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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0546300 |
| Transcript ID | LotjaGi1g1v0546300.5 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | LisH domain and HEAT repeat-containing protein KIAA1468-like protein; TAIR: AT5G16210.1 HEAT repeat-containing protein; Swiss-Prot: sp|Q9P260|K1468_HUMAN LisH domain and HEAT repeat-containing protein KIAA1468; TrEMBL-Plants: tr|K7K780|K7K780_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0546300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:107600959..107610823) extracted from Lotus japonicus Gifu genome v1.2.
ATGGACGTGGAGAGATCTTCGCTGTGCAATTGCGTTGTGAACTTCCTCCTGGAGGAGAACTACGTGCTCACTGCTTTTGA GCTTCTTCACGAGCTTCTCGACGATGGCCGCGACGATCAAGCAATTCGCCTCAAACAGTACTTCTCCGATCCCTCCCTCT TTCCCCCCGATCAAATCTCTCGCCTCAGCTCTCTCCGAGGTATATACTATTACTAACTCTTTGCGTATTTTGTGCATTGA GATCTCTGAAATTGAAACGGATGATGATTATGCCTAATTGATTGAAAGAAGATTTTTTTCAAATTGGAATGAGAAAACAA AACATGGGTATGAAACAGATGATGTGTTTGATTGAAATATGGTTCCTTTTAACAGATTCACACTTTTAAGTAAAGATGTT GAAAGTAGTTGATGTATTGTTTCTTGGAGAATCAATGCAACATTTTAAGTTTACTTCTGTTTAAAGTCAAACTCCACATT AATCAAAATCTGAGAATTGGAAATGATTGATAGTCTTGAAGGACATGTATGGGAAAAATAATGCTTTTAAAACTTTGTAA AGGGTCTTATATTAAGGAGCATTAAAAGTCTCTTGAAGGGGTCTTATAAAGAAGACAGGAGGGAGTAATAGATAAGAGGT AGGTAGATATGGAATATAGGTATAGATTAGGTTTAAGTGAATGAGTGATACATGATTATCAACTTGACTGGGGGGTCATT TTATGGACACATGCTTTGTGGTTTATATGATATGGGATTATGGGCGTTGTTTATGTCTGCTACTTTATATTTGGGGAACT TGGCTCTTTATAGGAGGTGCATATTGAACAAGTTCAATTTAATCAGAAATGTCGAAGTGCAGGTGGTTTAGAAGGCATAT ATACTATATCACATGCCTGATGATATATTGTCTTCTTCATTTTAATTATCCCAATGCAGTGGCTGATCCTCAAACTTTAC TGGAAGAGAAAGAAGCAGCAGTAGAAAAGTTAGCTATTAGTGACTATGAACTGCGGTTGGCTCAAGAAGACATCTTAAAA TTCAAGGATGAATTGCAGAAGAAGACAGAAAGTCTTAATGAACCAAATGGTACTTTTCTTATTTTTCAAGACATTTTAAC ATCTTTATCTTTAATATTTTATGTGATATCCATTTTGATGTCAATGTCATACAACTTTTAAGTAATTATGTACAACTATG TTGAAGGTCTCATGAATAATGTGTCAAGTTTTTTTATGGAAAAATATATTACTAGTTACTAGATAGGATTTACGAAGAGG AGAACACACGAAAGGATAAAGTGTAATCCAAAATAAGGAACAAAGTTGAAGGCAAACAAAAGGGTAAAACTCCCACAAGA AACCACAAAACTAAACATAGAAATAATAATACTTGATAGAATATATAATAAAATAATGCATCATAAAATAAAAAGTAATA CATGTAGTAAAAATGGATATTAAAATATAATAAAAAAATGCATGATCCTAATAAAATTAAATGTAGAATTAAATATAAAT