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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0750200 |
| Transcript ID | LotjaGi1g1v0750200.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Protein transport protein Sec24-like; TAIR: AT3G07100.1 Sec23/Sec24 protein transport family protein; Swiss-Prot: sp|Q9SFU0|SC24A_ARATH Protein transport protein Sec24-like At3g07100; TrEMBL-Plants: tr|I1NBN5|I1NBN5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0750200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:132252161..132261292) extracted from Lotus japonicus Gifu genome v1.2.
CAACATCGAAAGCAAATCGACACCGAGACGAAGAGGAGCGGTGAGGATCAACCGAAAGGGAAGGAAGAAGAAAAACAACA ACAAAAATAAAATAATAAAAAAAGAAAAAAAAGGAAGTGGATGGTGAAATTCGCGACTCGCAGTCCTCGCTGGAGAGTAT TGTTCTCACTCGTCGCTGCCATCGCCACGATCTCCGATCCGATTCAGTTTCTCGGTGAGTCTCTCTCGATCTCGATTCCG ATTTCAAGTCCATCCTCTTCTTCTTCTTCTTCTTCTTCTTCTTCATCATCATCATCCCTCACACACACTTCACAAAACTC GCTTCCAAATCCAAATCACTTGTTCCGTTCGTTAACCTCATCATGCTGATCTTTCTGAAAACCCTAACAATTCTTCTATT TTTCAATGTATTGTTCATGCAGGGTACGCTATTCATCACTAGCTCACCGTGGAATACTTGATTTGAATTTCAACTCTGAT CTGAATGCATTTGGTTGCTTCTCTGTTACTAAGTTTTTGATTGAATTGAATCGAATTACCAGTGATTTTGATTGTTGTTC TATAAATGGGGACTGAAAATCCCGGTCGTCCAACCTTCCCTGCAAGACCTGTTTCCTCACCATTCGCTGCAGCTCCTGCA CCACAGACTGTAACACCTTTTGCCTCCATGCCTGGATCAGACCCTCCTCCTCCTTTTCGACCTACGCCTCCGGCTCCACC GCAAGCATCCTCGCCGTTTTCATCGTTTGGACCGCCGGTTAGACCTGGGGCACCGAGTTTTAGACCTGCCCCGCCTGGTA GATTCAATGACCCATCCGTGCCTCCACCTCCTCCTCCCCAATCATCCAATTTCCTTCCTGCTGGAAATTTCCAGCAATTC TCAGCACCACAATTTCCCCCTGCGCAGCCGCGTGGTCCTCCGCCAATGATGGGACAGCCACAGCCATCGTTTCAACCTCC TCCTGCCGTTCAAACACAGTCTTTTCCTGCATCTTTTCCACCTCAGCCGCAGATGCCTCATGTCCCGATGGGGTCGCCGC CTCCTCCGCCAAGTGCCACCACACCTGGGCCTTTGGGGACAAATGTTCCTCCCACAGCATATCAGCCATCTTTTCCTGGA TACGCCCGTATGCAGCCCGGTGCTGAAATTCAACCTCCGCCCATGCATTCTGCTAATCAAGGAAATTATGGACCTGTGCC GCCTGCGCAGTCTTCTCCCTTTGCACCTAACCAAGGAGGCTATGTTCAGCAACCCCCGGTGGCTGCTCCGTTAGGAATGC AGCACATGCCGCCGCCAGGTTCTGCATCTTCCATTCAAGGCTTGACAGAAGATTTCAGTTCACTCGCTGTGCAAACTCGT CCGGGAACGATCGATCAGGTGTTTGATGCTAAAGAACTTCCAAGGCCGTTGGATGGGGATGTGGAGCCAAACAATTTGGC