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LotjaGi6g1v0328500.1

Overview

Field Value
Gene ID LotjaGi6g1v0328500
Transcript ID LotjaGi6g1v0328500.1
Lotus japonicus genome version Gifu v1.2
Description Alpha-1,4 glucan phosphorylase; TAIR: AT3G46970.1 alpha-glucan phosphorylase 2; Swiss-Prot: sp|Q00766|PHS1_DICDI Glycogen phosphorylase 1; TrEMBL-Plants: tr|V7BU77|V7BU77_PHAVU Alpha-1,4 glucan phosphorylase; Found in the gene: LotjaGi6g1v0328500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr6:64348592..64359598) extracted from Lotus japonicus Gifu genome v1.2.

AATATTAATTTTTTCAATGATAATAAGCAGTGTTGGAATCTTGGGATTCTCGTGACTGAGAGTGGTAACATGACATGAAT AGTACTCATCATGATCTCCTTAGATCAGAAAGGTAAACCCCTTTCCAAATTGGAATGCACGCTTCCCGCTACTCTCACCT CAATTTCCTTCACTCAAAATTTTCCGGGAAAATTAATTCTCAATTTTCCTGGAAAATGCTAACCGTTTCGTTTCCTCTCG TTACTCACTCCTCCATTCCGAATCAGCTCACTTCCTTCCGTTCATACCTCTCTCCCCCAGACTCCTCCTCCTCGCTTTCC CTCTCACGCGCCACCACCAATCTCCGGAACTACAACAACCGTTTGCGAGCTTCTACCGGCGAATCCTCCACGTCAACCAT CGCCGTTGACAACTCCGATTCCGGCGATTCCACCGCCTTCGTCATCCGAGCTCGCAACCGGATCGGCCTTCTCCAAGTCA TCACCAGGGTTTTCAAGGTCCTCGGCCTCACCATCGACAGGGCCACTGTTGAATTCGAGGGAGATTTCTTCACTAAGAAG TTCTTCGTCACTGATTCCCATGGCAACAAAATCGAGGACTCGGAGAACTTGGAGAGGATCAAGCGAGCGTTGGTGGAGGC AATTGGCGGCGGGACGGTTTACGTGGCGAGGTCGACGGGGAACAGAGGGATTGTGGTGAGGAGGCCTGGATTTGTGGAGG GGCTTGGGGAGCATAAGGCGAAAGCAGAGAGAATGTTTAGCTTAATGGATGGGTTTCTGAAGAATGACCCTCTCAGTCTT CAGAAGGATATTCTTCAGCATGTTGAGTACACGGTGGCGCGATCACGGTTTAGTTTTGACGATTTTGAAGCGTATCAGGT AACCCTTCCTTTAAACTTCACCTCTTTTGGCTTGTTATTGGTAAGAGTGGCACTACATGATCTTAGAACATGTCTTTTAG GAGAAAATTTCTGATAAACCTGGTATGCTCAAGTTGGATACACTGCCAATAAATTGGTGAAACATCATTAGTTATAAATC ATGAATTAACTATGGTAGCCAATCACTAATCACTACTTAATGGTACTAGTATGTCAACAATTATGGGTCCTGCTAAGGGC ACTGGTTAGCATTTGTCATAATTTATTGATGTGTGAAAAGTGAAGTCCTATACAACCTCAGATTCTTTGATTGAGTTGAA GTTTATTGGCGGGAAATCCGTGATGTTTGAAATTTCATTCGAATCCCCCCTGAAAATCCCAATAGAAAACTACAAGAAGC TGACCAACTAAATTCAAACTTCTCTTTAATTAAAGGGTGAAGCGTGGATGAGTAGGTGCCAAGGTAATCCTAATGGTAGA CTGTGTTATTCCTGAGATTCTTATAGGAGAACGAGCAGGTGAAAGAATATTTGGCCTGCTATGATTTATGTTTGCATTTT TTGCGGTGTACATTGTCCTAGTAGGAACTCAGGCTTCATTTAATTAAAGCTTATTTCATTTAATTTGATCAGTTTGATAT CCTGAGATTGCATTCTAGTAAATCATCTAGGGCATCAAATATAGTGTTTTGGCTTAAATGGATATCAAAAAATTGATTTT