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LotjaGi1g1v0025600.1

Overview

Field Value
Gene ID LotjaGi1g1v0025600
Transcript ID LotjaGi1g1v0025600.1
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description Adenylyltransferase and sulfurtransferase MOCS3; TAIR: AT5G55130.1 co-factor for nitrate, reductase and xanthine dehydrogenase 5; Swiss-Prot: sp|Q9ZNW0|MOCS3_ARATH Adenylyltransferase and sulfurtransferase MOCS3; TrEMBL-Plants: tr|G7K8M6|G7K8M6_MEDTR Adenylyltransferase and sulfurtransferase MOCS3; Found in the gene: LotjaGi1g1v0025600
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:3083818..3089394) extracted from Lotus japonicus Gifu genome v1.2.

CAAAACAGAGCAGTCAACAGTTTGAAACCCTGGTTTTGTTTGTTCGTTGTGGCAGAGACAAACAAAGTGAACACTAGTTT GTGTCTCTGTGAAGTTGAAGTTGAACTCTGATTCAATGTCGAGGACAACAGAGATTCTTCAGGAACTGGAATCATTGAAG GAAGCCAAGACCAGAATCGACCAAAAAATCTCTGTTCTTGAAGCTCAACTGAAAGATGTTAATCTCCATAACAACGACGC AGTATCCTCTTCACCATATCCCACAAACGGGTTGGCGCCTCACATGATTCAAAGATACAGTCGTCACCTCGTGCTTCCTT CCTTTGGAGTTCAAGGTACCCTTCTTCTTCTTCTTCTCATGAACCTTCTCCTTAGTCACTGTTTGGTGTTAGAATTTGGA ATGTACTACGCTTCGCTTTCTCTGGTCGGTGAGGATTGATTCAGTTCCCATTCGACTCGTTCCATTGAAGCAATATTGAT TTGTGTTGTTCTTTTCATATATATTTATATATGTATATATCTCCAGCAACCCTTTTTTCCTATGTTGCTTTTGGGAGAAT ATTGGAGCAACTACATGAAATTTCCTTATGAAGATGTCTTTTTTATTTATGGGTTTGTGTTTTTGACTTAGTTGAGTACA CGGGGTTGTGCTATTTTCAGCTGTGATGAGCCTACAGACCTGTAATGATTTGCGGGTATGATCGCGAACATTAGTTTTAG CATGTTTGGATCAGCTTCTCTTTTATTAGAGTCAATTTTGGAACTTAGAGGCTACTCGTGTAAGCTTCTTCCCAGAATTG AATTGATTCTGAAGTTAGAATCGATTATAGAATGGCTCAAGGGACTGAGTTGTATAGTGCTTCTCCCAACTTTTTTTTCA TCCTTGTGCTTGGTATTTTGGTTTTCAAATTTTAGTTATTGGATGCACCTCATTTGTGGCTGATCTCTGACAAAAAGGTT TTCTTGTTTTTTTTGTTTACTCTTTGGTCAATTAGGTGTCAATTTTTGAATTGAATGACTTTGTATTAAATTAGATTTAT GCTTCCATTTTTCTACATAATTCAGATTATTCAAAGTGAAGTTAGATTGATATTCATTGCATATGTAAGTGGTTCTGGGT TGAGTTGCTTTATAGTTTGATGCTTGAATCTCAACAGCTCATAACTATCAGGCATTTGCTATATGAGCTTTATGCCCTTG AGTAGAGAGACCACTACCTTTCTAATATGTGAAAATAGTTAAATTTTTGTCATGATTTTTTCCATCTTTTGTCGATGGGG TGCAGGGCAGGCTAATCTGTTGAAGTCATCAATTTTAGTTGTGGGAGCTGGAGGATTGGGTGCTCCTGCGTTGTTATACT TTGCATCTTGTGGTGTTGGTAAATTATGACACTTTAATGATAATTTCCTTAATCTACTCTTGATTGGAGCTTACATTTTA AAATTATACTCAGGCCGTTTGGGAATTGTTGATCATGACAAGGTTGAGCTGAGTAATATGCATAGACAGGTACTATGTCC ACACACCCCCCCCCCCCTCCTTTTGCATATTAGGTTTATTGTTCATGTGTTTGTGTCTGGCATCATTGGGTGTTTGCACT CTTGCAAGTACAACATGTTTCCTCCTTTGTGTGTTTGTGTTCACTCACTGTTTGTAACTTTGCTTTTTGCTATCATTACT CAGTTCAACCCATTCACGGTGTATTTCAGATTATCCACACTGAAGCGTATATTGGTCAGCCGAAAGTGAAATCTGCTGGT GCTGCTTGTCGCTTGTATGTTGCTCTCTTACCTGCAATTCATCATGTCAATTTTCATGGACAAACTAAAAATAGATCGCC