CGAGATGTATCCAATGAACTGCAATCCTAGATATCTACGCCTCACAACCGGTGCACTTCCTAGCTCACAGTCCTTAGCTT CTAGGTGGCATCTGCCTCTTGGAGCAGTTGTGTGTCCGCTTGCAGAATCTCCTGATGGGGTTAGTGCTTGTCTTACCTGT TTGATGAGCAGTAACATGCTGGTCTTGTTAATTCATTTGCTCACTGTTTTTTGTTTGCAGGAAGAGGTGCCTACAGTTAA CTTTGCACCGGCTAGTGTTGTACGATGTAGAAGATGCCGCACATATGTGAATCCTTATGTGACATTTACAGAAGCTGGAA GAAAATTCCGGTGCAATGTATGCACCTTGCTTAATGATGGTATTTCTTTCTTCACAGCCTTGGCCTTTGCTTTACTAATT AAAAGTCCTGAAACAATAAAATGGTATGAATCACGCCTCTCTCAAGTGCTTCAGGCCAGCACATTTTTGTCATGAGAGAA TATTTTCCTTGTGGCTATGCAAATTCACCATTTTCTGCATTATTTGCATTCTATTAGAAGTGCCAAGGGAATCTTGATAA TCGAATCAGATACTTAGGTTTTTAGCCCTTGGTGGATTGGGGTGTCGATGTCATGTGAGCAAAACTTTGCCCTCTGACTT TTCTGACTGTATTTTTTATTTATGTCTGTTGTGATGTATGTGTGTGACTATCAAAAATTGTGATAAATGGAGTGTAGCTC TGCTATGATGTGAAACCAGACAAGTATCCCCCATGCATAATTAAGAACTTGTGATGAAATTACTTATTTTTGTCAAGTAT ATCATGCATATTGTAATTAGTTAGATAATGTCTTTCTTAAGATGTTAATGTATTGAGTGTTATGTACAGTTCCTAGTGAA TACTATGCACAATTAGATGCAACTGGCAGAAGAGTTGATTTGAATCAACGACCCGAGCTTACGCAGGGTACTGTAGAATT TGTTGCCCCTACTGAGTATATGGTGCGGCCTCCTATGCCCCCAGTATATTTCTTCCTGATCGATGTTTCCATATCTGCGG TTAAAAGTGGCATGATTGAGGTAAGACCTTCACACTCGGTGCAATGTATAGCTTCAGTCCTCCTCAAATGTGGCATGTGT TAGGTAATCTTTAGAATAACTTTTAGAAGAATGAATTTTATGTTGGGGATATTTGTGTTGGATATTGCAAGAACAAATTT TTCGTAGTATTCCAAAAGTCAAATTTGAAAATGAAATTGTCCAGAATTAACATTCGCTTCTTGGTATAACATATTTTCTG GTCAACTACGGGTCACGGAATACATTTTTCATTTGAGGTTACCAAATAACTGGTTTATCCCAACCTTTTTGGATGTCTCT GGCACACGCTATCTTGATTGCTGATGTCATTGTTCTTTATTGCAGGTTGTGGCTGAAACAATCAAGTCATGCTTAGATGA GCTGCCTGGCTTTCCACGAACTCAAATAGGGTTTGCAACTTTTGACAGCACTATACATTTTTATAATATGAAGGTTTGCA GTCCTATTAGTGTTACCACTGTTAATTTATCTGTTTCCCACCTTAATTGGGCTCAGTTTATACTAATTATTCTGTGTGTT ATGCTTTTCCAGTCATCATTGACTCAACCACAGATGTTGGTGGTCTCAGATCTGGATGACATATTTGTTCCACTGCCAGA TGATCTTCTTGTTAACTTATCTGAATCAAGAAGCGTGGTGGATGCCTTCCTAGATAGTTTGCCAACTATGTTCCAGGACA ATGTTAATCTGGAATCAGCTTTTGGTCCTGCTCTGAAGGCTGCATTTATGGTTATGGTATGTGAATCCCTTTAAACCTTC TATGGTGAATTTTTTAATCATAATTTTTCGTGCAAGTTTTTTCCCAATAAGTAGTAAACTTAATACATAGGATACAAGTT GCTATTAATTGAATCAAAGTTACGCATAATTTAAGGTATTGGTTTTCAAGGTATAGAATGAGATGAAGTCAGGTGTTCCA