GCGTAATGCTATCTGTAGGCTTTGGCACATAGTGTGCGGGATCGGTTGATTGAACGCTGGCATGATACCCACATTTACTT CAAGAGGACAAAACCTAAGCGCCTCTACTTCCTCTCCCTTGAGTTTCTTATGGGTACTTATAATGGTTCCTTAAATGTGA TTGGCTTGTTACAATAAATCCCCTTAATTAACCTTTATTCCATGTTTTTTTCTTTCTTCAAGTTATAAGAGTATATTGAA CTTTACGTTGGAGTGTATCTCCAATTTGGGTTCCTGATTGTGTTCCTTTATCCAATGCTTAAGAAAATGTTTTCCTGATA TCAGGCCGTACCTTGTCAAATAGTGTCATCAATCTTGGCATCCAGGATCAATATGCGGAGGCCCTAAGCCAACTTGGATT TGAGTTTGAAGTTTTGGCGGAGCAGGTGCTATTAATGTTTCATCTAATCATTTTGTATTCTCCAGTCTACCATTGTTGTA CAATTATCTCAGAGTGAGCATTCAAGGTGGTTAAGTATATCCCTTAATGTACATTATATGCTACATCATTGACAAGGAAG GAGATGCGGCCCTTGGCAATGGTGGCCTTGCTCGTTTTTCAGCATGCCAAATGGATTCTTTAGCAACTTTGGACTATCCT GCATGGGGGTATGGTTTTACTTTGTGATTGCTATTAAAATTTATCTAACATGTTTTAAACATTAATATTATCACGTACAG ATTTCCTAATATTAGATTCGAAATGTAGATACGGGCTGTGAACTGTGAAGTTGACCTTATTATCTTGGACATCTATTGCT CTAAGTTCTTTGGCACCATTAAGTTGTCCTGATGGCCCAAAGCTTGTCCAAGCCTCAACAATATATCTATGTATATATAT ACAATGTATATGTATGAAGCTATTAATGCAATAACAATGTGTATATAGCTTAGTTTCTAAATCATAGTGCACCTTCTAAG AGTGTCTTGCTCCTGAAACTGCATGAATTTGGTAGCTCTGCTATTTATTGTCAGTTATGTTTTTCACTAGCTTCTGTAAT GATTAGCCCTCTGAAACCTTGATCACTGGGGGATTACATCCTTTTCAGGAGTTAATTTTTAGCGTTTATGCTCATGCTTA TGATTCTGGAACTGTGGTCGCAAATTGAAGTATGCTTATTTTTGCACTTTGTTGTGTGGATAACAAATATGCATCTTATC TAAAGATTGGGTTCTGTCCTGAGTTTGATGAAATGATCTTCATTTTGCAGATATGGTCTGCGTTACGAATATGGGTTGTT TCGTCAAATCATAGTGGATGGCTTTCAACATGAGCAACCTGATTATTGGCTGAACTTTGGAAACCCTTGGGAGATAGAGC GGATTCATGTAACATATGAAGTGAAGGTTTCCAGTCTTCCCTCTGTTCTGCCTTTTGTTTCATTTTATAGTTTCTATTGG TATTGCCTTTCTTTCACTCTATCACCTGAGAATTACAAACTGACTGCATCTCTGTGCTATATTGGATGGATTAGTTCTAT GGGAGTGTTGAAGAGGTAGATATGGATGGAAAAAAGCATAACGCTTGGATCCCTGGAGAGACGGTAAGAGTAGCATTTTT ATCTGGTTTGAAATGCTAACTTTTTTAATAACATATTCTCAAATTATTTTTTATGTTTCTTCCATTTAGACTTGTGAACT GTTCATAATTTGGACGAGGAACTTGTTTCTCCTAAAAAGGTGGACACTGATTCAACTTAGTATATGGTTTACGTTCTTCT AATTTCAGGTAGAAGCTGTGGCTTATGACAACCCGATACCTGGTTATGGGACAAGAAATGCCATCAACCTTCGGCTATGG GCTGCTAAACCCAGTAATCATTTTGATTTGGTAATTCTTCTCACAAGAATAAATGCCTGCGCTGAATTTGAGACTAGGGC TGTTTTTAAACTTAGAAAAGTCATTTATGATACAACTTTTTTATAGCTATTTTGTGCGGAAGCTATCACTTTGTAAGTTT TGAGAAAAACTAAATCAATTTTTTGGTTTTTTAAATTATTACTATATAAAACGATCACTTTTGCTAAGAAAAATAAATTT TTCTTAAAAAAACTAACAAATTGGCGTAGATTAATGGCACGATAACATCATAATATACTATGTAAATGAAAAGCAACTAA TGTAATAACCATGTATGGCCATACCTTTTCTCAGAGAGAACTTAGCTTAGAATCAGATGAAAGGTGGTCTACTTTAGTCC