AATATTCAATTTATGCTCACATCAACAAGGTAAGTTACTGGTAGAATTGTCTTCAAGATCAGTGGGAAATGGTAGTTTAC ATTTAAAAGGTTGCTGTAACATTTGAAAGTGTAAAAATAATAATGGGCTGGTGCAAGTTTTGGAGGAATAAATGCATGTG ATATCCTTCCATAAGGCTGAGTGACTCACAGTCACAGCTCTCTTACATGTATAGTTGTTGCAAAAGATATTTTCATTTAT GCCAGACTCCTAGTCTCCTGTATTGCGGAGTCTCATTCCCGATTCAGTCTTGCTTAATATATTCCCAAAATAAAAAATGT TTTTAATATTAAACCGATTTATAGTTTGTTCACAACCATTACCTTTTGGCTAATAAGGCATTTTTGTTTTATACTCTGCT TTGGACTTCTTTCTCTTCTCTTATGTAAGTTCTTTTATATTAAAAAATAATGTGACTTGGAATACCTGAGATGTTCTCCA GTTCTAACTTCTAACTGCTCTATGATATACTTCGATTTTGGATGTAGTTGCACGCTTAAGTGGAGATATTTTGGTGAATG AAGGGCAACAAATTCCACTACAAAAGAGTACTTCCTTCACCGATTTGGGTCCATTAAAGGATACTGAACGTCGAGATCTT AATTGTGCTGTAAAGGAATACTTGCTTATGGCTGGTTACCGTCTTACTGCAATGACATTTTATGAAGAGGTTGGTATTGC TGTATCGGACTTGTTTTTGGCTCTCTTTCTGTGGCTTTCTGATTTTATTTTCTTTTCCGTATGTTTTCTTTGTTTTTTCT TTTGTGTGTTTGTGTGTATTTACTATTATTTTTTGGGTAGATACTTGTGATTATAATTTTAGATAGTTCCGTTTTCTGTT TTAGTTAGCTATTGGAAATAAGATATGAAAACTGACTGCTGTGGCTGTGGTAGTTTCCTGAATGGTATGGATCATGAACC ACTCAAATATGAACTAGTCATATAGGGAATGTACGAGGAAGCTTCTTTTAATTTTTCATTTTGGGACTGGGATGATGGGT CTCTTGGATATTATTGAAGCTAAGCCCTAAGGTGAATTAGGTTTTTGGGCTGGCACCTCAGATTGTCTGAGGTGCCTCAA TATCTAGGAGGCGGCCATGAGACAATACCCCTTTTACCACTCTTAACCATTTGGTTATAAAAATAAAACGGAAACAGTAG TTCAGTCTGTTTAAGGTAAAATAAATGCCGAAACACAAATAAAACCCTTCACTTGTCGCTTTCTTTTTTATTTATATTGA GAATTTCTCATACGACTTGCTAAATGGATAAGTAGTTAAAATCTAATTGATAATTATGGGGCCTGATTTGTATTTCTATG GTTCTTGCAATTTTATTTTCTTATGCATTAAGACAATATTTTCCTCCTTATAATCTCCTTTTGCTTAAGTATACTGATTT CTGTGCACTCCTTCCTCCAAGAAACAAGAAAGGAAACCAATGTAACTTTCTTTTGTGGCATATCTTCATTCTGCTGCGTT TTGGTATTGCTTCAAGATTTGTTCAACAATTATTAATAGTTGATATTACTGTGTACAACGTAGAGTGTTTCGAAACTGTT GAAATTATAGGGATATATGGGCAAAGGAGAGGAGACACTCTGAATAATGATATTGGATTGATATTATGTATTTTTTTTAT ACTAACAGCTAAAAGCTTAAAACCTATTTATGCTTACAACCTCGTTTTAGTTCTGATGTAGTACCAGTTCTAATGGTCCA ACCCTATAAGACAACTATAAAAAATGACTCACAAATAACCTAATACTCTAAGAAGTAACAAACAACACCAAAAGGTATCC CAGGTCAACAGAAGTTACAGAACTATCTGAATAAACAAAAAGATGTTTCATAGGGATTTTGGTTGATGTAAGGAAATAAT TGGTATTTTTTTTATTTTGAAACAATCTGACAGATCTGTGGTTTTTCTTGTGTTTCTTTAACATCAGAAATCTAGTGGGA AAATGTTGGTGGTAGTTGTTTTTGTAAATCATCAGAGGTGCTATCAAATTATATCTGCAGGCGTGTTTATGTTGTATATA TTACAATGTGTTGACCCCACCATTTTTGGTGCTTAGTGTTAGAGATTTTTTAATCTTCTGTAGCTATTCCTGTAGGTTAC