ATGTGAATTTTGTTTCAAACATTTTGTATCACTGTTGTGGGAACTAAGATGTTGTGAATATCAGGGTCAACTCCTCTATT CAAGTTGTGGAACATGAAGAAGCTTTGCGGAATTCCAATGCTTTGGAAATTTTCAGCAAGTATGCTCTCTTTAATAAGAT TGATCTTTCTTTTTTCTCGAGGCCTGTCTTTCTTCTATGCTTGCCTTTTTCATTCCCCTTTTGAATATTATCACTGAGTC CATATATTTTCTCTTCAATTATGTGAATTTGTTAGATATGACATTATAGTAGATGCAACAGATAATGCTCCTACCCGGTA TATGATCAGTGACTGCTGTGTGGTACTAGGAAAGGTAAATCTTAATGTTTCTGTGAATGGAAAACTGAGCATTCGAATTG ATTTCATACATGGCTTTTCTCGTTACTTAAGTTTTTTTTCCCCTTCATGAGTGCACTTTGGAAATCAGCATTTTTGTTAG TGTTTAGTTTGTTGGTGTGCATGGTGGTATCTATGTTGATTCAGAAAAAAGGAAGTTATGTGTGTTTCATCAAACTTGAA TCTTTTACATTTATTATAAGACAGACGAAGATAATTTCAAAGTGAGAAATATTTAGGTTTGAGCTGGGTTGGATGTATTC TATGGATTCTGGGGGAAAATGCCCTGATTGATTTACAAACAATTCAAAATGTATATGCTATGAGTTATTGCCCCTAAAAT CTTTGTGCAATATCTTCAGCTAAGAATCAAATTTTTGAATTCATTATAAATTTGAAAAGCTACAATTTTATTACTTTTCT TTATATTTCATGCACAATTCTATTTTCGGTTCATATATTTATGAGAAAACTTATGATGTTCAAATACTTATGTACATGAT ATGATTTATGAGAAAACTTTAACATTACTTTTGTTCACATGCAGCCTCTTGTATCAGGTGCTGCAGTTGGATTGGAAGGG CAGGTATATGTCTAAATATTTTTGTTCTAGCATTTAAGTTGAATAGTGCTTCATGGAGCAAAAATTACTCCGTGCTTGAT TGTATCACATAAATTTTTTGGGTAAAATTGTGAAAAAATTATGCTGCAGCTCACTGTCTACAATTACAATGGTGGTCCTT GCTATCGATGCCTCTTTCCAACTCCACCACCTAGAACTGCATGCCAAAGTTGTGCTGAAGCTGGAGTTCTAGGAGTAGGT AAGTATAATTTCTTCTTTGGGAGCAATAATTTTTTTTGTTTTGCCTGATAGTTCAGTTCTGTGCCAAGCTTATCTCTATG GACGTGGATGTATCAGTATGTCTAGAGCCTATTAGCCTAATTTAAAAGGAGAAGATTTTGGTAGATTCAAAGCCACCTTA CAAACTTGCATAATCTGAGGAATGTTAATAACTATACCATGTTAAAGCGAAAGTAGAAGGGAGACAAACTAGATTAGAGT AAGAAACTAAGAATGACAAGCGAATAGGACTGCGGCTCATTGTGATTTCAAATTGTTCATTGGAGTGTACTCTTTGGTAG GACTGAATGGCAAGAAAGACAATTGGTGTGGAATATTTATGTTTGTTCATGATTCATTTAGCTGAACTCTGATTACTAGA TGCAGGGCTTTTTATCATCCATGTCAATGTTTTAATTATTTTGTCATTCAACTTGCATTGCTTCCTATTTAGACATTTTT CTGGCTATTCAGTGTGTTCTGATTTTCTGACATTTGGTTTGTTCATTTCAGTTCCTGGTATAATTGGCTGTCTCCAAGCT CTTGAGGCTATTAAGATTGCAGCTTCTGTTGGTGAACCGCTCTCAGGAAGAATGCTTCTCTTTGATGCATTGTCTGGACG GATCCGTGTTGTATGTTAAAAACCTTGCTTATTGTATTTGTAGTCATTATTTTTTATGTAAACTATAATTACGCATGCAG ACTGATATTTTTCTTTTATTAATACTAGTAATTTCTTTTTTAATCAAACTGGCTGTCCCGAATCAGAATTATAATTATGC TGTCTCAAAGTAAAAATATATTGTTTTTGTTCAGAATGTTTTTCCCCAGAAGGCTAAATTTGATATACAAAGTCAAAACA ATTTATACTTTTTTTTGTGACCATGATACTATAGCAAGATCTTATCTATTAGGTAATGATTATATATTCGTATTACTCAG GTCAAGATTAGAGGAAGGTCTATGCAATGTGAAGCTTGTGGAGAAAATGCAACATTTACTCAACAGCACTTCCGGGAATT TGATTATGAGAAGTTCACTCAGACACCCTTGTGCGTGGTATGATTTCTTAAACCCTTGCCTTGAGCTTTTGCATCCCTTG TATTGAAATTATATTATTTTGAACTTGGTTTTTGTGTGGTTGTGTGTGTATTCATTTGCACTTTGTATTGGATGAGGTTG TTGGAGATAATTTCTTCTCCAATGACTACATAATTATTTTCCAATATTTGAGTTGCTATTTTGTATACCATTTTAAGTGG