ATTATTTTGAGTTTAATTTTGCATATCTCTTTCTTTATATGGACTTAGGGTGAACTGATGACCCCTTTTTCCCCATTATT ATTTGTAGGAGGCCTCTAACACCGGAGACTACATTAATTCTGTTGTCAACAGACAAAGGGCTGAAACTATAAGTAATGTC TTATACCCCGACGACCGTTCTCATCAGGTGTGCCTTTCTCCTTATAAAGATAGTGATATAGTTGTTTCAATTATTATATG TTCAAAACTTGTACTGTTTGTCTTAAATTTGTCTTCATATTTTTGGTCAGTAACTTGTACTCTAATCAAAGCTCGTGTCG CCATATTTTTAGTCATGGGGTTTTGGTTTTTAGTATCACAGGGCAGAGACTCCTATGCTGCTTTTATTAAGAGTACTTTA ATTTCATCTGTTTCTTCATTTTATTAAAAAAACTGTGTACAAAGCCAGCTATTTAGTATGTAGATTCTTTGCCAGACACT TAGTTTTTTGTTGACATTCTTGTTTCTTATAATGTTTCTAAATGATCATATCTATGGAAACTTCTTACATTTTATTCTAA TGCTCAGTGCAACTGGTTATGAATTATAGAATTAATTATCTGCAAAATATATTGGCAAAGGCTCAGCAAAAACACTTGGT GGCGTTGGTGCTAATTGCTAAACTAAACTAACAAAGAGCTGTTTGATTTCCTTTTCTTTTTTTATCATCAGTGTTCCCTC TTTAATGTGTGCTAGTGTGCTACTATGTTCCTCAAGCTTTCAATGATAAGATTCCATGCATTCTTTTTTACTTTGTTTTA ATTATCTTGGACATAATGTTGACCACCTCCATTGGCATAACCGGTGATAGAAATATTATATTAGGACATTTATATAGTCA CTTGAGTCTTTCACGGTTAGGATAACTATTTACAGTGTAATGATCTTCCTCCATTCCAAAGAGTAAACTGTATCCAATCC CTAGTCTTATATTGCTAATTCGAGTGTGTTTATCAGGGGAAGGAGCTGAGATTGAAACAACAGTATTTCTTTGTCTCAGC ATCTTTACAAGACATCATTCGGAGGTTCAAAGAAGCACATGATAGCTTTGATGAATTGCCAGAACAGGTTCATTGTCAAA TATTTTTTTACTTGCACATTTGGTTGTTAATTGGTATGGTAGCTACTCTGTTATAAGACTATATAGCATCAAAAACATAT TCTCACTTTTTTTTAATGTTCCTCTGTTATATTAACATAAGATTCTGGATTAATAATGACCATTCAAAGTTCCAGGTTAT CCTGTGGGATGTGGCTATTTCTCTGTATCAATGTTCCTTTTCTCTCTCTCTCTTTTTTTTCTTTCCTTTATATTGTGATT TCTGTCTGTTGATTCAGTATATTGGTGAAAGTGGATGACTTAAAATAGTTTTTATTTTAGATGATTGCTAGTGCCATAAT TGTGTTCTAACTGCTGCCATGTAACTTAAGTTATCTACCTGTCCTCTAATTAGGTTGCTCTCCATCTCAATGATACCCAT CCATCTCTTTCAATTGCTGAGATTATGCGAATATTAGTTGATGAAGAACATTTGGACTGGAATAAAGCATGGAACATTGT ATGCAAAATTTTCTCCTTTACAACTCATACAGTGGTAGCTGAAGGACTAGAGAAAGTCCCTGTTGATCTGCTTGCCAGCC TTCTCCCTCGCCATTTACAGGTATGTTCACTAAGACATGCTTTCTGTACTTTATATAGTGTTTTAACTTATATATGTTTA AACTAAATGGCAGAAAGCAGACTTGTTTAATCCTTTTTTTACCTTGTATGTTTGGCTAAGCATGGAAACTTTTGACTGCA TGGTGCACTTATTTTTCTTGGCAGTTTTCCGTATTAAACCATAAAATTCAGTTATCCAGAGTGAAAATGTTGATGAATCT AAATTGCTTTTTGTCCTTTGTTCTGGTAAAAGTATTCCCTTTTTTTGTAATTTTTCATTGTAATGCAATTATTAACCAAG TATTTTAAATATTCTTTTCAGATTTTATACAAAATAAATTCTAATTTTATGGATGAGTTGAAGAAAAGGATTGGTTTAGA TTACAACCGACTGTCCCGGATGTCAATAGTTGAAGAAGGTGCTGTGCAGGTATTTTTAGAACAATCTGTCTTACTTAATC