AGACCAGAACTTGGACATTTGGCACAACACACCTGCATCTGTACCAGATGCCTTGCGTCATTATTATTATCAGTATCTTT CATCAACTTCAGAGGCTGCTGAGGTGATTTTTCCTTTTCATTGTATATCAAGTTGCACGGTACACTAATACTACAATTTT ATTTCGTACTGATTGTATCCCAAAAGTAGTAGTTCTGAAAAATTGATTGACTGTGTATTTGGTTTTTGATGTCTTTGCAC TACTCAACTTCTTCAGCACCATTTTGTTGGTTATATGTGTCTTGAATTAAGTATTGACAGATTTCTTATCTGCTATTTTC TCCTAATATTGGTTCTATATTCTCATAAAAAAATTCTTGATGATTGATATATGAGTGTTTGAATACATAGTTTATGGGTT TATATATTTAGGATAGGATTAGTATCGGGCTATCAGCTTGTCTTGTCCATACATGATAGAAACTGGGTATCTTATAAACT ATTTATTCTATATATTCTTTTCACTTGTGAAACTATTTCTATATAAACTGAAGTACTTGCAGAGAAATTGTTTCCTTTGT GATAAGATTTAATTCAAGAACTTCTATTATTCTCAGCAAATGATACTTCTTTTCTTTATACTTTGGAGGCATTGGATTTT TTTAATTGACTTTTAATTGCTCTTTGAATATTTAGGTAAATATTTTTACCAAATTGATCCTACAAATTTCATTTTAAGTT ACTATTTCAACTGAATTACACATGAATGTTAATGCAGGAAAAATTCTCCCTGCTTCGGGAGAACGAAACATTACTTAAAG CTAATAAGGTGCTGAATCAAGAAAAGGAGGCCTTGTTGAAGAACAGAGATTTGGCAGATGCTCAAATAGGAGCATTAACT AAATCCTTGGAGGCAATGCACAAAGATGTTAAGGACAAAGAGAACTTGGTAATTCTTCATAGTTTAAGAGATTCTGTCCA ACAGTAGTCATATGTTCATAATCATGATATCCTAATTTTAACTTTCAGGTGCAAGATTTAAAACAGTCCTTGGAACATCA AAGAAAGGTGATCAATGATTGCCGAGCTGAGATCACTTCACTGAAAATGCATATTGAAGGGTCTCACTTGGGAAAGAATC TGGTTGTTAGTGATGTTAATACTGTTCAATCTCAATCTTCAGAGAAGTATGAGGAAGAAATTAAGAAACTGCAGATGGAA ATCGAATTGCTGAAGGAAAATAATATCAGAGCTCCTGAACCTGGAAATTTTGTTGGTTCTGAAAGTGAAAATTTTCAGAC GGATGATAAAGTGATTGAGATTCATGAAGATCGGGCTGCTATCTCAAACCCTGTTGATGTGAAGATCGGTGTAGAAGACA ATCAGGATTCTCAATCACCAGTTGTTCAAACTCTGAATGAGCATTCTGATAACCATGAACATACATTGCCTGAGTTATTT AGTCCTGCAAATACGAATAGTTCTAATCCTGCAAATACGAATAGTTCTTTCGAAAATATAAAAAATGACTCTGAACTAAA TGTTGGGGAAAAAGCAGAGGATACCGAACTAGTAAAATCAGACAGCGTAAGTGATGACTTAATATCTGAAAAGATAGCTA GTTTCTTGCACTCTTGGCTTTGTGAAATTCTTAAAAAACATCATTTCTTATTAGTTTCATATGGCTTACCTTTTCTGAAT TGGTGAGACACAATAGTTGGGACTGGTTTTGGTCAGGGCTTCTTTTGTGTGTTATAAAGAGTGAACTAGAAAAAATCTCT CCCCTCTTCATCCAAAAGAAATGAGAGTCAGAATGAATAGTTTAGCAAAAAGTATTTGTCTTTATTTGCATCATAATGTA ACTATCTGGTTATATTTTGACAGGGATCAGGAACCATTCAGATACTTGCAGAGGCTTTGCCTAAAATTGTTCCATATGTC TTGATCAACCATCGTGAGGTTTGCTTCGCAATAAATTATTTTAGTTTGTTACCGTCATAAATAGGCTTCATTTGTTTCAG TTGGTTGCAGGAGCTCCTTCCTCTAATAATGTGTGCTATTGAGCGCCACCCAGATAGCAGCACTCGAGATTCTTTGACTC ACACATTGTTTAATTTAATCAAGCGTCCTGATGAGCAACAGAGACAAATAATAATGGATGTATGTCGTGTTGTTTCTTTA