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LotjaGi3g1v0054500.2

Overview

Field Value
Gene ID LotjaGi3g1v0054500
Transcript ID LotjaGi3g1v0054500.2
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Molybdenum cofactor sulfurase; TAIR: AT1G16540.1 molybdenum cofactor sulfurase (LOS5) (ABA3); Swiss-Prot: sp|Q9C5X8|MOCOS_ARATH Molybdenum cofactor sulfurase; TrEMBL-Plants: tr|K7LB25|K7LB25_SOYBN Molybdenum cofactor sulfurase; Found in the gene: LotjaGi3g1v0054500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:5692121..5702834) extracted from Lotus japonicus Gifu genome v1.2.

ATCTTGGATTGGTCGTGTCCGAATCTCAGTTCATGAACTCACAGTAATCTTCTTATACATGTGTCGAAGACTCGTTGAAG ATACGTCTCCACTATTGCTTCCATTAAACTCTAGATTCGCCTTTTCATTTTCATCATTACGTAACTACTGTACTTGACCT GGCTATGGCGGCGGAAAAAGAAGAATTTCTCAGAGAGTTCGGCGAACACTACGGCTATCCAAACGGCCCCAAAACCATTG ATCAAATTCGTGCTACTGAATTCAAGAGATTACAAGGTCCTTCAATCTTTTCATATATCTTAGCAATATCATCAACTTTG CAAAATTTTGGAATTGAAAATTTGATGCTGTTTGTTTCTGCTTCCGATTAATACTGAGTTTCATCTCATCGCAATCACAA TTTGAAATTACAGATACTGTATACTTGGATCATGCTGGTGCTACTTTATACTCCGAGATGCAAATGGAGTCGGTTTTTAA GGATCTCACTAGTAATGTATATGGAAATCCTCGTATCCTATTGTGATTGAGAATCATTGCAGTTCAATTATTTACGCGTG TTGTGATATCAAATATGAGTAAGTCCCTCGTTTGAAGAAAAGGATAGTGTTAAACACTTTATAAGTGTGATGACGCTTAC ACCTAATGTTTTAAGGTTTTGGGGTAAAAGATGTGGTGTCTAATTCACTTGTGGTTTATCTTTAGCCTGTGATGATCCCC TGTGTTTTTTTGCCCCTCGCGGCCCAACAGGGTGGAGATATTCTTAAAATTGAGTGTAGAGTGAATTTATGTAATTGGTA GTTTACACTCTTTATGAAGTGAAATTCCTTAATCATGATACTAGATAGCCAAAGTGACTCCAGTTCTGCGACTTCTGAGA TTGTGAGCGCTGCCCGCCAACAGGTACAGACAAATATGCAATTACTTAAACATGTCAACTGCCTTTTTGTTATTAAATTA TGATAATTTGGGATTATGTTCTGTGGTGAGTGATCTTTATCTAGACAAATGTTTGTATTTTGTTATTTTGTATGTGTAAG GAGTGCTAAAGTTCAATTGGTGAATGCCTGTCTGGACACCATACTTTGCCTGGGGTTTACCTTGTCTTGCTTTGATTAAC TTGGTGGGCCATGTTGTCTCTCCCATTTAAATGAGTCCAGTTGCCTACTAGGGAATTGCTATTGGATTCCTCTTTTGTAC CTTTTGATTTATGTTTCAGAAAATTCTGCATTTTGCACAGATTATTGAACTATTAGTCATACAGGTCCTTAAATACTGCA ATGCATCTCCCAAAGACTATACCTGTATATTCACATCTGGGGCAACGGCAGCGTTGAAACTGGTTGGAGAGGCTTTTCCA TGGAGTTGTAACAGTAATTTTATGTATACAATGGAGAATCATAACAGTGTTCTTGGAATAAGAGAGTATCCTACCTGATA AGAATGATAAGTTATACAATGCCATTAAATTTAGTGAAATGGGCTAAGTCCTGGCATTAGGTGCATAGATTTCAATAACA