TTGTAACTTTTAGTAGGCTATATTGTCATTTTGCATGCAGTCGAAATTTTATTAGATAAATATGTGAATTATTTAATTTG ACCATTAGATAATATCTAGAATCTAGTGTCATGAATACATCTCGAAACAAAGACACAATTATAAAATTTGGAAGTCTTTT TCCCAGAAAGTTATTGCTTTGGCTAGCTTTTAGGCTTAATAAAAGATGCATGCTTCTGAACTTTTATGCTTAATGGGATA GTGATTCAAATATGTTGTGAAAATATTTGCTAGTTCAAAGGTACCTGTCGTCATGGAACTTGCTTTATGGAATATCTTAT TTATGGAAATGTTTGTTTAATGTATTACATGTTTGCATCATGAACAGTATTTGATGATTGTGTATTGGATTTGTAGAACA TAAGAATGGCCAACTTGTCAATTGTTTGCTCCCATACTGTGAACGGTGTTTCAAGATTACATTTAGATACGCTGAAAACG AGAACATTTAAGGTATGGATTTATTGTGCCAAATTGTTTTATGGTCCTTATCTCCTAAGCTGATTGTTGATTGAAGTAGT TCACAGTTCACTAGAAAATAATGAGTTTCATTGAAGAAAAAGAAAGAACTCTGGTGGATACAAGATATCCCAGGACATTT GAGGAGTCATGGACTCTCCTAAAGCCTTTTCCTAATACAAAATCATCAAAAGGCCCCTCTCCCACTCATCCTCTCTCCTA TTTATTGGCAAATGGCGTTCCTTATTAACCCACTAACTAACTATTTACTGTACTAGTTAACTAACTTATTCTAATAATTG ACTATTAACTATACCTATCAATTGTGTAATCATAAAATAATAATTCATGGTTCAACTTTGCAGGACTTCTATGAGCTATG GCCTGAGAAATTTCAATACACAACAAATGGTGTAACCCAGGTAGAAAATTTTAGTTACTATTACAATTTATATGCAACTG TTGTTTGACCTCTCACTATGTATATATAGTTACACGAAAGGAATCTAAGATAGCTCTTAAATTGGGCTATGTCTGTTGGA AGATAATTCTTTTTGTGGATGGAATTGTGTTCTGTGACTCACTTAGGCTTTTAATAGAAAAATCGACATCTAGTTTCCCT ATATGAATTTTTTTACATCTTAAATAGTTATCATTTAACATGTAAGTGCAAGATGCTAACTGTGAAATTATTCTTGTACA CATTTATCTTCAGATTAAATTTTGCTTGTGGAACTTGACAGCTGAAAGCCTGAAACTATTGTTTTACTGAGTAATAAAAA ATGTGTGATTGCATGTGTAGCAGCTAATAATCTAGTGAATTGATATTTGTCAGCGTCGTTGGATTGGGGTGAGCAATCCC AGTTTATGTGCTCTTATATCAAAATGGCTAGGGACTGAGTCTTGGATTCGTGATGCCGACCTACTTACAGGATTGAGAGA TCATGTTGACAATACTGATTTCCATCAAGAATGGAAAATGGTAATTTTTCTACGTTTAGTGGGTTTTCTTTGGATCAGGA GAAACTACATATGATCTGCTCTAATATACCTTCGTCTTTTCTACACTATAGGCTAAAAAGGTTAATAAACTGAGGCTTGC TGAGTACATTGAAGCAATGAGTGGTGTGCAGGTTTATGTGAAATAATTTTACCAAAACTTATCCTCTTTCCTTCATTACT ATCGTAGGAGTTACTTATACCTGAATCTTCCTTAATTTCAGGTCAGTTTGGATGCAATGTTTGATGTTCAGGTGAAGCGT ATGCATGAATACAAAAGACAGTTGCTTAATATATTTGGAATTATCCATAGATATGACTGTCTCAAGGTAAAATGTTTTTT CCTTGATGATAAAAGAACTTGTTCATTTATAAATGCAAATTTCAATAATATACAATGTTTTCCTTGAATATAAAATCTTT CACTAATTATTATGCTCTTCTTTCTGTCTACTTGAGCAAGTACTTTTACCCTGATATCCTCTTCAGCTATGGTTTAAATA CCTATGTACATTGTGTTCATCACTTTTCATTTTGGAGTCATACTGACGCTGGCATTTTCTTCTTCCTTCCTTGCAGAACA TGGACAAGAGTGACAGGAGGAAAGTTGTACCTCGTGTTTGCATAATTGGTGGAAAGGCGGCTCCTGGTTATGAAATTGCA AAGAAGATTATCAAACTTTGTCATGTTGTAGCAGAAAAAATCAATAATGATACTGATATTGGAGATCTTCTGAAATTGGC