AATGCTGACCTAGTCTAATTTAAAGGAAAAGCTTCAACAATAACTGAAAGAAATATTGGCATGTGCTTTATATTTTTTAA AAGTAATAATAATGCAGATATCTCGCTCCTAGATAATTTAAAATATATAGAATTGCGGTAACAATGGGATTAGACTTTGC TAGTTATTTCACATTTCTTTGGTATTGTGATACCGAGCTCTTAATCAAATTTAGGGAAAAATAAACCTGATATTTGGAAT AGGGAGGTCCAGTTTATGGCATTGTGATATTTGTGCACTTATTTCTTCTGCCAATTATGGGATGTCAACCCTCAATATTT TGGGTACAAATAATGATTGATACTTAGTTGGGTTTGAACTTTGAATCAGTTAGTATTAGTAACTGTATCTGTTAGAAATA GACAGCTGTAGTTAGCTAGCTGATTTAGTTAGTTAGACAAATAGTTGGAGAAGGGATCAGTAGGGTATAAATAATATAAA TAATTGAAGGGATGGGTGTGGGAGGGAGGGGTATTGGGTGCAAATGCCTGGGTTGTAGAGAGAAATACATTTTCTATTGT ATTTGTACATTATATGGTCTCTGAACTTGTATCACATTGATACTGGCCAGAAGACATGGTTTCTCTATTAAAGATTGTTG TTTTCCCCCAATTTTGATCCAGCTCTATTCAGAAACTATTTTACTTATGTGAAAACGACAGAGTTCTGGCTTCCAACAAT CCAAACTTTGTGTATTTTAAGATTTGATGCTCAGATAAGGACCTGTTTGTTTAAGCTTTAAGTTAGGTTTAAATATGTTT TTCATCCATCCAAGTATTACCAAATTTGATTTTAGTCCTTCCAAAAAAATTCCTCTTCTGATTCCTAATTTTTCCAAACC ATATTTAAGCCTTGCTATTTAGTCACTGTAAGGACTAGAACCACACAGTTTCGAAAAAAATTGGAGGAAATAAATTATTG GAGGTTCTTAAACCAGAACTCACCATATATAAGGGGATGAAAAACATTATTAAGGTTGTGCAAAATGCAAATAGATTATT TATATTTTGAAGATTTTACATAAAGTATAAGTTATTTCTTTATCTGGTTACAATCATAAAAACATTTGTTATTTTGAAAG TAGTTAAAATCTTTTTCAGAAGCTCCTCAAAGTAGATTTTCAAATTAATTAGAATTTTTTTTTTTTTAGATCCTGATTAT TTTTAATCCTAAACAGACATCCTAAAAACCTTTAGAAATATCTCTTAAAAAACTTGCAAATTTATGAGTAAAATCTGAAA CAAACAAACTCTGATGGAACCTGTGCTTGTCTAATAACACTATCCACCTGGAATTTATTGAATTCTCAGTACATGTTTTC CTGTGCGTTTTACAATTTCATTTTTCCTATCCATCACTCTGATTTGGCCTTTCAATGCCTCTCTATGTAGAGTCAACTTG GAGGGAAATTGTTAATTTTTCAAAATACACTTCCATCTCTTGGTATTGGTCGTTTAAGGTTACGTGGAGATGATACTCGT GTATATGGAACAGACAAAGAACATGGACTGAGACTGCCTGAAGATCCATTTTATAAGCAAATGGCTGCTGAGTTTTCTAA GCTTCAAATCTCAGTGAATGTGTATGCCTTCAGTGATAAGTACACTGACATAGCATCCTTAGGTAATTTTTCTTCCTTTC CTCTAACTTTCCCATGCCACACTCTAAAATATGCTAAACCTGCTACTTTGGATTGTAAGACTTCTAATTGATATATAATG ATTCTTTTGTTACAACATTGTTTGTTGTTGACTTGAATCCATGAGTTTATGGGCTTTATCTAAGCGTGCTAAAATTATCT TTGATCTATGTTCGTTGTAATACGCTTTTGGAGTATTGTGACCTTGCAAGTGTTTGAACACCTCATGTTGCACATTAATG GTCTGCACTCTGGACTTCACACTTAACAGTATTGCTTTGATATGCAATTAGTTAATGACTTTATTTTGCCTATTTCGTAT