TATTCTTTTGGCCCTGATGTAAGTCTAATTCAATTTTCTTTCTTTCACTTCATATATATATATATATATATATATATATA TATATATATTTAACCATTTTTCTGTTCAGCAGCACTTAAAACTAAACTAGTTTTATATATATTTGTTTGTTTATGCTGAT TTTGTGTACATTCTTGTGTTTGGATTCAGAGAATGCCTTATCTCCTTTGATTGAATACAATATTTTCCTTCCAATAACAT TACTCAAGTAAAAGATTCCTGTCACTTCTGATAAATATACGTGTCTTCTTAACTTTTTCCATCATGATTACTTTGCTGTA TTAGATGATTCATAGCTCTAGTCTGTGTAACTCCTTAATAAGTATTAGATATGCTCTTGGTCAAGGAGCTACAGCTGTTT CTGTAGATATTGAAGAAGATGTGCATCCTAGAATAACAAGAGAAACTGTTTCTACAAAGATATCACTGCACCAAGAACAA AGGAGAAAAGTGGTTGGATTGCCGGAGGGAGAGCCAACAGGTAACTCTTGTGGTCATGGATATGTTTCTTCTCTTTAGAT GAGTATCTTATATCTCTTTGTTCCATGCAGGTGATGTGTATAATTTGTTTGCCTTTCCCTCAGAGTGCAATTTCTCAGGG TTGAGATTTGACCTTGACTTGGTGAATATTATCAAGGAAGACTCGAGCAGGTTTTTTGGATTTTCTTCAATTTGCAAGTA ATATACAGAATTATTTGCCATGCAATAATTGAGCTGTTTGTTAAATTGATAGATAGATAAATAGATAGAGAGAGAGAGAG TAGAAAAAGAGATAGGGAGAGAACTTCATTTATCTGTGGAACTTCTTTTAAGCATTAATTATTAATATTGTATTTTTTTT ATACTTTCATAAGAAATAAACAGTGGTTGGTCTTGATTGATGCTGCGAAGGGATGTGCTACCATGCCACCTGATCTGTCC AAGTATCCTGCAGATTTTGTTGCAATCTCATTTTACAAGGTATACGATTTTATGTTCTGATTTTGTTTTGATAAAGGATA ATTTGAAAATTGATGCTTTGTATTGTGCATTTTTGTTAGCTGTTTGGCTATCCAACTGGGCTTGGAGCTCTCATTGTTCA AAATGGTACGCTACTGGTTTGGGCAACGTATATACTCTAATTTTATGCTAGCCTCATGATTCAACAATTCTCTGCATTTT ACATTGTGCTAGGTTTCGTTGATTATTATAGTCACGTGACTTACTTATTTTAACAAATTAGGAGCGTTAGATTTAAAAAA GATGTACGGGTCATATTTAGTGTAACAAGATTAATAAGAGTGTAAGTTGAACACTCGTGTGTATATATATATATATATAT ATATATATATGATGTAAATTTGATTCTGTAAAAGCTGGTCTCTTACTGATTATTGTTTTGATTCTTTTATATTACAGATG CTGCCAAGTTACTGAAGAAGACTTATTTTAGTGGAGGTTTGTGGTTTAGCAGTTACATGCGTCTTTGTGATTAACACTTG GTTATTTGATTGGGCCGTCCCCATACAGGAACAGTTGCTGCATCAATTGCTGATATTGATTTTGTTAAAAGAAGGGAAGG TATTGAAGAGCTGTTTGAGGATGGCACTGTTTCATTCCTTAGCATAGCATCTATCCGCCAGGGCTTTAAAATCCTGGATT CTCTAACTGTATCAGCAATATCACGGTATGCAGAATATGGTAAATATATGAATTTTGCTATCATAATATCATCGCTCATT TAAAGCTCCTAATGGTCGTCTATTTTATCATTGCTGATCATATGGCTGATTCATCTTATTGCTTATGTTTTTTCACATCC ATAATAATAAAAACAACCAAGTCTTTTCACACTAAGTGAGGTCAACTGCATGGATCAAATGATATCATGATGCCCTACTA TGAATTAATTCAACAATACATTATTTAACTCCAAATATGTTTTAATGATTTGGCCTATAGTTTTCCTTTGTCTTTCTCTA TCTCTCACTATTGGCTATCCTCCATTTAGTCCTATAAGTAGAGATAAAGGAAGACGAAGGAAAGATCTAAGAGAAACTAT