AAGTTGCTAGTTTTATTTTACTCTGGTTTTTATATCATTCTTGTTATTTTTGTTTGTGTAAGACAGGATGCACCTGTTCA GTAGACTGCTTTTGGCATATCTCTTGTTTGATCCACGCTCACTGCTATTTTGCAGGTTTTTATCCCTGACTATAATGTCT CCGTTGCTGAATTGGTTATACCAGGGGCTGACCTTTCTCAGCATATAAGGTTTGTTAATTTAATGCTCATCCATTATAGT GCCCTTTCTAGAGCTCATCAATGATGCTGATTAGTATAGAAGTCTTGTTTCATTCCTCATCATGCTTTCTCTTTGTCATG CTCATAATAATCAAGAAAGAGCTGAACATTCATATAAAAGAGATATGGAGAATAGCTTAGGACCAAGTAATGGGGATAAT ATACAGCTGGAGTACCTTCTGTGAAAGATACATCTTTTGATAGTGTTCAATTGAAGTTATAATTGGCATCCCATTCAGTT TAAGCAAGAACCTACATTGACCTCTCACTGTTTCAAGACTGGTTCATGGTTTTCATAATCTTTGAATTTTAGTCTTTCCT CTGGTTTTTGTAAGATTGTATTAATGCGTTCACGATTTCACATATACCACATGACACACTGGGCTGTGTGCTTGACAACC TTATGGCTTAATCTTGCTCAATGCTTTGCAGACTTGTTTCATTTTTTTTTTCAAATTAATTTTATGACACACTGGGCTGT GTGCTGTGCTTGACAACCTTAATCTTGCTCAATGTTTTGTATATTGCAGATTTATTTTCTTTTTTTCAAATTTAGTTTTG AAAAGTGCGGTACAGGTTTTTTTTTTCTCATTTTTTTGACAGCAATAGCTATCCTATAGTACTGCAGGACATGAAGCATC AGGAACTGGGAGCATGAAATTTTTGATGAATGGATGTTTACTTTTAGCTACAGAAGATGGTTCTACGGTGGAAATAATTG AAGAAATAGGGTCAGATAACTTGGTGAGTGATGACTTACATGATGTTTTGGTGTTACTTTAAACAATATGTGCTTTTATG TTGAAGGCTTGCCTGAACTCAGCCTTCGGTTATGATTCCCTATCTAAAGCTAATCAAGAAGAACTTCTATTTCATGCTGA AGCTTTATGAATAGTTTTAATGTCCTATGATCATTGAGGCTTGCTTTGATATTTCTGGGAAACTTATCTTGTATTCATGT TAACCCTATAGCTTAACAGCTTCAGCCTTCAAATTGTTTCAGTTTCTCTTTGGTGCAAAAGTGCACGAAGTAGCAGAACT GCGTGAAAAAGGATCTAATTCGAAAGTACCTCTACAATTCGCACGTGTGTTGAGGTATGCAAATAAAATTTCCATCTTCA AAGAAAGAATCAGTGGATCATTTACACTAGGGGATAAAATTTCCTGTCACAGTTTTCCTCATTAAATGACCAAGTATACT AAAAAGGAAATGTTACTCAATCTTTCAAATTTGCTTCTTTTTTATGACTAGCTGCTATTGATCTGATAATACAATTAGGA TGGTTCGAGATGGATATTTTGGCTATGAAGACTACTTTAAATCCTTATGTGACACGGTGGAAGTTGGTAATGATTTTTAT CTTCTTGGCTCTGATTTCGGGAGTTACCTTGAGGCACAGGTACTTTGTTTTCTTTTGAGGAGTCTCTAAACCATCCTTAT TACTATTCAGTTTTTTTTTCTCTTTTTAATATTTGAATTTTACCTTGATTAACTATGATAACAGGCTGCCGCCGACAAAG CATTTGTTGAACCAGAGAAGTGGATCAAGATGAGTATCCTTAGTGTTGCCGGCTCTGGGAGATTTAGCAGTGACAGGAAC ATTCAAGAGTACGCTGAAAGGACATGGAAAATTGATCCCTGCCGATGCCCTCTCTGATCTCTAGCATTCCACTTGAATAA GCTAACAACTATTAATAAATGCCGACTATTTATATTTATAGATGAGTATTTACTGAAAATATTAGTGTTGTTTGGGAATG CCAGAAGAAATGAGACAGTGAGAATTGTGACTGTAACTGTGGTATTAGGAATCATAATACCTTCCACAGTTAGAATCACA AAATTTTGGCCATGACCCATGACATTTAGGTTATCTGGACTTACTAAAGTGCTCATTTGGTTCATGTGTAGTTCGGTTAC