ACTTAATTGAATGATTGCTATATTTTCCCTTGATGGTGTTGTGATTAAAGATTTGTGGAATATCATCTGATAGTCTGATA CTGTCGCTCATGGATGCATTTTTCCCAAAAACAGACTTGTAAATGCTTAATTAGAATTAGGAAATAATGTTTGGTGCCTT GTTATTGTCTGTAAATTATCCCCATCCCCCAGCACTGCAATTCTGTAATATTTTTTTCTATCAGCATAAGTGGTTCTTGC ATGTTAGTGATCTTAAACATGAAGAAGGAAATTGGGTTTTTATGATTTAGTGTCTGTTTAGGAACTCTGGCGAAGTATAC TGCTGGTCAAGTGTATTACTATCCAGCTTTCCAATCAGCCATTCATGGGGAGAAATTGAGACATGAATTAAGGAGAGATC TTATTAGAGAAACTGCATGGGAAGCTGTAATGCGTATTAGATGTGCAAAAGGTCTGTGCATTATGTCTTGAAAATCCTTA CCTTCCCAGCCTCCTTTATCTGCTATTTTATGAAACCAATTGCTGATATTGCTTATTTTTCTAGGTGTTCGCTTCACAAC TTATCATGGAAATTTCATGCTAAGGTCCACTGATTTGTTAGCACTTCCGGCCGTAGATTGTGATAAAGCCTTTGCCATGC AGCTATCACTTGAGGAGACATTACTGACAACCCAGACGATGTATTTCCAAGTTGCATTGCTGTATCCTTTCTTCAATAAT TCTTAATATGAGTTCTAATGTGTACATAAGCTTTATTGTGGATGATAACTTCTAATTATATGTTGTCACTATTCGAAAAG AAAATACAATGTTATTCTTACAATAAGCATCTATGTTAGTCATTAGAATCTTGTCTTCCCTATATGTTTAGCATTAAAGG ATTCACTTTTCACCCATTGGAACATTAAGTTATCCCCCACTTCCTCAAAAAACAGATGTAACTATCTCTTTTGAGATGCT GCCCTTAGAATGTCATAGTTTTTTGAAAGGAGTTTGTTCTTGTGTTTATTTCCTAAGAAGTGCAAATAATAATTAAAATA AAAGTTAACCTTATTTTATCCTTTTCATTATTTTGTAGGAGATTCATCTCATCTTATTGTGCTTTGTTTTAACTATTTCT CCTCCACTGTTTATCATTTATGTTCATGTGGATGTCTCTTAAACTTGATAGTTCATTAAGCCCGTATATTTTGAACGTGA AATTATTTTAAAATGGGTTGCATCCCTAACAACGAAATAGATACACTGCATCTTGTGGAGAAAGGCGTATCAGAGTACAC ACGATGGCAGTGCCAGTTGTTACAGACCTGGCTGATCTCTATCGCCTGGCTGATACTGGTGCAATTGTATCTCTTTTTAG TAGGCTAGGTAGGATAAACAAAAATTCTGGTCTAGTGATATCAATGTGGTGATCATGTTTAATTTTATCTTATACAGTTC TTTCATGTTTCCAGCAATTGAGAAAACATTGTCCCAAAAATTGGAAGATGCACGGAGTGCTGTGCAACAGAAAATTGTGA AAGGCCTCAAGGAATATCGAAATCTTTATGCTGTGCAACATCGCTTGGCCAACAGGATGATATATCCCGAGTCTTTAAAG TTCTTAATGTTGTATGGATTAGCTCTTTGTAAATCAATGGCTCTACGTGGAGGGTTTGGGGATGTTCCACTGGATGAGCG TTGTGCAGCAGGACATACAATAATGACTCTACCAATAAAAAGATTGTTGAAACTTCTCTATCCTAGCTTGATTCGGGTTG ATGAATATCTTCTAAAGGTATGCATTGCTGCCCCTGAAAAGTTTTCAATATAAAGGTTGAACTTTCCGAGCCTTGAATTA TTTCTGCTTGTGTTCCAGGCATCTGTACAGGCGGATGACTTGAAAAGTATTGAGAGAAGGTTACCTTTGACTGGGGAGAG CTTAGACTATAGGGGCCTTTATATATACGATGATGGCTTCCGGTTCATTTTATGGTTTGGTAAGGTGATTTCCCCTGATA TAGCCAAGAATTTACTTGGAGCAGACTTTGCGGCAGAATTATCAAAGGTATTCTATATTCCTGCCCTATAAAAATAGGTT