TGTAGAAGACTCAGATCTATATGACCCTTCTAAAGACTTCGTTTTTGATTGATTACAAATTTACAATGGTTTTGTTTAAT ACATATAGACAATTCCACCTAGTGGGAAAGCGCTTTTGTTGTTTATGTAGATGTAGAAAGCTATAGTACCTTCTTCCCAC GACTTGAGGGCCTATTGTTTGATTATTGATAATAGGAAATTTTAAATTTAATCTTGGATTTTGGTACTGTTTTCTACATC ACATGTACTGACATGCTCACTGCTACCTGAAACTGGATAAATTATTAGAGTAGATCCATGAGGGTTGAATTTAAAGCCAA TTTAATGAAACTTTTTATGTTTTGGCAAAGGCTTTTGTTGTTGTTTGATATTGTGGCAATAAAGGATTTAACTTAGTTTT GGTTTTTTACTGGTATTTCTTTATTTATTTATTTATTTATTTATTTATTTTTCCCTTTAAGTTGTTTGAACATTATTTTC TTTGATTATTATTTTTAAAGCCTGCAAAATATGTTGCCTTGTAGACATACCACATCTCTTGCATTGTATGCAAGGAAAAT GCTTTTGGCCCTGAGGCATGAGAATGGATCTAACCTCTGCATCCTATATGGACGCCATAATTCAATGGTTAGTTTGTGCA AAATGTAGCTTTGATTGTCTGTCATCCTCTTGAGGAACTTAAGCAAAGTGTTAATACTATTTCTATTTCTATTCAGGGAC ATCGTTATGAAATGGGTCCAATAGTTTCGTTCAACCTCAAAAGACCAGATGGCTCTTGGTATGGATATCGGGAAGTTGAA AAGCTAGCATCTCTTTCGGGAATTCAGCTAAGGGTAAAATTATGAATTTCTTCATGTTGATGTTTTCTTTTAGTGAACTC ATATAGTCACCCTAGTACAACAATTGTTTATTTGTACTTCGCCGCTTTTATGTTAAAATTATTAATCGATTGCTGATTAT TTATCGTCACCTATTGTTTAGACAGGATGCTTTTGCAATCCAGGTGCATGTGCAAAATACCTGGGCTTGTCTCATGTGGA TCTTATTACGAATACTGAGGTGTGTCTACTGTCTACTTTAGCTTGCTAAAAACCGAGTATGATAGTTTATCTATTGAGTG TATAAAATGATTGCAATATTTATGTATTTAGGCTGGCCACGTTTGTTGGGATGATCATGATATAATCAATGGAAAACCTG TTGGAGCTGTAAGAATATCCTTTGGCTACATGTCAACATATGACGATGCCAAGGTTTGATTCTTAGATGATTTTACGTTT TTGTTTGACTTTTGAACCATTAATATTTTAAGTGGGCAACTTATTGAGATAAAACAGGCTATCAGAGAAATGTTAAATGC ATATTGCTAGTTCTGTTTGGTGTGTTAATGTTGGATTAATTGTATTTTCCAAGATTTTGTTTACCCTTTCACAAATATTT TTTTATGTTTTGATTTTCAGAAATTTGTTGATTTTGTGGCAAGTTCCTTCATGTCCCCTCAAAATCACATTGAGCATGGG AATCAATTGAAAGGTCCACCCTGTCCAACATTAATTAATTCTCCAGATTCAATGTATTGAAATCCAAGTTGCTTATATGC TTTCAGTGACAAGGACTTAGATTTGCATAAGCATATAGAGTGCACATCTTAATTCGGCTACATAGTAGGTTTACTTACTT TTCACCTTGGATCAATCTTTGGGCATCCAGAAATATGTACATTATATCAATCCTAATGATTGGAAGACAGGAAAGGAATA CAAAATAACTAAGGAAACTCTGAACCTACAGTAGCTAACAATCATGACTAGGAGAGTAAATCAATTTAGAATATTCATAG CTAATCACATTAAGTCTAATTCCTATCACCGATATTCTCTCCAATTTGGAATTGATTTTGGATCATTGAGAGAAATCTAG GAAATATAGATCCAACTTCTGATTTTTCTTTCGTAAGTTATGCCTAAGCAGCTCTCATGCCATCATCTACAAACATGAAC CACCTGGTGCTAGAGATGTTTGTCACACTCACATGGAATGAACCTGAGACATCAGTTTGAACTGAAAAGACACAAGATGG