TGATCACATATGCATGGTTCTAACTTGTAGCATGTTTGGAGCTTTGTACGACAATACACACTTTGTTGATTAGCTTAAAC CTTTGTCTTAGGGTTAACATAGGTTGACCCAAGTAAAATCACTTATTCTAAATATTAGAAGTTCGTTTTAGTATCAAGGC AACTTCAAGTTCAGCAGCCAACTCAGGGTGCCAGTTGAACTTATTGATAGCATGTTTGTGTTAGCTTCTCTTTCTTTGGA ATCAATTATGACACCTAGAAGCTACTTACAAAAGTTTCTCCCCATAATTCTGTAGAATCAATCAACTGTAGAAAGATTTC CAAACATGCAGTTAAAGCTGAGGTGCTTGTGGTCAGGGATTACTCTGTGTCTATATTATTTTGGTTGTTTTACTTGTGTA GTGCTGCTAATGGAATTCAATCCTGTACTTGACTCCATAACTTGTTTACTTCAAGAAGTGGTAATATTTGCAATATCACT AAATCATCCCATGCGTATGCAGCCTCCTTTGAAGTTAAATATACTCCCAGCTGAATCAAGAATCAGCAGCAAGGAATACA AAGAAGTGATTCATAACAAGGAACCACATGTGTTGGTTGACGTTAGACCAGCTCACCATTTTAAGATTGTATCTCTTCCC AAATCCCTCAACATTCCACTCTCAAATTTAGAGGCCAGGTTGCCTGAAATATCATCAGCTTTGAAGAAAGAGGTTTCTGT TGGATCAAGTGAAGCACAATTGTATGTGGTGTGCAGAAGAGGGAATGATTCACAAAGGGCTGTTGAGTACCTTCACAAAA TGGGTTTCACTTCTGCAAAGGATATTGTTGGGGGCATTGAGTCTTGGGCCCAGAATGTGGATCCTAACTTCCCTACATAT TAGCTTTACTGCTTTATTTGTGTATTATTTGTTTTGTATGTTGTTTGGTGGTTAATGCACAACACAGGATGTTTTTTTTC TTTCACTATAATTCCCTCTTATATAATACTTTATTTCAGAGAAGACAAGACAAATAAATGACACATTATTATCATATTCT AAACTAATATACTAGGTATATTCAATTTAACTTTAATGATTTAACATTTCAAAAAAAAAATTATAATGATTTAACATAAC TATAACATCATATTAAACTAGATGTGCTATATATAAACGAATGTGAATGTGAATGTGAATGTGAATGTGAATGTGAATGT GAATGTGAATGTGAATGTGAATGTGAATGTGAATGTGAATGTGAATGTGAATGTGAA
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0025600.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTCGAGGACAACAGAGATTCTTCAGGAACTGGAATCATTGAAGGAAGCCAAGACCAGAATCGACCAAAAAATCTCTGT TCTTGAAGCTCAACTGAAAGATGTTAATCTCCATAACAACGACGCAGTATCCTCTTCACCATATCCCACAAACGGGTTGG CGCCTCACATGATTCAAAGATACAGTCGTCACCTCGTGCTTCCTTCCTTTGGAGTTCAAGGGCAGGCTAATCTGTTGAAG TCATCAATTTTAGTTGTGGGAGCTGGAGGATTGGGTGCTCCTGCGTTGTTATACTTTGCATCTTGTGGTGTTGGCCGTTT GGGAATTGTTGATCATGACAAGGTTGAGCTGAGTAATATGCATAGACAGATTATCCACACTGAAGCGTATATTGGTCAGC CGAAAGTGAAATCTGCTGGTGCTGCTTGTCGCTTGGTCAACTCCTCTATTCAAGTTGTGGAACATGAAGAAGCTTTGCGG AATTCCAATGCTTTGGAAATTTTCAGCAAATATGACATTATAGTAGATGCAACAGATAATGCTCCTACCCGGTATATGAT CAGTGACTGCTGTGTGGTACTAGGAAAGCCTCTTGTATCAGGTGCTGCAGTTGGATTGGAAGGGCAGCTCACTGTCTACA ATTACAATGGTGGTCCTTGCTATCGATGCCTCTTTCCAACTCCACCACCTAGAACTGCATGCCAAAGTTGTGCTGAAGCT GGAGTTCTAGGAGTAGTTCCTGGTATAATTGGCTGTCTCCAAGCTCTTGAGGCTATTAAGATTGCAGCTTCTGTTGGTGA ACCGCTCTCAGGAAGAATGCTTCTCTTTGATGCATTGTCTGGACGGATCCGTGTTGTCAAGATTAGAGGAAGGTCTATGC AATGTGAAGCTTGTGGAGAAAATGCAACATTTACTCAACAGCACTTCCGGGAATTTGATTATGAGAAGTTCACTCAGACA CCCTTGTGCGTGCCTCCTTTGAAGTTAAATATACTCCCAGCTGAATCAAGAATCAGCAGCAAGGAATACAAAGAAGTGAT TCATAACAAGGAACCACATGTGTTGGTTGACGTTAGACCAGCTCACCATTTTAAGATTGTATCTCTTCCCAAATCCCTCA ACATTCCACTCTCAAATTTAGAGGCCAGGTTGCCTGAAATATCATCAGCTTTGAAGAAAGAGGTTTCTGTTGGATCAAGT GAAGCACAATTGTATGTGGTGTGCAGAAGAGGGAATGATTCACAAAGGGCTGTTGAGTACCTTCACAAAATGGGTTTCAC TTCTGCAAAGGATATTGTTGGGGGCATTGAGTCTTGGGCCCAGAATGTGGATCCTAACTTCCCTACATATTAG