ACTTTTTGATGAATGGTTTTGAATGCAACTTTAAATTTCCCTGCCATCATTTCAGGCATGTGTCAACCTTGCAAAGAATG TTGGAGAGATGAGAACAGAAACAGAACTGCTTCCACAGTGCTGGGAACAAGTATGTTCGTGCCTTTATTTTCAACCTACT CTTTGCCATTCTGATTTTGGAACCAGGTTTTCATTTTGTCCTTGTTATGGTTATTAGATCAGTCACATGTACGAGGAACG TAGACTGCTTGTTGCTCAATCATGTGGAGAGCTTGCAGAATTTGTGCGGCCTGAGATTCGTGATTCTCTTATTTTATCTA TTGTTCAGCAACTAGTAGAAGATTCTGCCACTATTGTTCGAGAGGCTGCCGCTCGTAATCTGGCTATGCTGCTTCCACTA TTCCCAAACGTGGATAAGTATTTCAAGGTCAGCCTCACTATATTTGCTTCGAGGCAATCATGGAGAAGGTTTCTGACTTG AGACTTGGCTAAAATGTAAGCTCTAGAACAGGTTGATGGGACATGGTCTAGGGGATGGAGCCTTTTACCGTTACTATAAT GTGACAACTTTTAAAGAAGAAAAAATAATAAAGATTAAGAGTTACTCCAATTCTTGGTTTTTTCTCTTTGCTAGGTGGAG GAGTTGATGTTCCAGTTGGCATGTGACCCATCAGGAGTGGTGGTGGAAACTACTCTCAAGGAATTGGTTCCTGCAGTTAT AAAGTGGGGAAACAAATTGGATCATGCTTTGAGAGTTTTACTTTCTCATGTTTTAAGCTCCGCTATGGTACTTATTTTCC TTTGAACTGACACTTCTCCCTTCAGTGACAATCAAGATTATGTTTCTGACAGGAGTTTCTTGCCTCAATCTACAGCGTTG TCCGCCTCTTTCTGGGGTTGAAGGGTCTTTAGAGTCACATCTCCGCGTCTTGGGTGAAAGAGAGCGGTGGAATATAGATG CTCTGTTGAGAATGATGGTGGAATTACTGTCTTTGGTGCACCAGAAAGCAATTGAGACATGCCCCTTCTCATGCACCTCA GAATCTGCCCAAATTGTGCTATCTACCCCATTGCTTGAATTGTATGCTAGGTAAGCTTAGCAAGAACCTCTTGATTTTGA AATAATACCACTCTGACATTTGAAACAGTCAATGAGCTGGGCATGAGTCTTAATGCCAAGTACCACCTGAGTATTGTTAA TTCATGTTGTAATGTATGTGTTCAAAACATGCGTATTCATATATGCATAGACTGAAAGACAAATTGTGGATGCCTACACT ATCGAAGATGCTACTCATCTTCAATGTGTCCATTTTTTGCTAGGGGACAAGTTGAATGGGAAGCATTTGAATGGATGCAT GTTGAGTGCTTTCCTAGTTTGATACAGCTGTCTTGCTTATTACCACAGAAAGAAGATAATTTACGGAGCCGAATTTCTAA GGTTTCTTGCCTACTACCTTTTGAATTTTTTTTTTGATGGTTTCTTATGACTTCGGATCAAAACTATTTTTGAGCTTTTG CTGATATAACTTTTGTAAATGCAGTTTCTGTTATCTGTTTCTGAATCGTTTGGGGATTCCTATGTGACATGCATCATGCT ACCGATATTTTTAATTGCCGTTGGGGATAGTGCCGATTTGACATTTTTTCCAACTGCCATCCATTCAAGAATTAAAGGTA AAAGTTCTTCACTTTTCTGTGAATTTTTCGCATAATTGCTTCATATTTGACTGTTCACTTGTAGGCTTGAGGCCAAGATC TGCTGTTGCTGATAGACTCTCTACAATGTGTGTCCTACCACTTCTATTGGCTGGTGTTTTAAGTGCTCCTGGAAAACATG AACAGTTAGTAGAATATTTGAGGAAGCTGCTACTAGAAGACAAATCCATGGAGAACCGATCAACCAAACACATTCCTGAG ATTATTAATGCTATCCGCTTTATATGGTTTGATTATCACCACTAACATTCTAAAAATTAAGATAATTTCTACTCCTATAT TCATAATGTGCTTTCTTTATAATGCAGCATATATGAACAAAATCATGGTATGATATTTAATATACTATGGGAAATGGTTG TCAGCTCTAACATGACCATGAAAATTAATGCCGCTCAACTGCTGAAAGTTATTGTAAGCCTACCGTTGTTTGAGTTTCGA