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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0158800 |
| Transcript ID | LotjaGi2g1v0158800.4 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Potassium efflux antiporter; TAIR: AT5G51710.2 K+ efflux antiporter 5; Swiss-Prot: sp|Q8VYR9|KEA5_ARATH K(+) efflux antiporter 5; TrEMBL-Plants: tr|I1L3J4|I1L3J4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0158800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:55974370..55984632) extracted from Lotus japonicus Gifu genome v1.2.
CAAACAACAACCATGATGGCGAAGAACAATTGGGGTATGTTTGGATTCTGGGTCTGCGTCCTCTCCTTCTTGATCTGCGC CGGCGTTGGTTCTCCGGCCAGATCCGACAAGGAAACCCGTGAGAGATTCTACGGCGTTATGGTGAATTCCACTGCGCCTG AATCCAATGACACCTTCGCTAAGATGTTCGATCGCGTTCTCGAGAAGGAGTTTTCAGAAAATGACCAGCCTGAAGGTTTT TGCATTCTGCTCTTTATTTTCTGTTTTTGGCTTGATGGGGTTGTTAAAATTTGGAACTTTTTGTTGTTTGCGGGAAAATA GCTTGATGGGGTAGTTAAAGTTTGGGACTTTTTGTTGTTTCGCGGGAAAATTGCTTTGTGGGTTAGTTCAGCTGGAGTGA AGGTTCTGTTGAATTGAATATGCAGTAGAAAATGATGCATTTGAAGTTTGGTTGTATTTGTTTTGGTGTGAACGGGTGTG TGTTTGCGTAGAAGAAAATATGGTGGACATGAGACCCTTCTAGGTAGCTTTTTGGTGAGTTGGAAAGATGTTTTGGTTGA AGCAGTTTTAGACTTAGAACATCTAATGGAAGAGGTTAGTGAGCACGTGCAATGGAGATTGGCTTGTGGGTAGACTTAAT AGTTCTTACTTCTTATTCTGCTTATGGATAGTGGAGTTCTAGGGTGGTAAGATTCTCTTAGTGGTACTTGGGCTACTAAT TGCATCTAGATCTGGTGGATCTATGGCAATGTTTGGAGCTGAATATTACTGCACCAAGTTTGTGAGATTAGTAATGGTTC ATGGTATTAGGGACTTGCTATAATTGTTGAAAGACATGTTTGAGGTTAAATTCGTGTTGAGAGGTGCGCAAGAAATTGCA CTCACCCCCTCACTGCCTAATGTTTGATGTCACACAGGGCTTATGAAGCAATGTGTTTTTAATTAATAAAGGTAGTTTGG CTATGTTAAGATGTATTGGTCATGAATGTGTTAATACTGGTATGGCGGATGTGATCTGTCGTTTATCCTTACGATCTTTC CTGATGTATTACTGGTTGGTCATGGCTATTACATTTTAACAGGCTGTGTTTTGAATTTGGATATTGTCATGGATGATTTG TGAGTATATTAGTCTTAATGTTACTCTTCTGTACTTTCGATTGTTACCTAATTTATTCTCAGAGTTTGCTTTTGAGATGA AACACTAGATTCAGTTGCCAATGTTCAAAATGTGAAACATGACGCTTGTTGATTTGTTTTTATTAGTCTGGCTGGTATTG TCATTGATATTTTCTATCTTTAACAGGATCCGATAAAAGCAGCTTCAATAGCAGTGTAGCTGATCAGCAGGTAGACCTGC TACTTTGGTTTTCAATAGTAGTCTTGAAGTGGATTATTTTAACTGAAAACAAGCTGTCAATTTCAATTGATACATGAAAA