CCTTATGAAATAATCATACTATTTACATGAAATCTGATGGTTAAATTTTTGTGACATTCATTCGATATCCAGGACCAAGG TTATCATAAGATTGACATATATTTACATTGCTTTAGATGGATATGATTTTCAATCCATTGAATTAACTTCTTCTATGGTC AACTCAGTATTGAAACGAAGTAGGGTAGATATGTTTGTGCACTTCTTTATTTGTCTATGTGAGTAAAATTGGAAATCCAT CTGGTGATGTGCGTAAATTTATGCCCTTTTTACAGGCTACTCTAATTGAGCATAACAATGAAATGTCAAGGAGGCTGATG AAGGTTCTCGAAAAATTGAGAAATACAGACCGTGCATATTACCAGTTGTGCCACCTGGTGAGGCAAGGTGAACAACCCAA AGAAGGGTTCCTCCTTCTAGCGAACCTTGTTGAGGACCAGATGGGTGGTAACAGCGGGTATGCTGATTGGATGCTACAGA TATCCCGACAAGTGCAACACACATAGGTATGGATTGTAATCTTTGTTAGGAAGCTTAATGTGGTGGGTTTTGCACAGATG ATGAATGGACAGTTGGACACTGCATTTTACCGTATTGATATCTTTTTGCATGTTTGACTGGAAAACTGTAGTGCTGTCCT TGAAACTTTCTGTTTTACTGACTAGAAGGCTTTTCTTTTTTTTGGTTTGAAATCACTATGTATACTTTATAATGATCTTA ATATTATATACAGGTTCCCTTTTGACAGCATCCTGGCATAACAATCAGGGTTTTGTGAGGCATGTTATCCGTCTCATAAG TGAGGACAATTTTTCTTTCTACACTGGGAATAGATTGAACAGGCCTTTGGGGGTGCATGGTGAAGCGTGGATGCTTGGCT CGACTCGACTCTATTGGCCGTGACCAGTGAGGAGCGTCTTTTGGGAGACTCTAATTAGTTCATCTTTGGATGTATCAGTT AGGTTAATTCTACGGTAGTGTTTGAATTTAAAAACTGCTTTCATGTCGTGTTGATAGAGTGAAAAAAGAAGAGAAACTTT TTTCCCATATTGTTCCTTGTGAGAGTTTTATTTATTTTTCTTTTTGTTGTTATCAGCTTATGGTTGATTCATTCATTGTA GAAAAGGAAAGAATGTAGACAGAAAGAAGACATGCCCATGTCAAATCAGTATTGGATTTTGTTTGGTGACGATTATTATT TATTCTGATATATAATGTTGGAGACTTCTTAACTGCGGTGGCATTGCGTATCTTCAAACCTTTTCTTTTTGTAGTCTCTG AATCCGTTATTTTCTATGTTGCTTCCTGAGGTCTGCTTCTTATGGAAGGCCTGATTGTTTTATGAAGACTTAGGTTGCTT GGATAAGAAGTATTAGAAAACTATGATTTTAATCTCATTGATTGGTTGGGTAGATGATTAGTCTATCAAGGTTCGCACAC ACCAAATAATCATTGAAATTTAGCTTAGTCACCAAATAATAAGTACTGCACAAGTTCATGATTACCTATCATATTCATGA CTGAAGTTGGACTTTCTAAGGTTGTATTTTTTCTTTCAAATTTCAATTTAAACAATTTCCTCTGTTTAATAATTTCATAT ATTGCGTGATCT
CDS sequence (LotjaGi1g1v0750200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGACTGAAAATCCCGGTCGTCCAACCTTCCCTGCAAGACCTGTTTCCTCACCATTCGCTGCAGCTCCTGCACCACA GACTGTAACACCTTTTGCCTCCATGCCTGGATCAGACCCTCCTCCTCCTTTTCGACCTACGCCTCCGGCTCCACCGCAAG CATCCTCGCCGTTTTCATCGTTTGGACCGCCGGTTAGACCTGGGGCACCGAGTTTTAGACCTGCCCCGCCTGGTAGATTC AATGACCCATCCGTGCCTCCACCTCCTCCTCCCCAATCATCCAATTTCCTTCCTGCTGGAAATTTCCAGCAATTCTCAGC