CTTTTGCGTTGTACTCATACAAACAAATGGCTAAACTAACACTAATATCTTCATAAACAGGTGTCATATATTGATGCAAA GGTTGCTTCAACTCATGTTTTGCCTGCCCTAATTACTCTGGGATCTGACCAAAACCTGAATGTGAAGTATGCCAGCATAG ATGCATTTGGGGCTGTAGCTCAACATTTTAAAAACGAGATGGTATCCATCACTAGTATATCTCTCTCTAGTTTATGTTGA AATTATGATGTTTATGCTGTTCCTCATTTCAAATATCTGATCAAATAAGATATCTTCCAGATTGTTGACAAGATACGTGT GCAAATGGATGCTTTTCTTGAAGATGGTTCCCATGAAGCTACTATTGCTGTTATTCGTGCGTTGGTGATTGCAGTACCAC ATACAATAGAAAGACTTAGAGATTATATCCTTAACCCTACCTCTGGAAAAGAAATATGTTAAGAAAACTGCTTAATGTCC TGACATTTTGTCTCATTGGTTATTTGCATATTTTTGTTGGCTTTCAAGGTCTCTCAAACTTTGCTATTTGTTTCTTTAAC TCGGTGTACATCTTTTATCCAAGATTTTCCAGCTTACAGCTATGCCGAATGTAACAAATGATTTAATGCGTCGACGAGAG AGAGCAGATGCTTTTTGTGAGGCAATCCGTGCTCTGGATGCTACAGGTTTGTTCATTTAAAAATTATTTTAGTCTGGCAT CGCGAAACCTTTTCAAGCTATTATTATGATTTTCAAGTCAAGGTTTGATTTGTGGTATTAATGTTCCCTCTATTAAAAGA TACCCTGAACTTCCTTGTACTGTTATCATATCCAGAGTTTCGATTAATGTAATCTACTCTTGGAGCTACCAGTTTGGTAC CATGGCCCAATTATTGCCTGTTTCATGTCTTTAATCTAATTATTTGAATTTGAATAGAATATTTTTAGGAATAATCCTGA CTCATCAAATCGAGTGGCTAATTGTTTTAGGGGGAAGTGTGTTTCTTCATTTCTTGACGTGCCTTTCATTTTTTTTTATA ATAAAAAGTATTAGATAGTAGTAAAAGAAAATTACAAGAGGAATCCTAAGATGATGTCCACAACCAAAACCTTCTCAGAT TAGGAGGGTTGGCTACATGGATCAAACGTGCCATAATGTCCTATTATGAATTAATGGCAGACCATTTACAAGGCCAAAGC CTTTCCTTTTCGCATCATTATTCATCAAAGTTCTTGTATATCCTTCTGTAGTTCCCGGTATAATGACATATTTTTTGTAA TTTCAACTTCGTTTTGACAATTGTTTGTAATTTACTAATTCCAATTATTTTATGCACCATCCAATACTCTACAGTGTAGA GTCTATATTTGCAACATTATGTGTAAAAGTCATAGTTTTGAAGTTTTAATTTCATGGAGATGATGTTCTTGATTTTTAAA ACTTCTTTCTTCCCTCAAGTATTTTTAATTTAGTTTCTCTTCTTATAGATCTTCCTGCAAATAGTGTCCGCGACTTCTTC CTGCCTGCTATACAGAACCTGTTTAAAGACATGGATGCATTGGATCCAGCACACAAAGAAGCCCTTGAAATTATTTTGAA GGAAAGATCAGGGGGAACTTTTGACAATATTAGCAAGGTGATGGGCGCCCATCTCGGGCTTCCATCATCAGTCAGCAACT TGTTTGGTGAGGGCGGGTTGCTAGGAAAGAAAGAAACCACAGAACCACCATCAGAGGCAGTTGCGTCCCCCAAAGCTGCC ACACCACCAACAGAGGACACTAGATTCCGGCGCATCATGCTGGGAAATTTCGGCGACATGCTTCGTGGCAAGGCGAAAGC CCAAGAGGAAGGTCAGAACCAATAA