GTGAAATGAGTCCATGTTTGGGATCTGTTTGTTTTTGCCCTCAAATATTGATCTATCAGTTTAATTGTCTTATTCACTTC GATTGAAGAGTGACTGATTATTGCTTTTCATTCTATTTTCTCTTCCTCTAGTATTTAGATGTGTTCATAGCTCCAATAGT AAATTGTGAGTTATGTTTTTTTCTTGAGGTAGCCCTCAAACATTTTCATATTGTGCTACTAATAACACCTACTTCATGCC TTCTTTCAGTTGAAATTATATTGTTATGGTAGTTAAAGAGGAAAAGAGAGAAAAAGCAATATCCAAAATAATAAGATTAT ATTGGTATGGTATATGCTTGATGATAGTATACAAAATACTAAACCAGTGGTTATTTTTATTCAATAATTAGGTTGAGGCT GGTGCAGTAGGATACTAGGATTGTAGTACTAAAGTATTAGGCAGCCGAAATGCACTATTACAAATTATATTAACTTATTA CCCTGATTAAAATAGGTAAACATATAATGAAAGATCATGAAAATAAGAATCAACTCCTCATTGCTTCCTAATTAGATCAT TTAGATGACTAATTGATTCCATAATATGTTTAAAATGTTCTTACGTAATCTAAACTCTAAAGTAGTCTTCAATATATTCT GAGCATGAGCATTCTAACATTTTTCCCATAGTTGAGTGGCTCTCTGAGGAAAGATTATTCCCACCATTTTTCTAATGTAA AGATGATTTTTGACATTATTGATGTGCCCAAAATTTCGAAGGAAGAATAGAAAATTTAGTATACTCTAGATTGATAAGTT CAAAATGCACAATCTAAAGAACACCAGTTGAATTCGCACTTTCTAGAAAGAGAAGAAAATTGATGAAACCTCACGTTTAC TCAACTAACAGAGAAAAAGAAAAGAATTTCAGAGAATAAAATGCCTATCAGCCACCAAGCTGTAGGTCCCAAGCCCCAGG CCATTTCTCGCTTCAGTTTTCTTCCCGCCCCTCTATGCTGTCCTGCCTGTCTTTATCCATGATAGATGAAACTGTCTACA TTTTCTCCACTTTCTGCATAACCGCCTCCTCTCCTTGTTGCTTGCCACGTATCCCTTTTTTCTTTCCAGTGTAGACTCTC CAAACCCTTGGGCCATTGTCCTGACCCAATAACTGATCCCACTGGTCTTGGGCTCTATCAAAAAACAAGAGTGATAAGAA CTCTGTTTAATTTCCACTAAGCTAGAGAGCTCACTTCATTCAAGTAATATGAAATGTGAGTGCATCCTCTCTTTTAAATG GACTTGCCAATAAGTTGGGCAATCACTACTTCACTAGTTGTGAGACCATTAATGGGCATGGGGAGCTCAACTTACAATAA AACAACATTAGCACTTTAAAATTAAATGACGTGCTCCCATGACTCTACTCAAGTTGCTATGAAATAACATTAAAAAAACG TGCTGCAAATGAGTCAGCTTATCAAGCCTTTAGTTTTCCTTCCAAACTGCTTTAGTTTCAGCCTAAATAAGTAACATATA CAGAGGTGAGCATTCTAAACCATTTCTCTTCATAACTCAGTAGTGTAAGTGTAAGTAACCCAGCTGAAATTCATGTTCTC CTTCATAGAAGCCAAAGACTCCATCTATTTATCTCTTGAATATGTGATTGGGCCAATTGAAGAAATGGATTTAGCTTACC ATTCTTGGTCAGAATCCGCAATCTCATCAATTCTGGTCTTCTTTTGCAGGCTACATTGGAGACTGTAGCTAAAATTACTC ATGACAAAGCAAAGAGAAATGATACGCATGAGGGAAAGTATGTTCATATGTTTCTGGATATAGTTTCTCAGTTGCTTGAT ACTTGGATGTAACTTTGTTCATATGCCTTGTAATTTATATCCTTTTTGAATTATTATTTTCCACAGTAGCACAAAGTCGT TTCAGTTTCAAGATGTGTTCTCCCTGGAAAATGAAGATTCTGATGATGTGACAACTTTGATTGACAGCAAGGTGTGCTAG