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= 0009.0204.p (326 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|YP_001353605.1| transporter of the DMT superfamily [Janthino... 470 e-130 ref|ZP_06689771.1| conserved hypothetical protein [Achromobacter... 439 e-121 gb|EFV87257.1| hypothetical protein HMPREF0005_05537 [Achromobac... 387 e-105 ref|YP_003978402.1| hypothetical protein AXYL_02366 [Achromobact... 386 e-105 gb|EGP44553.1| hypothetical protein AXXA_20751 [Achromobacter xy... 382 e-104 >ref|YP_001353605.1| transporter of the DMT superfamily [Janthinobacterium sp. Marseille] gb|ABR90691.1| transporter of the DMT superfamily [Janthinobacterium sp. Marseille] Length = 309 Score = 470 bits (1210), Expect = e-130, Method: Compositional matrix adjust. Identities = 235/296 (79%), Positives = 268/296 (90%) Query: 28 LRSYLYPFLAIVLWAGNVIVSKMAASAISPTAITFYRLILVLLLMSPFMLRPLWRNRAQI 87 L YLYPFLAIVLWAGNVIVSK+AASAISPTAITFYRL+LVLLLMSP ML PLWRNRA I Sbjct: 10 LYPYLYPFLAIVLWAGNVIVSKLAASAISPTAITFYRLVLVLLLMSPVMLGPLWRNRAMI 69 Query: 88 RRHWWQLGLSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTALLSVIVLGEAITVG 147 RRH+W+L LSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTA+LSV+VLGEAIT+G Sbjct: 70 RRHFWKLALSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTAILSVMVLGEAITLG 129 Query: 148 MAVGGLLSFTGLLYLVGHGDLGAAMREGVHLGDALMLLAAFSYALYGVLLRRWKMNVPVW 207 M GG+LSF G+LYL+G GD+ AA+ GVH+GD LMLLAA SYALYGVLL+ WKM VP W Sbjct: 130 MLAGGILSFGGILYLLGQGDMAAALANGVHIGDLLMLLAAASYALYGVLLKYWKMPVPAW 189 Query: 208 QAVYVQAVAALVLMLPQFLLLPAGTAALDARTLPLIAYSGIGSSILLSFLWIEGVKKLGP 267 QA+Y+QA AAL+ MLP F++LP G A+LDARTLPLIAY+GIGSSI+LSFLWIEGVK+LGP Sbjct: 190 QAIYIQAFAALIFMLPMFVMLPPGAASLDARTLPLIAYAGIGSSIILSFLWIEGVKQLGP 249 Query: 268 NRCSIFINLLPVLTALFAILWLNESMHAYHLIGGGVSLAGVLLTQIVQRPLFGARV 323 NRCSIFINLLPVLTALFA++WL+++MHAYH+IGGGV+L GVLLTQ VQ+PL ++ Sbjct: 250 NRCSIFINLLPVLTALFAVIWLHDAMHAYHVIGGGVTLLGVLLTQTVQKPLLRKKM 305 >ref|ZP_06689771.1| conserved hypothetical protein [Achromobacter piechaudii ATCC 43553] gb|EFF73278.1| conserved hypothetical protein [Achromobacter piechaudii ATCC 43553] Length = 306 Score = 439 bits (1128), Expect = e-121, Method: Compositional matrix adjust. Identities = 223/297 (75%), Positives = 256/297 (86%) Query: 26 MPLRSYLYPFLAIVLWAGNVIVSKMAASAISPTAITFYRLILVLLLMSPFMLRPLWRNRA 85 M + S L+PF+AIVLWAGNVIVSK+AASAISPTAITFYRLIL L LM+PF+LRPL RN A Sbjct: 