CDS sequence (LotjaGi1g1v0546300.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGACGTGGAGAGATCTTCGCTGTGCAATTGCGTTGTGAACTTCCTCCTGGAGGAGAACTACGTGCTCACTGCTTTTGA GCTTCTTCACGAGCTTCTCGACGATGGCCGCGACGATCAAGCAATTCGCCTCAAACAGTACTTCTCCGATCCCTCCCTCT TTCCCCCCGATCAAATCTCTCGCCTCAGCTCTCTCCGAGTGGCTGATCCTCAAACTTTACTGGAAGAGAAAGAAGCAGCA GTAGAAAAGTTAGCTATTAGTGACTATGAACTGCGGTTGGCTCAAGAAGACATCTTAAAATTCAAGGATGAATTGCAGAA GAAGACAGAAAGTCTTAATGAACCAAATGTTGCACGCTTAAGTGGAGATATTTTGGTGAATGAAGGGCAACAAATTCCAC TACAAAAGAGTACTTCCTTCACCGATTTGGGTCCATTAAAGGATACTGAACGTCGAGATCTTAATTGTGCTGTAAAGGAA TACTTGCTTATGGCTGGTTACCGTCTTACTGCAATGACATTTTATGAAGAGGTTACAGACCAGAACTTGGACATTTGGCA CAACACACCTGCATCTGTACCAGATGCCTTGCGTCATTATTATTATCAGTATCTTTCATCAACTTCAGAGGCTGCTGAGG AAAAATTCTCCCTGCTTCGGGAGAACGAAACATTACTTAAAGCTAATAAGGTGCTGAATCAAGAAAAGGAGGCCTTGTTG AAGAACAGAGATTTGGCAGATGCTCAAATAGGAGCATTAACTAAATCCTTGGAGGCAATGCACAAAGATGTTAAGGACAA AGAGAACTTGGTGCAAGATTTAAAACAGTCCTTGGAACATCAAAGAAAGGTGATCAATGATTGCCGAGCTGAGATCACTT CACTGAAAATGCATATTGAAGGGTCTCACTTGGGAAAGAATCTGGTTGTTAGTGATGTTAATACTGTTCAATCTCAATCT TCAGAGAAGTATGAGGAAGAAATTAAGAAACTGCAGATGGAAATCGAATTGCTGAAGGAAAATAATATCAGAGCTCCTGA ACCTGGAAATTTTGTTGGTTCTGAAAGTGAAAATTTTCAGACGGATGATAAAGTGATTGAGATTCATGAAGATCGGGCTG CTATCTCAAACCCTGTTGATGTGAAGATCGGTGTAGAAGACAATCAGGATTCTCAATCACCAGTTGTTCAAACTCTGAAT GAGCATTCTGATAACCATGAACATACATTGCCTGAGTTATTTAGTCCTGCAAATACGAATAGTTCTAATCCTGCAAATAC GAATAGTTCTTTCGAAAATATAAAAAATGACTCTGAACTAAATGTTGGGGAAAAAGCAGAGGATACCGAACTAGTAAAAT CAGACAGCGTAAGTGATGACTTAATATCTGAAAAGATAGGATCAGGAACCATTCAGATACTTGCAGAGGCTTTGCCTAAA ATTGTTCCATATGTCTTGATCAACCATCGTGAGGAGCTCCTTCCTCTAATAATGTGTGCTATTGAGCGCCACCCAGATAG CAGCACTCGAGATTCTTTGACTCACACATTGTTTAATTTAATCAAGCGTCCTGATGAGCAACAGAGACAAATAATAATGG ATGCATGTGTCAACCTTGCAAAGAATGTTGGAGAGATGAGAACAGAAACAGAACTGCTTCCACAGTGCTGGGAACAAATC AGTCACATGTACGAGGAACGTAGACTGCTTGTTGCTCAATCATGTGGAGAGCTTGCAGAATTTGTGCGGCCTGAGATTCG TGATTCTCTTATTTTATCTATTGTTCAGCAACTAGTAGAAGATTCTGCCACTATTGTTCGAGAGGCTGCCGCTCGTAATC TGGCTATGCTGCTTCCACTATTCCCAAACGTGGATAAGTATTTCAAGGTGGAGGAGTTGATGTTCCAGTTGGCATGTGAC CCATCAGGAGTGGTGGTGGAAACTACTCTCAAGGAATTGGTTCCTGCAGTTATAAAGTGGGGAAACAAATTGGATCATGC TTTGAGAGTTTTACTTTCTCATGTTTTAAGCTCCGCTATGCGTTGTCCGCCTCTTTCTGGGGTTGAAGGGTCTTTAGAGT CACATCTCCGCGTCTTGGGTGAAAGAGAGCGGTGGAATATAGATGCTCTGTTGAGAATGATGGTGGAATTACTGTCTTTG GTGCACCAGAAAGCAATTGAGACATGCCCCTTCTCATGCACCTCAGAATCTGCCCAAATTGTGCTATCTACCCCATTGCT TGAATTGTATGCTAGGGGACAAGTTGAATGGGAAGCATTTGAATGGATGCATGTTGAGTGCTTTCCTAGTTTGATACAGC