AAAGTGTTATGAAGTCTTCTGGGTTATTCTCCACTATGATGTTAAATATTTTATTTTCATATTTGAACCTGCTCACTTGT TTATGCTATCGCATGGCAGGACAATGTCTTTGTGATGTCAAACAAGAAATCCAAATATCCTGTGCTTCAAGTGGATTTAA GGTTGATATCTATTTTGGCTTTTACTTTTGTAGTTACTATTCAGTGAATTATTTTGTCATCTTGGCTGACTAATTGAAGC AGTTATGTTAAGAAATTGCTTTAAACATGGACAAAATGCTATGTTTCTGGGCTAATTTCTCTTGTTCACGATTCTATATT GCTGGTTTTGGATTGTATTATTTTGACGTTAGGTTAGTTTGTGTTAGGAATCAACAAGTAGGTTTAGGAGATATAATTAT GAAAACGACAAACCAACCGTCTTGTACCCTTTTTAATTTGGAAAAAAAATAAAAGGATTTAGATTTTTCCTTATTTGGTC TTGGAGGTTTGTGTGCTTAAAATGGAGAGTGGGGCAAGATGATGGGGTTCGAGCAAGTATTTTTGCTGAATTTATGATAT TATTAGATGTTGATGTCTGTGTTGTGTAATTTTGAAATTTGTTTGTGTCGCTTCTGTCTGTTTTATTTATTTTCTACCAT GAGTTAATCTACAATTTTGTCGGTGCACATTTATGCAGGCTAATATCAGATTTAGTGGTCGTCATAGTTTCTGCAGCCAT TGGTGGAATCGTCTTTTCCTGTTTGGGGCAACCGGTCTGTAATTGCTACTATTCCTCATTGTGACATTTGATGATTTTCG AATTTAAATCCTTACTATATTGAGCGATCTCTTTGCGAGTGATCTATGCTGAGTATTGGATTACATCTGTTTTTTTTATA CATATTGTAGGTTATTGTGGGCTATCTTCTTGCAGGCTCCCTTATTGGACCAGGGGGTTTGAAATTCATCAGTGAAATGG TACAGGTATGTTGTTCTGAGCGACTCACCTTAATTTTTGGATGAAGTAAGCTGTGGTCAATTTTTTGATTGCCTAATCTC ATCTTCTCTATACAAATTTGTCGCCTCTCTTATTGGGGTGGTTAAACACTACTCTATATATGATTTACAATCTTGAGTGT CTTGAAATGTAGATTCCTCCATAGTCCATGAGTGTCAGGTGTGATGATGATTATCATGATTCTTCGCTGCCATTAAATGT TCTCCATCCACCATCTCTCAAAGTTCTATAGAAATTGAGTTGTCTTACTAATCATAATTCTCCTCTTCCATTTTATCTTA TAGTATGACCAAGTATGGAACTGATATATTTTATAGGACAGTGGAGGAATTATTTTGTACATGGGTTAAGGATAGGATTT TAAGATGGAGGAAGGTTAGGAATTGAGGTGTATTTAAGTAATTTTAATAAGGTCGGCTATTTGGAGGCAATACTGGAATG AGATGATTATTAAGAGCCTGACTGGTGGTTATTGGAACATGTGCAGAGCTATTGAAATTGATTTAGTGGTTTGGTAAATT CCAGGCCCGATTCTGGCACAAACAAAGATAATCTATGGAGTTAGGGTACTTTAAACATTCCTTCAGCTTCTAGTGACGTT AATATGATCGATACATCAGTAGTAGAGTATATAAAACAAATTTTGATAGTCCATGATGCCTGCTCGTTCCATGGAAGAAT CAATGAAAGGATAATATTTCCATTGTCTTTTTAACCTTGATGTACGATTCATATGTTGTCACTCATTTTGCACTGGATAA CCATTTCTTTATCATTTTTATTCAGGTTGAGACTGTTGCACAATTTGGAGTTGTATTTCTTCTCTTTGCTTTAGGGCTGG AGTTTTCCTTGGCGAAGGTTTGCGATTCATGTCTTGCAAAAATGTTTTTCACTGTGTCACAAATTTTCATGCATAAGCTT GAACCTTGCTAAATATCAAATCATATGAATAGATTGAATGGATTCACTTGGGCTTTTGATTTGTGGCTGTAGTTTAATAG