TTGATAAGGGTAGAACGAGTTTCTTGTGAGTTTCACAATCAGGACCCTTTTAGGATGTATCAATAGGACAAAATAAGGGC AAGTATTTTGTTAATGAGCTAGTCCATTAATAAGGGCAAGTATTCTGTTTTCATTCTTTTAGATGTACATTTACTCCGTT ATTACCTGCAGGGCTTGAGAAAGGGGTCCTGGATGCTAGTTATTATCTCAAATCAATTACAATATATCCAATAAAATCCT GTGGAGGTTTCAGTCCAAAAAGTTGGCCTCTTAGCGACAATGGTAATCATTTACTTTCTACCGATTGATATTTTTTTTTA TAAATAAGTAGTTATATATACTTTGTCAACTCACCTAGAACAGCTATAACCTATCAACAATTGTAGATTGTTCAAAAATA GGCTTTAGGTGCAGGTAGAGGAAAACGAATACTCAGAATCATAATAAAAAAATCATATTAATATTGTTATGAATGATATG ATGTGATTAGAGATTATGGTCTCATTGGCTTAGCTTACACCCAAACTCCTCCATGACTTTTGCTAATCTCCCAAACCAAG CTCCGGGAAATTGTCAACTCCTAGAAAGCTTTTTCGCAGCTTGTATACCTTGTCACAACACAAATACCATTTCTTTAACT TTCAAAATCTTCCTTTCTCTCTCCAGTTTTTTAACACCTTAATAGTGGATATTATTTATTTCCTGCTCTAAAATCTGTTC TGAATTTTGTTCTACAAGATGAATTCAATGTAATGGTTTGGAATGGGATCCTATTTATTACAGGATCATTTTGAAAAAAT ATTGTTCTGTTCATCATGTTGTTAGTCTTAAATGATAGTCCTATTTCAATTATATGGGGATTTTTATCATAATTTTTTGT TACTGTTCTATTGTTTTTATTTTTCACAGTAATGAAGTTTTATCCTTTTCTCTATAATTTTCTCTTTTAGCTTTTAATGT TAATTTGTTTAAATTTTGAGCAGGCCTAAAACATGATCGGGAGTGGGTTCTCAAAAGTCTCAGTGGTGAAATTCTTTCAC TGAAAAAGGTAATCCATTAAATGATGCATGAGTTCTCAAATTTATGTTGTTCTTGGATGCATGATGCATATTTCAGGAAT CGTCTTTTATTTTATTTTTATCTATTTTAGTTGTTCAGTTTGGTTTAATTTATGAAGAATGGTGTTTTTTCCTTTTAAAA TTTGGATAATGTTCATTGGTGGATACGGTATGGTGTACGTGGTTGTGTTCTAGCATATCCTAGTAGTTTGTTGTGGCTAG TTTGAAATTGGTTAGAGATAGTTATTATTCATCAGTTAGTTAGTTTATTGGTGTATACATGATGTGTACCTGATTCTAAA GTTTTGATTTGTTTGCTACTTTGATCTTAATCTTGTAGGTTCCTGAAATGGGGTTTATAAGCCCCTTCATTGACCTCAGT CAGGGAATGTTGTTTGTAGAGTCTCCACGTTGTAAAGAAAGATTGCAAATCAGGCTTGAGTCAGTTTATGATGGTGAGAT TGAGGACATTCAGCTGTATGGTCAGAGGTACATGTTGTTATGCACGTTATGCATGTGTGTGTGCGCGTGCGGGCGGGTGT GCGTGTGTGTGCTAAACACAATAGGAAACAAAATAATTATATTCATACAGAATCATTTACAGCCAATTAAGAGCTTTAAA TGCTCAATTTTACACCCTGTCGTCAAAATCTGACTTGGAGTATCACATGAAGCTCTAAATCTATTCTTCTACTTATACTT TCTATTGTAAGCTTTAAGAAGGTTACAATATCTTGATTTTAATGAATAAATTTCCTTTTGCTGTAAAAGAAAAATCTTAA AGTTGATTCAAAATTTCATTGCACACTCAAATTTAATCTGGATCTCTCATAATTGGATTTATTTTGTTTTCATTTTTTCG TTGCTCAGGTATAAGGTGTACAATTACAGCACTGAGACTAATGCATGGTTTAGTGAAGCTGTTGGTAAACCTTGCACGTT GTTACGATATTCTAGTTCCAATCATGATTTTGTTTTGAAAAAGACCAAAGGTGCAGTCACATGCAGAGATGCAAGGAGTG