ACCACAATTTCCCCCTGCGCAGCCGCGTGGTCCTCCGCCAATGATGGGACAGCCACAGCCATCGTTTCAACCTCCTCCTG CCGTTCAAACACAGTCTTTTCCTGCATCTTTTCCACCTCAGCCGCAGATGCCTCATGTCCCGATGGGGTCGCCGCCTCCT CCGCCAAGTGCCACCACACCTGGGCCTTTGGGGACAAATGTTCCTCCCACAGCATATCAGCCATCTTTTCCTGGATACGC CCGTATGCAGCCCGGTGCTGAAATTCAACCTCCGCCCATGCATTCTGCTAATCAAGGAAATTATGGACCTGTGCCGCCTG CGCAGTCTTCTCCCTTTGCACCTAACCAAGGAGGCTATGTTCAGCAACCCCCGGTGGCTGCTCCGTTAGGAATGCAGCAC ATGCCGCCGCCAGGTTCTGCATCTTCCATTCAAGGCTTGACAGAAGATTTCAGTTCACTCGCTGTGCAAACTCGTCCGGG AACGATCGATCAGGTGTTTGATGCTAAAGAACTTCCAAGGCCGTTGGATGGGGATGTGGAGCCAAACAATTTGGCCGAGA TGTATCCAATGAACTGCAATCCTAGATATCTACGCCTCACAACCGGTGCACTTCCTAGCTCACAGTCCTTAGCTTCTAGG TGGCATCTGCCTCTTGGAGCAGTTGTGTGTCCGCTTGCAGAATCTCCTGATGGGGAAGAGGTGCCTACAGTTAACTTTGC ACCGGCTAGTGTTGTACGATGTAGAAGATGCCGCACATATGTGAATCCTTATGTGACATTTACAGAAGCTGGAAGAAAAT TCCGGTGCAATGTATGCACCTTGCTTAATGATGTTCCTAGTGAATACTATGCACAATTAGATGCAACTGGCAGAAGAGTT GATTTGAATCAACGACCCGAGCTTACGCAGGGTACTGTAGAATTTGTTGCCCCTACTGAGTATATGGTGCGGCCTCCTAT GCCCCCAGTATATTTCTTCCTGATCGATGTTTCCATATCTGCGGTTAAAAGTGGCATGATTGAGGTTGTGGCTGAAACAA TCAAGTCATGCTTAGATGAGCTGCCTGGCTTTCCACGAACTCAAATAGGGTTTGCAACTTTTGACAGCACTATACATTTT TATAATATGAAGTCATCATTGACTCAACCACAGATGTTGGTGGTCTCAGATCTGGATGACATATTTGTTCCACTGCCAGA TGATCTTCTTGTTAACTTATCTGAATCAAGAAGCGTGGTGGATGCCTTCCTAGATAGTTTGCCAACTATGTTCCAGGACA ATGTTAATCTGGAATCAGCTTTTGGTCCTGCTCTGAAGGCTGCATTTATGGTTATGAGTCAACTTGGAGGGAAATTGTTA ATTTTTCAAAATACACTTCCATCTCTTGGTATTGGTCGTTTAAGGTTACGTGGAGATGATACTCGTGTATATGGAACAGA CAAAGAACATGGACTGAGACTGCCTGAAGATCCATTTTATAAGCAAATGGCTGCTGAGTTTTCTAAGCTTCAAATCTCAG TGAATGTGTATGCCTTCAGTGATAAGTACACTGACATAGCATCCTTAGGAACTCTGGCGAAGTATACTGCTGGTCAAGTG TATTACTATCCAGCTTTCCAATCAGCCATTCATGGGGAGAAATTGAGACATGAATTAAGGAGAGATCTTATTAGAGAAAC TGCATGGGAAGCTGTAATGCGTATTAGATGTGCAAAAGGTGTTCGCTTCACAACTTATCATGGAAATTTCATGCTAAGGT CCACTGATTTGTTAGCACTTCCGGCCGTAGATTGTGATAAAGCCTTTGCCATGCAGCTATCACTTGAGGAGACATTACTG ACAACCCAGACGATGTATTTCCAAGTTGCATTGCTATACACTGCATCTTGTGGAGAAAGGCGTATCAGAGTACACACGAT GGCAGTGCCAGTTGTTACAGACCTGGCTGATCTCTATCGCCTGGCTGATACTGGTGCAATTGTATCTCTTTTTAGTAGGC