AACTTTTCTTTCCATTTTCTGAGGAGAACCTGTTTGGAATTTTTTATTCATGCAGTTAAAAGCTGTGGGGCCTGTTGCTG TTCTTGGAGGTCTGCTTCAAATTTTATTATTCATGTTTCTTTGTGGCATTCTTTCCATGGTATGGTGCTGGCTGTATCTA ATATGGTCTTCAATAGAATTAAGGAGCTACAATTATGTTATAATGGGTGCTAAACATTGTTGGCCATTTGATTTATAGTT ATTTGGAGCCAAGTTATCTGAGGGTGTTTTTGTTGGTTCATTTCTGTCAATGTCATCAACAGCAGTGGTATGTTTTTAAA CCATTTCCAGAAACTTACAATCTGCATTTTTATTAATGGTTCTTAATAGATTCTAAGAATTATAAGCTACTTTCACGGTT TGACAGGTGATAAAGTTTTTGGTGGAGCGGAATAGTAATAATGCTCTTCATGTTCAAGTGACTATTGGGACTCTTATTTT TCAGGTATCTTGTTCAGTTATAAATGTTAAACTTATTAACTTCTCATAAAGCAACACTAAAGCTTGATTCAACTTGTTGG TCATTCTTTCTTCGACCACTTTTTATATCAGGATTGTGCTGTGGGTTTACTATTTGCTTTGCTTCCAGTTTTGGGTGGTA ACAGTGGTCTTTTACAAGGAATTGTTTCAATGGGAAAACTGTAAGTTTATCCATCTGGACTTTTTTTCTCTTTTTTAATC GTATGACGTATCCCTTTTAATGATAAATAACAATTTGTTCAGTTGATGCAAATCAATTGAATCTTGTAATTTTGCCATAT ACATGTTCAATTTTCTGCATTCATATATGCTGAACCACCATAATTTATGGGTACACTGCTTGCAATTTACTATACAAACC CTAAAGTTTTCATTCAAATTAACTTCAGTATGCTAATTCTAAAATCTTAAAATTTAGAAACACTGCACACGATGTTTTTT ATGCCTAAATCACATGAATCTTACCAAAAGATTAGATTTGTCTTCCAAACTGAACAAAGCGTACATGTGGTAGAGACTGT AATTTGTAGGTAAACTGTGACTCTATTCTGTGCGCTCACATGAGAGAGCACTGGGAAATGTGATGGATCATATTGTTGGA TTTTTGGTGAAGAGAACAACCACAAGTATGCATATGGCTTCTATGTTGCCAGTTTTTATCAAGTGGAGGTTTCCATGGGC CTATGTTGTCAATCTCAGATCTCGGTGTGTAGTCGCCGGCCCCAAAAAATATTACTAAATCAATAGCAGGATGGTCGAGA TAGTGAATTTTTGTCTATATTTTGTGTAATTTATACCATATATATATATACATACTAAATCAATGGTAAATATTGCTTGA AATTCATAACATATTCATACTTTCGTAGTGGCAAACTAGCAATAAAAAGTCAATAGGTCTTGGGAGAGCAAGGGCGAAGA GAGTAGGGGACGTGAGGAGAGGGTCGAACTCTTTCCATCTAGGGTTTTTAAAACTGCCTGTAAAAAGCACTCCCAACGTT TAAAATTGGAGGACAATTTTGAAAATGTCGGACCCTTCCTTGTCGTGCGGGAAAATCTGGGAAATGGGCCGAGACGATGA AACGGGATGGGATGGTGAGCACTGTCCCAGTGCCTGGTATGGGACTCTGGGAGCCTGCTGGGATTGACAACTTAACTATG GGCTTTAGGGTTTTTTTGGGGGTAAATCATAGTTTATCCAAAATTGAACTTATTTGTCATTGGGATAGGTTCTTACTGTT TTCAACTTCAGGTTGCTAGTGTTGTCGTTGTATCTCACTGCTACATCTATATTGTCTTGGTCGTTTGTTCCTCGCTTTCT CAAATTGATGATGCGGCTCTCATCTCAGGTTAGGGTAAAACATATTTGTTTGACTTATTACACTCTCTAGCACTATAGCA GTTCATGAGTTAATTTTTCTTCATCTTCACTCTCCAGACAAATGAGCTTTATCAGCTAGCTGCCGTTGCTTTCTGCTTGT