CCGTCAGTTTTGCAAATGAAGCACAATTGTTACTTGTATCTGAGGAAAGTGTTTCTGACTTAAATAGAAGGTTAAATTCA GATTCAGGTATGATTTTGTACCCATTTTCTTATATATGACATGTAAGCCCTTGTATATCTTAATAATTTTCCTTTCTTAT TAAGTTTTACTTCAAATCCATTTAGAAGCTATTGATTACTGACAACAACAATAACCAAAGCCATTTCCCACGAAATTTGA TCTACCACGTAGATCAAATGACCATAATGTCTTATCATGAATAATGCCTATTGATATACCCTCTAAATCCAAATCGGTAT GTTGTTTTCATTGGTCTCTCTTTACCTTCAACTATTGGACTATCCTCCATATGGTCTACCTTCCTTATCGTGCTTCTACG AGTTTTCTCCACAGATTCTCAAACCATCTAAGATGACACTATTATTATTTCTACAATTGGTTCTACCTTAACTTTATCTT CATTACTTTCAATCATAATCCTAGATTCTTGTGTGACCAGTCATCTATCATTACATTTTTGTCTTTGTATACTAACTTTG TTCTTAAAGTAGGGTGTAGGTTTTGATAAATTCTACAAAACTAGTTCAAGATGCACGATGGATTTGCATTTTTGCTAATT GATTTAATTATTTGGTCAACTTCTGATAATGCAAAAAGGGTTTTAATATAAGAAATGAAATTGAATGTCACCAAATTTCT TTCAAATTAATTAACTTTCACATTCAACTCTACCTCATGAATTTTAACCACAATATTTCAGAAAATTATGTTTGCTAACT GTATTTGATGTTTATTAGGTGTACAGAAGAGCATAGGTGGAACAACAATGCAAGTCAATGCGAGTAGGTTTCGTCCCAAC CTTGTGGTATTTGGAGGCAGACCTTACGATGAAGATGAATGGAGTGATATTAGGATTGGGAATAAGTATTTTAGAGTAAG TTCTAATAACCTTCCAAATATGTAATTTCCAACCTTTGCTTTCTTTCATGATCTCTGGTGCATGAAACTTGTTTTGAAAA TCTTGGCTCCATGACTCCATCTTTCTCAAATCCTGTGTATCCGAGCAAGTGACGGTTTTCTTCTCATCCTTTGATACCTG CATCAACTACCCCAGGCTACTCTAAATCCCAGTTCTTTCAGTGGCTATTGATGTTGTTCATCCTGAGCTGGTCATCCTCC ATCTCACTTCCTTTCTTTTCTTGCGCACCATGTTTTCCTCATGTTAAGCCATCTGCGTCTCTTTCTCAATCTTACTATGT AGCGTACTATGCTTGTTTGATTGTGGCTGATAGACATAAATAAGAGCAACAGACACGAAGTTATAGAAATTTCATCTATA TGCACTGCATGTTAAGAACAATGATTCTTGTACTTGACTTTAGGGATTTTCTTTCTTGACATTTCCCCCTCTCCATCTTT TTTCACCAGTCACTAGGGGGATGTAATCGATGCCAGATAATCAATCTTGCATTAAGTGATGGACAAGTGCAAAAGTCAAA GGAACCTTTGGCAACTTTAGCATCATATAGGAGAGTTAAGGTTGGCCAAGTTGTCCTTAGCTGAACTTTTGTTAAATATC TGGTTTACTTGATGCATTAATTGTTTAATGTTATTATACATCAAAACAGGGAAAGATTGTATTTGGCATACTACTGAAGT ATGATGGAGAACAGCAACAAGGTGAGTCCTGGCTTCATGCAGGGCAGGATGTACATCCAGAGTAAAGTGTGCAATTTGTA CATATAATCATACACGCAAACCCTCAATTCATGTTTTCTCGAACTCTATATATAGGAAGCTTGTTGAAAAGTTGTATATT TTTTTATTTTGATGTTGTACAAATCCTTCGGAGGATACTTTTTTTGGGTACATCGGAAAGATAAATTTCACCCTCCAGGA TTGATCCCTGGACCTCCCCCACCCAACCCATATGTCCTCCAGCTCTTACCATTTGAGCTATCATTCGGGTACCCTTAGGA TGATACTTAGCAAGATGCATATTGTCCATAATTATTTGTTGTATTGTATATTGAGAACAGAAAAATCAATAATAAATACA ATAAAAGGTGTTTATGTTGTAATTTGATTCTGCCACCCTACTAACCTTGAATCTTGGGGGCAGTAGTGATCATGGATTTG