1 MSITSLLFPFMAIVLWAGNVIVSKLAASAISPTAITFYRLILALALMTPFVLRPLLRNWA 60 Query: 86 QIRRHWWQLGLSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTALLSVIVLGEAIT 145 +R H ++ +SGLLAMALFQSLSYRAAESTTATNMAIVTAL+PLLTA+LSVIVLGEA+T Sbjct: 61 SVRPHLGKMAISGLLAMALFQSLSYRAAESTTATNMAIVTALVPLLTAILSVIVLGEALT 120 Query: 146 VGMAVGGLLSFTGLLYLVGHGDLGAAMREGVHLGDALMLLAAFSYALYGVLLRRWKMNVP 205 VGMAVGG+LSF GLLYLVG GD+ A + GVH GD LML+A+ SYALYGVLLRRW++++P Sbjct: 121 VGMAVGGVLSFVGLLYLVGQGDIAAILHNGVHAGDLLMLMASLSYALYGVLLRRWRLSIP 180 Query: 206 VWQAVYVQAVAALVLMLPQFLLLPAGTAALDARTLPLIAYSGIGSSILLSFLWIEGVKKL 265 WQAVY+QAVAALV MLP F +LPAG A+LDARTLPLIAY+GIGSSILLSF WI+GVK L Sbjct: 181 AWQAVYMQAVAALVFMLPFFWVLPAGAASLDARTLPLIAYAGIGSSILLSFCWIQGVKHL 240 Query: 266 GPNRCSIFINLLPVLTALFAILWLNESMHAYHLIGGGVSLAGVLLTQIVQRPLFGAR 322 GPNRCSIFINLLPVLTA+ A+ L E MHAYH+IGG +SL GVL+ Q V +PL R Sbjct: 241 GPNRCSIFINLLPVLTAVLAVAMLGEQMHAYHVIGGSMSLIGVLIAQTVHKPLHAPR 297 >gb|EFV87257.1| hypothetical protein HMPREF0005_05537 [Achromobacter xylosoxidans C54] Length = 304 Score = 387 bits (994), Expect = e-105, Method: Compositional matrix adjust. Identities = 195/291 (67%), Positives = 237/291 (81%) Query: 30 SYLYPFLAIVLWAGNVIVSKMAASAISPTAITFYRLILVLLLMSPFMLRPLWRNRAQIRR 89 SYL+P AI+ WAGNVIVSKMAASAISPTAITFYRLIL L +M F P+WRNR I R Sbjct: 2 SYLFPLFAILFWAGNVIVSKMAASAISPTAITFYRLILALAIMGLFTAVPVWRNRKTILR 61 Query: 90 HWWQLGLSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTALLSVIVLGEAITVGMA 149 HW +L L G L+ A+FQ+LSYRAAE+TTATNMAI+TALIPLL+ LLSV++L + +T+GMA Sbjct: 62 HWPKLALYGALSSAVFQALSYRAAETTTATNMAILTALIPLLSMLLSVVILRDPLTLGMA 121 Query: 150 VGGLLSFTGLLYLVGHGDLGAAMREGVHLGDALMLLAAFSYALYGVLLRRWKMNVPVWQA 209 GG LSF GLLYLVG G++ + + G+H+GD LML+AAFSYALYGVLLR WK+ VP WQ+ Sbjct: 122 AGGALSFLGLLYLVGQGNMLSVFQHGIHVGDGLMLMAAFSYALYGVLLRHWKVPVPAWQS 181 Query: 210 VYVQAVAALVLMLPQFLLLPAGTAALDARTLPLIAYSGIGSSILLSFLWIEGVKKLGPNR 269 +VQ++ AL+ MLP +L +PA AALD +T+PLI Y+GI SS+LLSFLWIEGV +LGPNR Sbjct: 182 TFVQSIFALLYMLPLYLRVPAAQAALDMKTIPLILYAGIFSSVLLSFLWIEGVHRLGPNR 241 Query: 270 CSIFINLLPVLTALFAILWLNESMHAYHLIGGGVSLAGVLLTQIVQRPLFG 320 CSIFINLLP+ TAL A + L E + +YHL+GG V+LAGVLL Q VQRPLFG Sbjct: 242 CSIFINLLPLFTALAAFVLLREQLRSYHLLGGAVTLAGVLLAQTVQRPLFG 292 >ref|YP_003978402.1| hypothetical protein AXYL_02366 [Achromobacter xylosoxidans A8] gb|ADP15687.1| hypothetical protein AXYL_02366 [Achromobacter xylosoxidans A8] Length = 300 Score = 386 bits (992), Expect = e-105, Method: Compositional matrix adjust. Identities = 196/291 (67%), Positives = 234/291 (80%) Query: 30 SYLYPFLAIVLWAGNVIVSKMAASAISPTAITFYRLILVLLLMSPFMLRPLWRNRAQIRR 89 SYL+P AI+ WAGNVIVSKMAASAISPTAITFYRL+L L LM F P WRNR I R Sbjct: 2 SYLFPLFAILFWAGNVIVSKMAASAISPTAITFYRLVLALFLMGLFTAGPAWRNRKTILR 61 Query: 90 HWWQLGLSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTALLSVIVLGEAITVGMA 149 HW +L L G L+ ALFQ+LSYRAAE+TTATNMAI+TALIPLL+ LLSV++L + +T+GMA Sbjct: 62 HWPKLALYGALSSALFQALSYRAAETTTATNMAILTALIPLLSMLLSVVILRDPLTLGMA 121 Query: 150 VGGLLSFTGLLYLVGHGDLGAAMREGVHLGDALMLLAAFSYALYGVLLRRWKMNVPVWQA 209 GG LSF GLLYLVG GD+ + + G+H+GD LMLLAA SYALYGVLLR WK+ +P WQ+ Sbjct: 122 AGGALSFLGLLYLVGQGDMLSVFQHGIHVGDGLMLLAALSYALYGVLLRHWKVPLPAWQS 181 Query: 210 VYVQAVAALVLMLPQFLLLPAGTAALDARTLPLIAYSGIGSSILLSFLWIEGVKKLGPNR 269 +VQ++ AL+ MLP +L +PA AALD T+PLI Y+GI SS+LLS+LWIEGV +LGPNR Sbjct: 182 TFVQSIFALLYMLPLYLRVPAAQAALDMNTIPLILYAGIFSSVLLSYLWIEGVHRLGPNR 241 Query: 270 CSIFINLLPVLTALFAILWLNESMHAYHLIGGGVSLAGVLLTQIVQRPLFG 320 CSIFINLLP+ TAL A + L E +H YHL+GG V+LAGVLL Q VQRPLFG Sbjct: 242 CSIFINLLPLFTALAAFVLLREQLHLYHLLGGAVTLAGVLLAQTVQRPLFG 292 >gb|EGP44553.1| hypothetical protein AXXA_20751 [Achromobacter xylosoxidans AXX-A] Length = 304 Score = 382 bits (981), Expect = e-104, Method: Compositional matrix adjust. Identities = 194/289 (67%), Positives = 234/289 (80%) Query: 31 YLYPFLAIVLWAGNVIVSKMAASAISPTAITFYRLILVLLLMSPFMLRPLWRNRAQIRRH 90 YL+P AI+ WAGNVIVSKMAASAISPTAITFYRLIL L +M F P WRNR I RH Sbjct: 3 YLFPLFAILFWAGNVIVSKMAASAISPTAITFYRLILALAIMGLFTAVPAWRNRKVILRH 62 Query: 91 WWQLGLSGLLAMALFQSLSYRAAESTTATNMAIVTALIPLLTALLSVIVLGEAITVGMAV 150 W +L L G L+ ALFQ+LSYRAAE+TTATNMAI+TALIPLL+ LLSV++L + +T+GMA Sbjct: 63 WPKLALYGALSSALFQALSYRAAETTTATNMAILTALIPLLSMLLSVVILRDPLTLGMAA 122 Query: 151 GGLLSFTGLLYLVGHGDLGAAMREGVHLGDALMLLAAFSYALYGVLLRRWKMNVPVWQAV 210 GG LSF GLLYLVG G++ + + G+H+GD LMLLAAFSYALYGVLLR WK+ +P WQ+ Sbjct: 123 GGALSFLGLLYLVGQGEMLSVFQHGIHVGDGLMLLAAFSYALYGVLLRHWKVPLPAWQST 182 Query: 211 YVQAVAALVLMLPQFLLLPAGTAALDARTLPLIAYSGIGSSILLSFLWIEGVKKLGPNRC 270 +VQ++ AL+ MLP +L +PA AALDA+T+PLI Y+GI SS+LLSFLWIEGV +LGPNRC Sbjct: 183 FVQSIFALLYMLPLYLQVPAAQAALDAKTIPLILYAGIFSSVLLSFLWIEGVHRLGPNRC 242 Query: 271 SIFINLLPVLTALFAILWLNESMHAYHLIGGGVSLAGVLLTQIVQRPLF 319 SIFINLLP+ TAL A + L E + +YHL+GG V+L GVLL Q VQRPLF Sbjct: 243 SIFINLLPLFTALAAFVLLREQLRSYHLLGGAVTLLGVLLAQTVQRPLF 291