TGGACAAATTTCAGTAATGTAATCCTGCTCGAGTTGGGTCAATATTGGCAACATAAGCTGCTGGTTAAGTTGGACCAACC CCTTGCCAGCTGATGCATGGCGACATAGCTGCTGGTTAAGTTGGACCAACCCCTTGCCAACTGATGCATGCTCTTGGTGG CAGTTAAATTAGTCTTTAAAAGACATTTTGTATTCATCTGATTAGTGTGTAAATGTACATTTCATCTGTAAAATTAGTTT ATAAAATCATAAGGGCCAATTTGGTTAATAAGATATATATTTAGGAATGTCAAATGTAATTTTAATTATTTACCAAAACT TGTTTGATTATTCATCTAACGAATTATTTGCCCACTTAGTTTTAGAGGGGCCGATTAAATTTAATATGTAATGTTATATA AAATTGTTATGAAGTATTCTTAAAAAATGCTCATTCATTTATAAAACAAGTTCAATGCAGCAGAACTAATGGAGTTGTGA GAAGGTGAATGGAGTGAGCATTTTATATCCATATGAGCATTTTATAATGCTTAGTGAAAAAAACTTATGGATCACCATTT TTTATTTAGATGGAAAGTAAGACCATTTACATCATTTGTATAATTTA
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0328500.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCACGCTTCCCGCTACTCTCACCTCAATTTCCTTCACTCAAAATTTTCCGGGAAAATTAATTCTCAATTTTCCTGGAA AATGCTAACCGTTTCGTTTCCTCTCGTTACTCACTCCTCCATTCCGAATCAGCTCACTTCCTTCCGTTCATACCTCTCTC CCCCAGACTCCTCCTCCTCGCTTTCCCTCTCACGCGCCACCACCAATCTCCGGAACTACAACAACCGTTTGCGAGCTTCT ACCGGCGAATCCTCCACGTCAACCATCGCCGTTGACAACTCCGATTCCGGCGATTCCACCGCCTTCGTCATCCGAGCTCG CAACCGGATCGGCCTTCTCCAAGTCATCACCAGGGTTTTCAAGGTCCTCGGCCTCACCATCGACAGGGCCACTGTTGAAT TCGAGGGAGATTTCTTCACTAAGAAGTTCTTCGTCACTGATTCCCATGGCAACAAAATCGAGGACTCGGAGAACTTGGAG AGGATCAAGCGAGCGTTGGTGGAGGCAATTGGCGGCGGGACGGTTTACGTGGCGAGGTCGACGGGGAACAGAGGGATTGT GGTGAGGAGGCCTGGATTTGTGGAGGGGCTTGGGGAGCATAAGGCGAAAGCAGAGAGAATGTTTAGCTTAATGGATGGGT TTCTGAAGAATGACCCTCTCAGTCTTCAGAAGGATATTCTTCAGCATGTTGAGTACACGGTGGCGCGATCACGGTTTAGT TTTGACGATTTTGAAGCGTATCAGGCTTTGGCACATAGTGTGCGGGATCGGTTGATTGAACGCTGGCATGATACCCACAT TTACTTCAAGAGGACAAAACCTAAGCGCCTCTACTTCCTCTCCCTTGAGTTTCTTATGGGCCGTACCTTGTCAAATAGTG TCATCAATCTTGGCATCCAGGATCAATATGCGGAGGCCCTAAGCCAACTTGGATTTGAGTTTGAAGTTTTGGCGGAGCAG GAAGGAGATGCGGCCCTTGGCAATGGTGGCCTTGCTCGTTTTTCAGCATGCCAAATGGATTCTTTAGCAACTTTGGACTA TCCTGCATGGGGATATGGTCTGCGTTACGAATATGGGTTGTTTCGTCAAATCATAGTGGATGGCTTTCAACATGAGCAAC CTGATTATTGGCTGAACTTTGGAAACCCTTGGGAGATAGAGCGGATTCATGTAACATATGAAGTGAAGTTCTATGGGAGT GTTGAAGAGGTAGATATGGATGGAAAAAAGCATAACGCTTGGATCCCTGGAGAGACGGTAGAAGCTGTGGCTTATGACAA CCCGATACCTGGTTATGGGACAAGAAATGCCATCAACCTTCGGCTATGGGCTGCTAAACCCAGTAATCATTTTGATTTGG AGGCCTCTAACACCGGAGACTACATTAATTCTGTTGTCAACAGACAAAGGGCTGAAACTATAAGTAATGTCTTATACCCC GACGACCGTTCTCATCAGGGGAAGGAGCTGAGATTGAAACAACAGTATTTCTTTGTCTCAGCATCTTTACAAGACATCAT