TATCAATCGATTCAGTTCAGTAAATTTCCTTATTCTAACATTCATTTAATTTGATTTTAAATGTATATATGATACTTTAC ACCAGAGGATTACAACAAACTCTTGCTCATTTCATTTATCTATAAATTAAGTGTTTTTAACTTTCAAAGTTTATAATCTG AGAATATTTTTCAAGCATTTTATCACTATAAATTAAGTGATAAAATCAATTATCAAATTAAGTGTTAAAAACACTTAATG AGGTATGAAGAAATGATTATTCTTTGTATAAATATAACAGAGACACAAACAGACACACATGCACACTAGACATTTATGGT TAGTCCGACTTAGATCTGAGCCCTTACCTCAAAGAATAGAACTGAATTGAAGCTTGAAAAGTATAGTTCCGGCCTTAGAA ATGTATAAAACCTATGCCTGTATACGTTAGTATTCATTTCATTATTTAAACCTTTGTCATGAATGACTTAAGATGGTCTT GAAATTATATCTAAAAGTCTTAAATTAGGTATAAATAGTAACCATATTCAAGCTTTAAAATGAAGGAAATCCGACAAGGG AGATCAATTAATGTTGTCTCGCAATTTAGCTCTAAGTAGCTTCCAGTTAACTGAGAATTAGCCGCCAAATTTGCTGTTTC TGCGAAAACCCAGAATTGATGAAAATTCTTCTCTTTGCACGTTTCTTTCGCTGTTCTCGACCTAATTGGCTGGAAATGTG TCTAAGGGTGATATGTGTACGATTTTATGCCATAGGAGGTGAAATGTTTGTGTTGGAAAGAAGCTAAAATGTGG
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0054500.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCGGCGGAAAAAGAAGAATTTCTCAGAGAGTTCGGCGAACACTACGGCTATCCAAACGGCCCCAAAACCATTGATCA AATTCGTGCTACTGAATTCAAGAGATTACAAGATACTGTATACTTGGATCATGCTGGTGCTACTTTATACTCCGAGATGC AAATGGAGTCGGTTTTTAAGGATCTCACTAGTAATGTATATGGAAATCCTCATAGCCAAAGTGACTCCAGTTCTGCGACT TCTGAGATTGTGAGCGCTGCCCGCCAACAGGTCCTTAAATACTGCAATGCATCTCCCAAAGACTATACCTGTATATTCAC ATCTGGGGCAACGGCAGCGTTGAAACTGGTTGGAGAGGCTTTTCCATGGAGTTGTAACAGTAATTTTATGTATACAATGG AGAATCATAACAGTGTTCTTGGAATAAGAGAATATGCTCTTGGTCAAGGAGCTACAGCTGTTTCTGTAGATATTGAAGAA GATGTGCATCCTAGAATAACAAGAGAAACTGTTTCTACAAAGATATCACTGCACCAAGAACAAAGGAGAAAAGTGGTTGG ATTGCCGGAGGGAGAGCCAACAGGTGATGTGTATAATTTGTTTGCCTTTCCCTCAGAGTGCAATTTCTCAGGGTTGAGAT TTGACCTTGACTTGGTGAATATTATCAAGGAAGACTCGAGCAGAAATAAACAGTGGTTGGTCTTGATTGATGCTGCGAAG GGATGTGCTACCATGCCACCTGATCTGTCCAAGTATCCTGCAGATTTTGTTGCAATCTCATTTTACAAGCTGTTTGGCTA TCCAACTGGGCTTGGAGCTCTCATTGTTCAAAATGATGCTGCCAAGTTACTGAAGAAGACTTATTTTAGTGGAGGAACAG TTGCTGCATCAATTGCTGATATTGATTTTGTTAAAAGAAGGGAAGGTATTGAAGAGCTGTTTGAGGATGGCACTGTTTCA TTCCTTAGCATAGCATCTATCCGCCAGGGCTTTAAAATCCTGGATTCTCTAACTGTATCAGCAATATCACGACATACCAC ATCTCTTGCATTGTATGCAAGGAAAATGCTTTTGGCCCTGAGGCATGAGAATGGATCTAACCTCTGCATCCTATATGGAC