TATCTGCGTGGGTAAGAAAAACCAATCCTGCTATTTTAGAAAACGATTTAGAACCAAATGGTCTTGGGTAACATCAGCCT TATCTGTAGTTTATTGGAGCTTACAATTAGTAGTGATGGCAAAAGCGAAAAGCCAACCCCTAAACGTAATTTGGAAATCT CTTTCCAGTGCAGTGATAAGCTTGGCCTTAGTCTTGAGCTGGGTTCATTTATGGCTGGTGTTATGGTTTCTACAACAGAC TTTGCTCAACATACTCTGGACCAGGTAACATTCGTGGTTTATGACTTCAACTTGTATCAGTCTTATTTGCGTACATACAG TACTTTCCTTAATGCTATCTGAATTCTGAAGTTTTAACTCACTTCTTTGGATCACTAAGGGCACACTTCACTGAAGTTCA TATTTTACTGTCTCTTGTCTTGCTTTTTATGTGATATTGTTTAATTATTATTGTTATTTTTTCAAATAATCTTGGGTTAC AACAAAATAGTTTATTCTGTGTGTATTGTTAGATGGAAGCTGGTCATGCTCTACTTGTAAAACTTGATTCATTATACAGC TTCTCTATTGGAATTGATGTAGTATTCTGCCCATAGGCCCCCTGGCTGCTTTAAGAGAGTTGCTATCTCAAATATGTAGT CAGATTAGGCAACCTATTCATTGTTTATTTTCCTTTTACCCTTCTGTGTATATATTTTTCTTGTTTTGAAAGATTGCTTA TCATCTCTTAGTTGGTTTGTTTCCTTTTTAAATAAATTATTTCCCCATAAATAATGTAGAATTATGTGTTTAGAATAATT TAGTGCATATAAAATACTGGATTATGAACTACGTTTCAGTAGTCATAACTCGTAAGATTAGATGGAGTCTGATAGATACC CGCATAGGAACACATAGGAAGTTAGTTAGCAGCTTTGTTAGTTGAATTCTTTTAGTATTTCAATTAGAGTATTATCAGCT TAAGGAGTTAGTTAGTATGGAGAGGATATTATAAATAAGTGGGTTATTGAGAGTGTTAGGCATCTTCTGGGATCATTTAG GAAATTGGGACTTGGGAGAGAGTAGAGCCTCTCGAATGCTCTACAACTTTGTACATCCTCTCTAATTCCCAAATAGGAAT TAGGGTTCATATTCCATAATATCACAGTTTCTATCTTCTTCTTGGCTGGGTTCTATCGGAGTCACACCTAATGAAGTGCA TTTATGTTCACATATTGCAGGTGGAACCAATTCGTAACCTGTTTGCAGCTCTCTTCCTCTCAAGTATTGGTATGCTTATA CATGTCCACTTCCTTTGGAACCATGTGGATATCTTGCTGGCAGCTGTTATTCTGGTTATAGTTGTTAAGACTACTGTTGC TACTATAGTTACAAAGGCCTTTGGGTACAGCATTAAGACAGCACTTATTGTAAGTTAACTTATCAGCTTGTTAGATGATA TATATTAGTTAAGTAGACATCACATTTTTAACACTGAATAATCTCCACGTCAACTTAGGTTGGTATCTCACTTGCTCAAA TTGGAGAATTTGCTTTTGTTCTCCTGAGTCGCGCTTCAAATCTTCATCTTGTTGAGGTTTTTGCTTTCTCTCACCTTCTG CTTAAATTTTGTAATTACTGTTTGGTTTTGTCTGGCCACCTTCTCTTAGAAATTGATACATCTGATCTTGAGCATTTATT CTTTTCTAGCTTACCAATATACAAAAATGTGTGGGCATTGCAATCTCATTTGAATTAGTAGAGAATTTTTAGTAATGCAA ATGTCCTGAGGGATGTCCCATATATCTAAGTTTTAGGTCAAAAGTCAATATGTGGTGGCAAGTTTGCTAGTGTGGTCCCT TGCCAAGTGCCCAAGTCCATGAAAGGAGATCTCCCCAGTGTTCTGAACTGTCCCAAAAATTTCATTGGTCAATGAGGGCA TTCAACAACCACCAAGACATGATTCATTTTTATTTTATTTACTAAGTGGATAATGCAAGGAACAACTGCATAGAGAGGGT