF LSY+LLAAFVGA Sbjct: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLTEMHSPQWMTPLLKLFFALSYILLAAFVGA 60 Query: 61 FADAFPKGKVMFITNLIKVVGCALMFFTVHPLIAYAVVGFGAAAYSPAKYGILTELLPPE 120 FADA PKG+VMFITNL+KV GC+LMFF VHPL+AYAVVG GAAAYSPAKYGILTELLP E Sbjct: 61 FADAIPKGRVMFITNLVKVFGCSLMFFKVHPLLAYAVVGLGAAAYSPAKYGILTELLPAE 120 Query: 121 KLVAANGWIEGLTVGSIIFGTVLGGALVNPHIASALLNFDFPVFDFGINTPTEAALCIIT 180 KLVAANGWIEGLT+ SIIFGTVLGG+LVNP IA+ LL FD P+ D GINTP EAAL +I Sbjct: 121 KLVAANGWIEGLTIASIIFGTVLGGSLVNPTIAATLLQFDMPLIDTGINTPIEAALSVIV 180 Query: 181 VIYVAAAIFNLNIPDTGARYAHQQRNPIKLIADFGNCFSTLWKDKLGQISLAVTTLFWGA 240 + Y+ AA+FNL IPDTGARYAHQ+RNP++LI DF C+ TLWKDKLGQISL VTTLFWGA Sbjct: 181 LSYLLAAVFNLKIPDTGARYAHQERNPLRLIGDFAQCYRTLWKDKLGQISLGVTTLFWGA 240 Query: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGVVALGVALGAVGAARFVPLKKSLSVMPLGIVM 300 GATLQFIVLKWAE+SLH+PLDKAAILQGVVA+GVA GAV AARFVPLKKSLSVMPLG+VM Sbjct: 241 GATLQFIVLKWAEQSLHIPLDKAAILQGVVAVGVAFGAVAAARFVPLKKSLSVMPLGVVM 300 Query: 301 GLVVMAMTMVTSVWVAYPLLIIIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 GLVV++MTMV++VW+AYPLLI+IGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN Sbjct: 301 GLVVVSMTMVSTVWIAYPLLILIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 Query: 361 LSVLTMLVLYAVMVRLNLDVNIVILIFGVFVASIMYLIMRRHAANQREHDSLALIGEHKH 420 LSVL MLVLYA+M++LNL+VNIVI++FG+FVA +M ++MR+H NQ+E DSLALIGEHKH Sbjct: 361 LSVLGMLVLYAIMIKLNLNVNIVIVMFGLFVAGMMLVVMRKHKRNQQEFDSLALIGEHKH 420 >C3X2T1.1 C3X2T1_OXAFO Putative uncharacterized protein Length = 416 Score = 588 bits (1516), Expect = e-166, Method: Compositional matrix adjust. Identities = 293/420 (69%), Positives = 353/420 (84%), Gaps = 5/420 (1%) Query: 1 MNRGFYTIMAAQFFSSLADNALLIAAIALLSEMHSPAWMTPLLKLFFVLSYVLLAAFVGA 60 MNRGFY++MAA+FFSSLADNALLI AIALL++M++ WMTPLL+LFFV+SYV LAAFVGA Sbjct: 1 MNRGFYSVMAAEFFSSLADNALLIVAIALLAQMNAAPWMTPLLRLFFVMSYVGLAAFVGA 60 Query: 61 FADAFPKGKVMFITNLIKVVGCALMFFTVHPLIAYAVVGFGAAAYSPAKYGILTELLPPE 120 FADA PKGKVMFITN IK GC+L+F VHPL+AYAVVG GAAAYSPAKYGILTELLP E Sbjct: 61 FADALPKGKVMFITNTIKFCGCSLIFVGVHPLLAYAVVGLGAAAYSPAKYGILTELLPAE 120 Query: 121 KLVAANGWIEGLTVGSIIFGTVLGGALVNPHIASALLNFDFPVFDFGINTPTEAALCIIT 180 KLV ANGWIEGLTV SI+ GTVLGGAL+N H+++ LL+ P +P AAL +I Sbjct: 121 KLVIANGWIEGLTVSSIVLGTVLGGALINKHVSAFLLD-HMPF----AGSPAVAALVVIM 175 Query: 181 VIYVAAAIFNLNIPDTGARYAHQQRNPIKLIADFGNCFSTLWKDKLGQISLAVTTLFWGA 240 +Y+ AA+FNL IPDTGARYA Q +NP+ L+ +F F+TLW DKLGQISLAVTTLFWGA Sbjct: 176 GVYILAALFNLRIPDTGARYARQPKNPVLLVRNFYRSFTTLWHDKLGQISLAVTTLFWGA 235 Query: 241 GATLQFIVLKWAEKSLHMPLDKAAILQGVVALGVALGAVGAARFVPLKKSLSVMPLGIVM 300 GATLQFIVLKWA+ SL + LDKAA LQG+VA+G+A+GAV AA+FV LK+SL VMPLG+ M Sbjct: 236 GATLQFIVLKWAQHSLGLTLDKAAFLQGIVAVGIAIGAVSAAKFVKLKQSLKVMPLGVAM 295 Query: 301 GLVVMAMTMVTSVWVAYPLLIIIGALSGYFVVPMNALLQHRGHVLMSAGHSIAVQNFNEN 360 GLVVM MT+V SV++AYPLL+++GAL+G+FVVPMNALLQHRGHVL+SAGHSIAVQNFNEN Sbjct: 296 GLVVMIMTLVHSVYLAYPLLVLVGALAGFFVVPMNALLQHRGHVLLSAGHSIAVQNFNEN 355 Query: 361 LSVLTMLVLYAVMVRLNLDVNIVILIFGVFVASIMYLIMRRHAANQREHDSLALIGEHKH 420 LS+L+ML +Y+++V +L V+ VI+IFG FV+ +M L+M HA NQ+ DSL+LIGE K Sbjct: 356 LSILSMLGIYSLLVSFDLSVDAVIVIFGSFVSGMMLLVMHWHARNQKIKDSLSLIGEEKR 415