TGTCTTGCTTATTACCACAGAAAGAAGATAATTTACGGAGCCGAATTTCTAAGTTTCTGTTATCTGTTTCTGAATCGTTT GGGGATTCCTATGTGACATGCATCATGCTACCGATATTTTTAATTGCCGTTGGGGATAGTGCCGATTTGACATTTTTTCC AACTGCCATCCATTCAAGAATTAAAGGCTTGAGGCCAAGATCTGCTGTTGCTGATAGACTCTCTACAATGTGTGTCCTAC CACTTCTATTGGCTGGTGTTTTAAGTGCTCCTGGAAAACATGAACAGTTAGTAGAATATTTGAGGAAGCTGCTACTAGAA GACAAATCCATGGAGAACCGATCAACCAAACACATTCCTGAGATTATTAATGCTATCCGCTTTATATGCATATATGAACA AAATCATGGTATGATATTTAATATACTATGGGAAATGGTTGTCAGCTCTAACATGACCATGAAAATTAATGCCGCTCAAC TGCTGAAAGTTATTGTGTCATATATTGATGCAAAGGTTGCTTCAACTCATGTTTTGCCTGCCCTAATTACTCTGGGATCT GACCAAAACCTGAATGTGAAGTATGCCAGCATAGATGCATTTGGGGCTGTAGCTCAACATTTTAAAAACGAGATGATTGT TGACAAGATACGTGTGCAAATGGATGCTTTTCTTGAAGATGGTTCCCATGAAGCTACTATTGCTGTTATTCGTGCGTTGG TGATTGCAGTACCACATACAATAGAAAGACTTAGAGATTATCTTTTATCCAAGATTTTCCAGCTTACAGCTATGCCGAAT GTAACAAATGATTTAATGCGTCGACGAGAGAGAGCAGATGCTTTTTGTGAGGCAATCCGTGCTCTGGATGCTACAGATCT TCCTGCAAATAGTGTCCGCGACTTCTTCCTGCCTGCTATACAGAACCTGTTTAAAGACATGGATGCATTGGATCCAGCAC ACAAAGAAGCCCTTGAAATTATTTTGAAGGAAAGATCAGGGGGAACTTTTGACAATATTAGCAAGGTGATGGGCGCCCAT CTCGGGCTTCCATCATCAGTCAGCAACTTGTTTGGTGAGGGCGGGTTGCTAGGAAAGAAAGAAACCACAGAACCACCATC AGAGGCAGTTGCGTCCCCCAAAGCTGCCACACCACCAACAGAGGACACTAGATTCCGGCGCATCATGCTGGGAAATTTCG GCGACATGCTTCGTGGCAAGGCGAAAGCCCAAGAGGAAGGTCAGAACCAATAA
Protein sequence (LotjaGi1g1v0546300.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MDVERSSLCNCVVNFLLEENYVLTAFELLHELLDDGRDDQAIRLKQYFSDPSLFPPDQISRLSSLRVADPQTLLEEKEAA VEKLAISDYELRLAQEDILKFKDELQKKTESLNEPNVARLSGDILVNEGQQIPLQKSTSFTDLGPLKDTERRDLNCAVKE YLLMAGYRLTAMTFYEEVTDQNLDIWHNTPASVPDALRHYYYQYLSSTSEAAEEKFSLLRENETLLKANKVLNQEKEALL KNRDLADAQIGALTKSLEAMHKDVKDKENLVQDLKQSLEHQRKVINDCRAEITSLKMHIEGSHLGKNLVVSDVNTVQSQS SEKYEEEIKKLQMEIELLKENNIRAPEPGNFVGSESENFQTDDKVIEIHEDRAAISNPVDVKIGVEDNQDSQSPVVQTLN EHSDNHEHTLPELFSPANTNSSNPANTNSSFENIKNDSELNVGEKAEDTELVKSDSVSDDLISEKIGSGTIQILAEALPK IVPYVLINHREELLPLIMCAIERHPDSSTRDSLTHTLFNLIKRPDEQQRQIIMDACVNLAKNVGEMRTETELLPQCWEQI SHMYEERRLLVAQSCGELAEFVRPEIRDSLILSIVQQLVEDSATIVREAAARNLAMLLPLFPNVDKYFKVEELMFQLACD PSGVVVETTLKELVPAVIKWGNKLDHALRVLLSHVLSSAMRCPPLSGVEGSLESHLRVLGERERWNIDALLRMMVELLSL VHQKAIETCPFSCTSESAQIVLSTPLLELYARGQVEWEAFEWMHVECFPSLIQLSCLLPQKEDNLRSRISKFLLSVSESF