TTGTCTTCTAGGTCTGCAAAATAATGGATTCCATACGGGAAAGAGGGGAGGGGTAAGCTATCCATTTTGTCACATTTATG ATTTCTGAAAATATGCGGTAGGAACTAGGAAGATGGTTGATCAAAGACCCTAAGAAATGAAATATCACGTTATTTCTGGT GCATTGGATGAATCACTTATAACTGAAATAATTTCTTATGGGCCTGAATATTTAAGTGAAAGATGCTCACAAGTTTCACT GTTGGTGATCTAGTGGCACTTAAAGAGTTAAAGTTCCTTGCCTTTCCATTCTTCTAGCATATGCATTGTCATTGAAGAGT TTTGTTTGCATATTCTTTGCAATTCCTTTTCTCAGTGATTTTTGGTTATTTATGTAAACTTTCCATTTTCTCTCTCTTTC TCTCTACCTCTCTTGCTGACCTCTGATTACAATATTTTAGGGGAAGATGTATCTTCTTCTTCTGGGAACAACGGCTCTTA GTCTGGTACGTTTCTTTTAGAGGCTGCTCCATTCTATGCTTCATTTTGTTTAACCATGAAAGATGTTTTGCAGGTTACAA CGCCGCTTTTGTTTAAATTGATACCTGCTTTCATGAATCTGGGTGTTCTCATGCACTGGTTCCCCGCTGAAAGTAGTACA CCAAATGAGGTCTCTCATATTTTCACTTGTGATTCGATTGCTTTTACTCACAAATAACTATTTATCACTTTGTCATTCAA AGTAGGCTGCACTTTTTTAGGGGTTATGAATATGATATGATTGCAAATCATATAGAACTTTCTTGGGGGTAAAGATTGCA TGTTTTATGGTACATTTTGTTAA
CDS sequence (LotjaGi2g1v0158800.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATGGCGAAGAACAATTGGGGTATGTTTGGATTCTGGGTCTGCGTCCTCTCCTTCTTGATCTGCGCCGGCGTTGGTTC TCCGGCCAGATCCGACAAGGAAACCCGTGAGAGATTCTACGGCGTTATGGTGAATTCCACTGCGCCTGAATCCAATGACA CCTTCGCTAAGATGTTCGATCGCGTTCTCGAGAAGGAGTTTTCAGAAAATGACCAGCCTGAAGGATCCGATAAAAGCAGC TTCAATAGCAGTGTAGCTGATCAGCAGGCTACATTGGAGACTGTAGCTAAAATTACTCATGACAAAGCAAAGAGAAATGA TACGCATGAGGGAAATAGCACAAAGTCGTTTCAGTTTCAAGATGTGTTCTCCCTGGAAAATGAAGATTCTGATGATGTGA CAACTTTGATTGACAGCAAGGACAATGTCTTTGTGATGTCAAACAAGAAATCCAAATATCCTGTGCTTCAAGTGGATTTA AGGCTAATATCAGATTTAGTGGTCGTCATAGTTTCTGCAGCCATTGGTGGAATCGTCTTTTCCTGTTTGGGGCAACCGGT TATTGTGGGCTATCTTCTTGCAGGCTCCCTTATTGGACCAGGGGGTTTGAAATTCATCAGTGAAATGGTACAGGTTGAGA CTGTTGCACAATTTGGAGTTGTATTTCTTCTCTTTGCTTTAGGGCTGGAGTTTTCCTTGGCGAAGTTAAAAGCTGTGGGG CCTGTTGCTGTTCTTGGAGGTCTGCTTCAAATTTTATTATTCATGTTTCTTTGTGGCATTCTTTCCATGTTATTTGGAGC CAAGTTATCTGAGGGTGTTTTTGTTGGTTCATTTCTGTCAATGTCATCAACAGCAGTGGTGATAAAGTTTTTGGTGGAGC GGAATAGTAATAATGCTCTTCATGTTCAAGTGACTATTGGGACTCTTATTTTTCAGGATTGTGCTGTGGGTTTACTATTT GCTTTGCTTCCAGTTTTGGGTGGTAACAGTGGTCTTTTACAAGGAATTGTTTCAATGGGAAAACTGTTGCTAGTGTTGTC GTTGTATCTCACTGCTACATCTATATTGTCTTGGTCGTTTGTTCCTCGCTTTCTCAAATTGATGATGCGGCTCTCATCTC