TAGCAATTGAGAAAACATTGTCCCAAAAATTGGAAGATGCACGGAGTGCTGTGCAACAGAAAATTGTGAAAGGCCTCAAG GAATATCGAAATCTTTATGCTGTGCAACATCGCTTGGCCAACAGGATGATATATCCCGAGTCTTTAAAGTTCTTAATGTT GTATGGATTAGCTCTTTGTAAATCAATGGCTCTACGTGGAGGGTTTGGGGATGTTCCACTGGATGAGCGTTGTGCAGCAG GACATACAATAATGACTCTACCAATAAAAAGATTGTTGAAACTTCTCTATCCTAGCTTGATTCGGGTTGATGAATATCTT CTAAAGGCATCTGTACAGGCGGATGACTTGAAAAGTATTGAGAGAAGGTTACCTTTGACTGGGGAGAGCTTAGACTATAG GGGCCTTTATATATACGATGATGGCTTCCGGTTCATTTTATGGTTTGGTAAGGTGATTTCCCCTGATATAGCCAAGAATT TACTTGGAGCAGACTTTGCGGCAGAATTATCAAAGGCTACTCTAATTGAGCATAACAATGAAATGTCAAGGAGGCTGATG AAGGTTCTCGAAAAATTGAGAAATACAGACCGTGCATATTACCAGTTGTGCCACCTGGTGAGGCAAGGTGAACAACCCAA AGAAGGGTTCCTCCTTCTAGCGAACCTTGTTGAGGACCAGATGGGTGGTAACAGCGGGTATGCTGATTGGATGCTACAGA TATCCCGACAAGTGCAACACACATAG
Protein sequence (LotjaGi1g1v0750200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGTENPGRPTFPARPVSSPFAAAPAPQTVTPFASMPGSDPPPPFRPTPPAPPQASSPFSSFGPPVRPGAPSFRPAPPGRF NDPSVPPPPPPQSSNFLPAGNFQQFSAPQFPPAQPRGPPPMMGQPQPSFQPPPAVQTQSFPASFPPQPQMPHVPMGSPPP PPSATTPGPLGTNVPPTAYQPSFPGYARMQPGAEIQPPPMHSANQGNYGPVPPAQSSPFAPNQGGYVQQPPVAAPLGMQH MPPPGSASSIQGLTEDFSSLAVQTRPGTIDQVFDAKELPRPLDGDVEPNNLAEMYPMNCNPRYLRLTTGALPSSQSLASR WHLPLGAVVCPLAESPDGEEVPTVNFAPASVVRCRRCRTYVNPYVTFTEAGRKFRCNVCTLLNDVPSEYYAQLDATGRRV DLNQRPELTQGTVEFVAPTEYMVRPPMPPVYFFLIDVSISAVKSGMIEVVAETIKSCLDELPGFPRTQIGFATFDSTIHF YNMKSSLTQPQMLVVSDLDDIFVPLPDDLLVNLSESRSVVDAFLDSLPTMFQDNVNLESAFGPALKAAFMVMSQLGGKLL IFQNTLPSLGIGRLRLRGDDTRVYGTDKEHGLRLPEDPFYKQMAAEFSKLQISVNVYAFSDKYTDIASLGTLAKYTAGQV YYYPAFQSAIHGEKLRHELRRDLIRETAWEAVMRIRCAKGVRFTTYHGNFMLRSTDLLALPAVDCDKAFAMQLSLEETLL TTQTMYFQVALLYTASCGERRIRVHTMAVPVVTDLADLYRLADTGAIVSLFSRLAIEKTLSQKLEDARSAVQQKIVKGLK EYRNLYAVQHRLANRMIYPESLKFLMLYGLALCKSMALRGGFGDVPLDERCAAGHTIMTLPIKRLLKLLYPSLIRVDEYL LKASVQADDLKSIERRLPLTGESLDYRGLYIYDDGFRFILWFGKVISPDIAKNLLGADFAAELSKATLIEHNNEMSRRLM KVLEKLRNTDRAYYQLCHLVRQGEQPKEGFLLLANLVEDQMGGNSGYADWMLQISRQVQHT
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 230 | 230 | - | – | |
| MobiDBLite | 35 | 95 | 61 | - | – | |
| PANTHER | 42 | 1020 | 979 | 0.0 | – | |
| PANTHER | 42 | 1020 | 979 | 0.0 | – | |