Download CDS Sequence

Protein sequence (LotjaGi1g1v0025600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MSRTTEILQELESLKEAKTRIDQKISVLEAQLKDVNLHNNDAVSSSPYPTNGLAPHMIQRYSRHLVLPSFGVQGQANLLK SSILVVGAGGLGAPALLYFASCGVGRLGIVDHDKVELSNMHRQIIHTEAYIGQPKVKSAGAACRLVNSSIQVVEHEEALR NSNALEIFSKYDIIVDATDNAPTRYMISDCCVVLGKPLVSGAAVGLEGQLTVYNYNGGPCYRCLFPTPPPRTACQSCAEA GVLGVVPGIIGCLQALEAIKIAASVGEPLSGRMLLFDALSGRIRVVKIRGRSMQCEACGENATFTQQHFREFDYEKFTQT PLCVPPLKLNILPAESRISSKEYKEVIHNKEPHVLVDVRPAHHFKIVSLPKSLNIPLSNLEARLPEISSALKKEVSVGSS EAQLYVVCRRGNDSQRAVEYLHKMGFTSAKDIVGGIESWAQNVDPNFPTY
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
Coils
Coil
11 31 21 - –
Hamap
MF_03049
11 450 440 39.698
IPR028885
PANTHER
PTHR10953
48 399 352 3.7E-141 –
PANTHER
PTHR10953:SF200
48 399 352 3.7E-141 –
SUPERFAMILY
SSF69572
49 417 369 1.96E-92
IPR035985
Gene3D
G3DSA:3.40.50.720
55 305 251 4.9E-89 –
CDD
cd00757
60 288 229 5.39977E-127 –
Pfam
PF00899
61 296 236 6.9E-61
IPR000594
CDD
cd01526
329 450 122 1.38134E-50 –
Gene3D
G3DSA:3.40.250.10
336 450 115 4.4E-32
IPR036873
SMART
SM00450
339 445 107 7.8E-22
IPR001763
Pfam
PF00581
341 441 101 8.8E-10
IPR001763
ProSiteProfiles
PS50206
349 448 100 17.283
IPR001763

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:0002143
Biological process TRNA wobble position uridine thiolation The process in which a uridine residue at position 34 in the anticodon of a tRNA is post-transcriptionally thiolated at the C2 position. This process involves transfer of a sulfur from cysteine to position C2 by several steps.
Subterm of
GO:0004792
Molecular function Thiosulfate sulfurtransferase activity Catalysis of the reaction: hydrogen cyanide + thiosulfate = H(+) + sulfite + thiocyanate.
Subterm of
GO:0005829
Cellular component Cytosol The part of the cytoplasm that does not contain organelles but which does contain other particulate matter, such as protein complexes.
Subterm of
GO:0008641
Molecular function Ubiquitin-like modifier activating enzyme activity Catalysis of the activation of small proteins, such as ubiquitin or ubiquitin-like proteins, through the formation of an ATP-dependent high-energy thiolester bond.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0025600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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