AGACAAATGAGCTTTATCAGCTAGCTGCCGTTGCTTTCTGCTTGTTATCTGCGTGGTGCAGTGATAAGCTTGGCCTTAGT CTTGAGCTGGGTTCATTTATGGCTGGTGTTATGGTTTCTACAACAGACTTTGCTCAACATACTCTGGACCAGGTGGAACC AATTCGTAACCTGTTTGCAGCTCTCTTCCTCTCAAGTATTGGTATGCTTATACATGTCCACTTCCTTTGGAACCATGTGG ATATCTTGCTGGCAGCTGTTATTCTGGTTATAGTTGTTAAGACTACTGTTGCTACTATAGTTACAAAGGCCTTTGGGTAC AGCATTAAGACAGCACTTATTGTTGGTATCTCACTTGCTCAAATTGGAGAATTTGCTTTTGTTCTCCTGAGTCGCGCTTC AAATCTTCATCTTGTTGAGGGGAAGATGTATCTTCTTCTTCTGGGAACAACGGCTCTTAGTCTGGTTACAACGCCGCTTT TGTTTAAATTGATACCTGCTTTCATGAATCTGGGTGTTCTCATGCACTGGTTCCCCGCTGAAAGTAGTACACCAAATGAG GGTAAAGATTGCATGTTTTATGGTACATTTTGTTAA
Protein sequence (LotjaGi2g1v0158800.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MMAKNNWGMFGFWVCVLSFLICAGVGSPARSDKETRERFYGVMVNSTAPESNDTFAKMFDRVLEKEFSENDQPEGSDKSS FNSSVADQQATLETVAKITHDKAKRNDTHEGNSTKSFQFQDVFSLENEDSDDVTTLIDSKDNVFVMSNKKSKYPVLQVDL RLISDLVVVIVSAAIGGIVFSCLGQPVIVGYLLAGSLIGPGGLKFISEMVQVETVAQFGVVFLLFALGLEFSLAKLKAVG PVAVLGGLLQILLFMFLCGILSMLFGAKLSEGVFVGSFLSMSSTAVVIKFLVERNSNNALHVQVTIGTLIFQDCAVGLLF ALLPVLGGNSGLLQGIVSMGKLLLVLSLYLTATSILSWSFVPRFLKLMMRLSSQTNELYQLAAVAFCLLSAWCSDKLGLS LELGSFMAGVMVSTTDFAQHTLDQVEPIRNLFAALFLSSIGMLIHVHFLWNHVDILLAAVILVIVVKTTVATIVTKAFGY SIKTALIVGISLAQIGEFAFVLLSRASNLHLVEGKMYLLLLGTTALSLVTTPLLFKLIPAFMNLGVLMHWFPAESSTPNE GKDCMFYGTFC
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| Phobius | 1 | 5 | 5 | - | – | |
| SignalP_EUK | 1 | 26 | 26 | - | – | |
| PANTHER | 3 | 565 | 563 | 0.0 | – | |
| PANTHER | 3 | 565 | 563 | 0.0 | – | |
| Phobius | 6 | 26 | 21 | - | – | |
| TMHMM | 10 | 29 | 20 | - | – | |
| Phobius | 27 | 165 | 139 | - | – | |
| Gene3D | 160 | 543 | 384 | 5.6E-77 | ||
| Phobius | 166 | 194 | 29 | - | – | |
| TMHMM | 167 | 189 | 23 | - | – | |
| Pfam | 167 | 536 | 370 | 1.1E-71 | ||
| Phobius | 195 | 213 | 19 | - | – | |
| TMHMM | 209 | 231 | 23 | - | – | |
| Phobius | 214 | 233 | 20 | - | – | |
| Phobius | 234 | 244 | 11 | - | – | |
| TMHMM | 244 | 266 | 23 | - | – | |
| Phobius | 245 | 267 | 23 | - | – | |
| Phobius | 268 | 272 | 5 | - | – | |