| MobiDBLite | 96 | 110 | 15 | - | – | |
| MobiDBLite | 111 | 134 | 24 | - | – | |
| MobiDBLite | 144 | 169 | 26 | - | – | |
| SUPERFAMILY | 187 | 761 | 575 | 1.26E-64 | – | |
| MobiDBLite | 200 | 224 | 25 | - | – | |
| Gene3D | 298 | 410 | 113 | 4.4E-254 | – | |
| Gene3D | 299 | 751 | 453 | 4.4E-254 | – | |
| SUPERFAMILY | 342 | 425 | 84 | 3.27E-27 | ||
| Pfam | 352 | 389 | 38 | 3.1E-15 | ||
| Pfam | 426 | 662 | 237 | 4.1E-80 | ||
| SUPERFAMILY | 426 | 654 | 229 | 1.17E-70 | ||
| CDD | 426 | 667 | 242 | 6.03005E-119 | ||
| Gene3D | 428 | 665 | 238 | 4.4E-254 | ||
| Pfam | 668 | 752 | 85 | 1.8E-18 | ||
| Gene3D | 752 | 1017 | 266 | 4.4E-254 | – | |
| SUPERFAMILY | 763 | 870 | 108 | 7.59E-25 | ||
| Pfam | 763 | 866 | 104 | 2.8E-22 | ||
| Gene3D | 871 | 999 | 129 | 4.4E-254 | ||
| SUPERFAMILY | 880 | 1019 | 140 | 1.12E-19 |
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 | Intracellular protein transport | The directed movement of proteins in a cell, including the movement of proteins between specific compartments or structures within a cell, such as organelles of a eukaryotic cell. | ||
| Biological process | ER to Golgi vesicle-mediated transport | The directed movement of substances from the endoplasmic reticulum (ER) to the Golgi, mediated by COP II vesicles. Small COP II coated vesicles form from the ER and then fuse directly with the cis-Golgi. Larger structures are transported along microtubules to the cis-Golgi. | ||
| Molecular function | Zinc ion binding | Interacting selectively and non-covalently with zinc (Zn) ions. | ||
| Cellular component | COPII vesicle coat | One of two multimeric complexes that forms a membrane vesicle coat. COPII is best characterized in S. cerevisiae, where the subunits are called Sar1p, Sec13p, Sec31p, Sec23p, and Sec24p. Vesicles with COPII coats are found associated with endoplasmic reticulum (ER) membranes at steady state. |
Expression pattern of LotjaGi1g1v0750200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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