TCGGAGGTTCAAAGAAGCACATGATAGCTTTGATGAATTGCCAGAACAGGTTGCTCTCCATCTCAATGATACCCATCCAT CTCTTTCAATTGCTGAGATTATGCGAATATTAGTTGATGAAGAACATTTGGACTGGAATAAAGCATGGAACATTGTATGC AAAATTTTCTCCTTTACAACTCATACAGTGGTAGCTGAAGGACTAGAGAAAGTCCCTGTTGATCTGCTTGCCAGCCTTCT CCCTCGCCATTTACAGATTTTATACAAAATAAATTCTAATTTTATGGATGAGTTGAAGAAAAGGATTGGTTTAGATTACA ACCGACTGTCCCGGATGTCAATAGTTGAAGAAGGTGCTGTGCAGAACATAAGAATGGCCAACTTGTCAATTGTTTGCTCC CATACTGTGAACGGTGTTTCAAGATTACATTTAGATACGCTGAAAACGAGAACATTTAAGGACTTCTATGAGCTATGGCC TGAGAAATTTCAATACACAACAAATGGTGTAACCCAGCGTCGTTGGATTGGGGTGAGCAATCCCAGTTTATGTGCTCTTA TATCAAAATGGCTAGGGACTGAGTCTTGGATTCGTGATGCCGACCTACTTACAGGATTGAGAGATCATGTTGACAATACT GATTTCCATCAAGAATGGAAAATGGCTAAAAAGGTTAATAAACTGAGGCTTGCTGAGTACATTGAAGCAATGAGTGGTGT GCAGGTCAGTTTGGATGCAATGTTTGATGTTCAGGTGAAGCGTATGCATGAATACAAAAGACAGTTGCTTAATATATTTG GAATTATCCATAGATATGACTGTCTCAAGAACATGGACAAGAGTGACAGGAGGAAAGTTGTACCTCGTGTTTGCATAATT GGTGGAAAGGCGGCTCCTGGTTATGAAATTGCAAAGAAGATTATCAAACTTTGTCATGTTGTAGCAGAAAAAATCAATAA TGATACTGATATTGGAGATCTTCTGAAATTGGTTTTTATCCCTGACTATAATGTCTCCGTTGCTGAATTGGTTATACCAG GGGCTGACCTTTCTCAGCATATAAGTACTGCAGGACATGAAGCATCAGGAACTGGGAGCATGAAATTTTTGATGAATGGA TGTTTACTTTTAGCTACAGAAGATGGTTCTACGGTGGAAATAATTGAAGAAATAGGGTCAGATAACTTGTTTCTCTTTGG TGCAAAAGTGCACGAAGTAGCAGAACTGCGTGAAAAAGGATCTAATTCGAAAGTACCTCTACAATTCGCACGTGTGTTGA GGATGGTTCGAGATGGATATTTTGGCTATGAAGACTACTTTAAATCCTTATGTGACACGGTGGAAGTTGGTAATGATTTT TATCTTCTTGGCTCTGATTTCGGGAGTTACCTTGAGGCACAGGCTGCCGCCGACAAAGCATTTGTTGAACCAGAGAAGTG GATCAAGATGAGTATCCTTAGTGTTGCCGGCTCTGGGAGATTTAGCAGTGACAGGAACATTCAAGAGTACGCTGAAAGGA CATGGAAAATTGATCCCTGCCGATGCCCTCTCTGA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0328500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MHASRYSHLNFLHSKFSGKINSQFSWKMLTVSFPLVTHSSIPNQLTSFRSYLSPPDSSSSLSLSRATTNLRNYNNRLRAS TGESSTSTIAVDNSDSGDSTAFVIRARNRIGLLQVITRVFKVLGLTIDRATVEFEGDFFTKKFFVTDSHGNKIEDSENLE RIKRALVEAIGGGTVYVARSTGNRGIVVRRPGFVEGLGEHKAKAERMFSLMDGFLKNDPLSLQKDILQHVEYTVARSRFS FDDFEAYQALAHSVRDRLIERWHDTHIYFKRTKPKRLYFLSLEFLMGRTLSNSVINLGIQDQYAEALSQLGFEFEVLAEQ EGDAALGNGGLARFSACQMDSLATLDYPAWGYGLRYEYGLFRQIIVDGFQHEQPDYWLNFGNPWEIERIHVTYEVKFYGS VEEVDMDGKKHNAWIPGETVEAVAYDNPIPGYGTRNAINLRLWAAKPSNHFDLEASNTGDYINSVVNRQRAETISNVLYP