| TMHMM | 270 | 292 | 23 | - | – | |
| Phobius | 273 | 292 | 20 | - | – | |
| Phobius | 293 | 303 | 11 | - | – | |
| Phobius | 304 | 323 | 20 | - | – | |
| TMHMM | 305 | 327 | 23 | - | – | |
| Phobius | 324 | 342 | 19 | - | – | |
| TMHMM | 342 | 361 | 20 | - | – | |
| Phobius | 343 | 365 | 23 | - | – | |
| Phobius | 366 | 376 | 11 | - | – | |
| Phobius | 377 | 393 | 17 | - | – | |
| Phobius | 394 | 398 | 5 | - | – | |
| Phobius | 399 | 418 | 20 | - | – | |
| Phobius | 419 | 429 | 11 | - | – | |
| TMHMM | 428 | 450 | 23 | - | – | |
| Phobius | 430 | 449 | 20 | - | – | |
| Phobius | 450 | 454 | 5 | - | – | |
| TMHMM | 455 | 474 | 20 | - | – | |
| Phobius | 455 | 474 | 20 | - | – | |
| Phobius | 475 | 485 | 11 | - | – | |
| TMHMM | 479 | 501 | 23 | - | – | |
| Phobius | 486 | 504 | 19 | - | – | |
| Phobius | 505 | 515 | 11 | - | – | |
| Phobius | 516 | 535 | 20 | - | – | |
| TMHMM | 516 | 538 | 23 | - | – | |
| Phobius | 536 | 571 | 36 | - | – |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Biological process | Cation transport | The directed movement of cations, atoms or small molecules with a net positive charge, into, out of or within a cell, or between cells, by means of some agent such as a transporter or pore. | ||
| Molecular function | Solute:proton antiporter activity | Enables the transfer of a solute or solutes from one side of a membrane to the other according to the reaction: solute(out) + H+(in) = solute(in) + H+(out). | ||
| Cellular component | Integral component of membrane | The component of a membrane consisting of the gene products and protein complexes having at least some part of their peptide sequence embedded in the hydrophobic region of the membrane. | ||
| Biological process | Transmembrane transport | The process in which a solute is transported across a lipid bilayer, from one side of a membrane to the other. |
Expression pattern of LotjaGi2g1v0158800.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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