GCCATAATTCAATGGGACATCGTTATGAAATGGGTCCAATAGTTTCGTTCAACCTCAAAAGACCAGATGGCTCTTGGTAT GGATATCGGGAAGTTGAAAAGCTAGCATCTCTTTCGGGAATTCAGCTAAGGACAGGATGCTTTTGCAATCCAGGTGCATG TGCAAAATACCTGGGCTTGTCTCATGTGGATCTTATTACGAATACTGAGGCTGGCCACGTTTGTTGGGATGATCATGATA TAATCAATGGAAAACCTGTTGGAGCTGTAAGAATATCCTTTGGCTACATGTCAACATATGACGATGCCAAGAAATTTGTT GATTTTGTGGCAAGTTCCTTCATGTCCCCTCAAAATCACATTGAGCATGGGAATCAATTGAAAGGGCTTGAGAAAGGGGT CCTGGATGCTAGTTATTATCTCAAATCAATTACAATATATCCAATAAAATCCTGTGGAGGTTTCAGTCCAAAAAGTTGGC CTCTTAGCGACAATGGCCTAAAACATGATCGGGAGTGGGTTCTCAAAAGTCTCAGTGGTGAAATTCTTTCACTGAAAAAG GTTCCTGAAATGGGGTTTATAAGCCCCTTCATTGACCTCAGTCAGGGAATGTTGTTTGTAGAGTCTCCACGTTGTAAAGA AAGATTGCAAATCAGGCTTGAGTCAGTTTATGATGGTGAGATTGAGGACATTCAGCTGTATGGTCAGAGGTATAAGGTGT ACAATTACAGCACTGAGACTAATGCATGGTTTAGTGAAGCTGTTGGTAAACCTTGCACGTTGTTACGATATTCTAGTTCC AATCATGATTTTGTTTTGAAAAAGACCAAAGGTGCAGTCACATGCAGAGATGCAAGGAGTGCCGTCAGTTTTGCAAATGA AGCACAATTGTTACTTGTATCTGAGGAAAGTGTTTCTGACTTAAATAGAAGGTTAAATTCAGATTCAGGTGTACAGAAGA GCATAGGTGGAACAACAATGCAAGTCAATGCGAGTAGGTTTCGTCCCAACCTTGTGGTATTTGGAGGCAGACCTTACGAT GAAGATGAATGGAGTGATATTAGGATTGGGAATAAGTATTTTAGATCACTAGGGGGATGTAATCGATGCCAGATAATCAA TCTTGCATTAAGTGATGGACAAGTGCAAAAGTCAAAGGAACCTTTGGCAACTTTAGCATCATATAGGAGAGTTAAGGGAA AGATTGTATTTGGCATACTACTGAAGTATGATGGAGAACAGCAACAAGGTGAGTCCTGGCTTCATGCAGGGCAGGATGTA CATCCAGAGTAA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0054500.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAAEKEEFLREFGEHYGYPNGPKTIDQIRATEFKRLQDTVYLDHAGATLYSEMQMESVFKDLTSNVYGNPHSQSDSSSAT SEIVSAARQQVLKYCNASPKDYTCIFTSGATAALKLVGEAFPWSCNSNFMYTMENHNSVLGIREYALGQGATAVSVDIEE DVHPRITRETVSTKISLHQEQRRKVVGLPEGEPTGDVYNLFAFPSECNFSGLRFDLDLVNIIKEDSSRNKQWLVLIDAAK GCATMPPDLSKYPADFVAISFYKLFGYPTGLGALIVQNDAAKLLKKTYFSGGTVAASIADIDFVKRREGIEELFEDGTVS FLSIASIRQGFKILDSLTVSAISRHTTSLALYARKMLLALRHENGSNLCILYGRHNSMGHRYEMGPIVSFNLKRPDGSWY GYREVEKLASLSGIQLRTGCFCNPGACAKYLGLSHVDLITNTEAGHVCWDDHDIINGKPVGAVRISFGYMSTYDDAKKFV DFVASSFMSPQNHIEHGNQLKGLEKGVLDASYYLKSITIYPIKSCGGFSPKSWPLSDNGLKHDREWVLKSLSGEILSLKK VPEMGFISPFIDLSQGMLFVESPRCKERLQIRLESVYDGEIEDIQLYGQRYKVYNYSTETNAWFSEAVGKPCTLLRYSSS NHDFVLKKTKGAVTCRDARSAVSFANEAQLLLVSEESVSDLNRRLNSDSGVQKSIGGTTMQVNASRFRPNLVVFGGRPYD EDEWSDIRIGNKYFRSLGGCNRCQIINLALSDGQVQKSKEPLATLASYRRVKGKIVFGILLKYDGEQQQGESWLHAGQDV HPE