DDRSHQGKELRLKQQYFFVSASLQDIIRRFKEAHDSFDELPEQVALHLNDTHPSLSIAEIMRILVDEEHLDWNKAWNIVC KIFSFTTHTVVAEGLEKVPVDLLASLLPRHLQILYKINSNFMDELKKRIGLDYNRLSRMSIVEEGAVQNIRMANLSIVCS HTVNGVSRLHLDTLKTRTFKDFYELWPEKFQYTTNGVTQRRWIGVSNPSLCALISKWLGTESWIRDADLLTGLRDHVDNT DFHQEWKMAKKVNKLRLAEYIEAMSGVQVSLDAMFDVQVKRMHEYKRQLLNIFGIIHRYDCLKNMDKSDRRKVVPRVCII GGKAAPGYEIAKKIIKLCHVVAEKINNDTDIGDLLKLVFIPDYNVSVAELVIPGADLSQHISTAGHEASGTGSMKFLMNG CLLLATEDGSTVEIIEEIGSDNLFLFGAKVHEVAELREKGSNSKVPLQFARVLRMVRDGYFGYEDYFKSLCDTVEVGNDF YLLGSDFGSYLEAQAAADKAFVEPEKWIKMSILSVAGSGRFSSDRNIQEYAERTWKIDPCRCPL
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Coils
Coil
63 83 21 - –
PANTHER
PTHR11468
86 1023 938 0.0
IPR000811
PANTHER
PTHR11468:SF30
86 1023 938 0.0 –
ProSiteProfiles
PS51671
101 182 82 9.071
IPR002912
Gene3D
G3DSA:3.40.50.2000
206 679 474 4.7E-215 –
SUPERFAMILY
SSF53756
216 1022 807 5.42E-291 –
TIGRFAM
TIGR02093
221 1017 797 0.0
IPR011833
CDD
cd04300
223 1017 795 0.0 –
Pfam
PF00343
307 1017 711 1.7E-292
IPR000811
Gene3D
G3DSA:3.40.50.2000
680 1002 323 5.4E-131 –
ProSitePatterns
PS00102
867 879 13 -
IPR035090

Gene function (GO predictions)

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
GO:0004645
Molecular function Phosphorylase activity Catalysis of the reaction: 1,4-alpha-D-glucosyl(n) + phosphate = 1,4-alpha-D-glucosyl(n-1) + alpha-D-glucose 1-phosphate. The name should be qualified in each instance by adding the name of the natural substrate, e.g. maltodextrin phosphorylase, starch phosphorylase, glycogen phosphorylase.
Subterm of
GO:0005975
Biological process Carbohydrate metabolic process The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule.
Subterm of
GO:0008184
Molecular function Glycogen phosphorylase activity Catalysis of the reaction: glycogen + phosphate = maltodextrin + alpha-D-glucose 1-phosphate.
Subterm of
GO:0030170
Molecular function Pyridoxal phosphate binding Interacting selectively and non-covalently with pyridoxal 5' phosphate, 3-hydroxy-5-(hydroxymethyl)-2-methyl4-pyridine carboxaldehyde 5' phosphate, the biologically active form of vitamin B6.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi6g1v0328500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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