GDSYVTCIMLPIFLIAVGDSADLTFFPTAIHSRIKGLRPRSAVADRLSTMCVLPLLLAGVLSAPGKHEQLVEYLRKLLLE DKSMENRSTKHIPEIINAIRFICIYEQNHGMIFNILWEMVVSSNMTMKINAAQLLKVIVSYIDAKVASTHVLPALITLGS DQNLNVKYASIDAFGAVAQHFKNEMIVDKIRVQMDAFLEDGSHEATIAVIRALVIAVPHTIERLRDYLLSKIFQLTAMPN VTNDLMRRRERADAFCEAIRALDATDLPANSVRDFFLPAIQNLFKDMDALDPAHKEALEIILKERSGGTFDNISKVMGAH LGLPSSVSNLFGEGGLLGKKETTEPPSEAVASPKAATPPTEDTRFRRIMLGNFGDMLRGKAKAQEEGQNQ
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 | 802 | 802 | - | – | |
| PANTHER | 2 | 1189 | 1188 | 0.0 | ||
| PANTHER | 2 | 1189 | 1188 | 0.0 | – | |
| SMART | 4 | 36 | 33 | 0.23 | ||
| ProSiteProfiles | 4 | 36 | 33 | 8.447 | ||
| Coils | 91 | 111 | 21 | - | – | |
| SMART | 150 | 182 | 33 | 0.0024 | ||
| ProSiteProfiles | 150 | 182 | 33 | 9.34 | ||
| Coils | 222 | 249 | 28 | - | – | |
| Coils | 257 | 291 | 35 | - | – | |
| Coils | 314 | 341 | 28 | - | – | |
| MobiDBLite | 403 | 442 | 40 | - | – | |
| MobiDBLite | 412 | 437 | 26 | - | – | |
| SUPERFAMILY | 472 | 1087 | 616 | 2.59E-29 | ||
| Gene3D | 474 | 752 | 279 | 3.2E-15 | ||
| Gene3D | 770 | 1090 | 321 | 8.9E-10 | ||
| Phobius | 803 | 826 | 24 | - | – | |
| Phobius | 827 | 846 | 20 | - | – | |
| Phobius | 847 | 865 | 19 | - | – | |
| Phobius | 866 | 1190 | 325 | - | – | |
| ProSiteProfiles | 951 | 989 | 39 | 10.349 | ||
| MobiDBLite | 1134 | 1162 | 29 | - | – |
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 |
|---|---|---|---|---|
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Cellular component | Trans-Golgi network | The network of interconnected tubular and cisternal structures located within the Golgi apparatus on the side distal to the endoplasmic reticulum, from which secretory vesicles emerge. The trans-Golgi network is important in the later stages of protein secretion where it is thought to play a key role in the sorting and targeting of secreted proteins to the correct destination. | ||
| Biological process | Intracellular cholesterol transport | The directed movement of cholesterol, cholest-5-en-3-beta-ol, within cells. |
Expression pattern of LotjaGi1g1v0546300.5, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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