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.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR14237
1 702 702 2.6E-231 –
PANTHER
PTHR14237:SF19
1 702 702 2.6E-231 –
Hamap
MF_03050
15 802 788 20.996
IPR028886
SUPERFAMILY
SSF53383
28 484 457 4.57E-56
IPR015424
Pfam
PF00266
40 478 439 6.7E-30
IPR000192
Gene3D
G3DSA:3.40.640.10
52 307 256 1.1E-30
IPR015421
Gene3D
G3DSA:3.90.1150.10
311 485 175 4.8E-23
IPR015422
Pfam
PF03476
513 631 119 2.8E-17
IPR005303
SUPERFAMILY
SSF141673
514 645 132 2.09E-26 –
ProSiteProfiles
PS51340
647 803 157 28.526
IPR005302
Pfam
PF03473
661 800 140 5.5E-28
IPR005302

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:0003824
Molecular function Catalytic activity Catalysis of a biochemical reaction at physiological temperatures. In biologically catalyzed reactions, the reactants are known as substrates, and the catalysts are naturally occurring macromolecular substances known as enzymes. Enzymes possess specific binding sites for substrates, and are usually composed wholly or largely of protein, but RNA that has catalytic activity (ribozyme) is often also regarded as enzymatic.
Subterm of
GO:0006777
Biological process Mo-molybdopterin cofactor biosynthetic process The chemical reactions and pathways resulting in the formation of the Mo-molybdopterin cofactor, essential for the catalytic activity of some enzymes. The cofactor consists of a mononuclear molybdenum (Mo) ion coordinated by one or two molybdopterin ligands.
Subterm of
GO:0008265
Molecular function Mo-molybdopterin cofactor sulfurase activity Catalysis of the sulfurylation of the desulfo form of molybdenum cofactor (MoCo), a cofactor required for the activity of some enzymes, such as aldehyde oxidase.
Subterm of
GO:0030151
Molecular function Molybdenum ion binding Interacting selectively and non-covalently with molybdenum (Mo) ions.
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 LotjaGi3g1v0054500.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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