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LotjaGi6g1v0252100.1

Overview

Field Value
Gene ID LotjaGi6g1v0252100
Transcript ID LotjaGi6g1v0252100.1
Related isoforms 2
Lotus japonicus genome version Gifu v1.2
Description Acyl-CoA dehydrogenase; TAIR: AT3G06810.1 acyl-CoA dehydrogenase-like protein; Swiss-Prot: sp|Q8RWZ3|IBR3_ARATH Probable acyl-CoA dehydrogenase IBR3; TrEMBL-Plants: tr|V7AZ54|V7AZ54_PHAVU Uncharacterized protein; Found in the gene: LotjaGi6g1v0252100
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr6:56424768..56431797) extracted from Lotus japonicus Gifu genome v1.2.

ATGGCGAAGAATCCATCTGACCCAGCTACTCACCATTTCAACCACGACTCTCTGCTCCGCTTCTGCTCTTCCAACATTTC CGGCTTCCCACCTTCCCCCACACATTTCAACCTCTCCCAGGTTCCATTTTTTACTGATTCTACGTTTTTGTGTTTCTGGG TCATCTGGGTTTGCATCAAAATTTGATATTTATTCATATATTAATTGATTGAATTTTGCACTTCTTTATTTGACTGTTAT GGTTCTGTGGTTATTTTTGTTTGTTCTAGTTTGGACATGGACAGTCCAACCCCACCTACTTGATGGAAGTAGGCTCACAC GGCTCTGTGGTCAAGCGCTACGTTCTCAGGAAGAAACCTGCAGGGGTGTTACTGGCTTCAGCTCATGCTGTGGAAAGAGA GTTTATGGTTTGTCTATTTATTTTTGGATCAATATTGAACTCTGGTTTCTTTTGAAGGGTTGAAAAAGTTGATGGTGTGT AAAGTTTTTGCAAGGGAATGTGTTTTTTATTCCTCTATTTTGGTTTTGGTCCTCCAACTCATAGGTTCTCCAGGCGTTGG GAGCTAACACGAAAGTTCCGGTTCCTAAAGTTTTCTGTTTGTGCAATGATCCATCTGTTATTGGAACAGCTTTTTACATT ATGGAGTATTTGGAGGGGCGCATATTTGTTGATCCCAAGCTACCAGTATGATTTGTTTACTAGTTATCTTCATTTTTCTC AACTAAATTTAGTGATGATTGCTGAATTATCATCGGTTTGGCGTTTGAAATATGTTGTATGTTAATGTGTCAGGGTATGG CACCAGAGAGGAGGAGGGCGATTTACCTGGAAACTGCGAAAGCCTTAGCTTCTTTACATTCTGCTAATGTGGACTCCATT GGTCTGGGAAAATATGGGCGTCGTAATGATTATTGCAAAAGACAAGTGAGTTGTTTTAGATTATTTGCAGTCAAATTGCT TGCTTGTTTATGGTGAAGGTTGTGCCTTGAATTTTCTTTTCTTTTCAAAGAGATATATTGTATGGCGATAGAAAGGAGTG CCTTTTGACTGTGTGACAAACCTTCTGTGATGAGAGTGACCTGGGATGCATAATGGATTGAGCTGGATTACAGTACAATA GAAGTTACTAAAGCAATTTTTGTGATGATCTTGAAAATACTGATCCCTCCATTTGGTTCTTAAAAGAGTTGGAGCCCAAC CTCCATGAGCTTTCCCAGGATGAATCCTGGTTTGGGGGCACTTATCCCTTTCCCAATGCCTATTTTTAAGCTCAACTCCC CTATGTCCTACCCCCACCCTTGCTATGCACCATGCTATAAGGGTTTGGATCAAATTACTTTTATTTTACCAAATACCAAC TCAATACCACTGATGGAGTTTTTATTTAGATTGAGAGGTGGGCTAAGCAATATATTGCCTCAACCAGTGAGGGTAAACCT GCAACGAATCCAAAAATGTTTGCCCTGGTTGATTGGCTAAAGCTCAACATCCCTCTTGAAGATTCTTCAGGAGCAACAGC TGGTCTGGTTCATGGAGATTTTCGTCTTGACAATCTTGTGTTCCATCTCACAGAGGTAAGATGCATTTAGTAAGAGTATA CAATTTTCTAAAGTTCCATTGGATGAAAAATATCATTTTTCTTTGTCCTGTATTAATGCAGATTTTCCTATTTGATCATG GTTAAAATTAGAGTGTCATAACATTTTGCTAAAAGAAACAAATTTATGTTGTCATATGTAGATTACCCTGGAATCTGGAC AGTGTCAATATTGGCATTTAGGATTTATAACAATCCGTGGCATCTTAGAACCCATGTATTATGCCTGATAAGTTTTTTAA CTTTTCTTTCTGCTGCAGGATCGAGTAATTGGGGTACTTGACTGGGAACTGTCTACCCTTGGTAACCAAATGTGCGATGT CGCATATAGCTGTCTGGTATGTACTATATAGTCCTATTTAATGAATCAAATTTTTTGTGATAATGATGTATTTTGTCTGC ACAAACTTGTCTTTTTTGTTTATGTGCTCTTGATGGTTATTATTTTCAGTTATTCTGGAATACCAGTGCAATTCATGGAT TTTTTTCTTCTTCTTTGGCAGTCTTATATTGCAGATATTGGGCCAGAAATAGTACGGGAAGGTATGGAACTATCTGGGGC ACCAAAGGGAATTCCTTCACTACCAGAATATTTGGCTGAGTACTGCTCTCTGGCAGTAAGTGTTTAGTGCTGTAACTAAA TATGCTCAATTTGGAATCAGGAAGAGAAAGAACTTATCAGAGTAACAGACTAGAGTTCTGTGTGACAGTAGTTATCTCTA TTACCTTGATCAGATTTATATACAAGAGGGTAGATCATAACTGAATTTACCGAAATAAAACTAAATAACTAATTTGTGGT TTGTTACAATCTGTTAGCCTAATAGGCTAATAATAAATATGCTGAGTCCGACCATGAAAGATCATTTAGAAGGGTAAAGA TCAGGCGTGCCTCACCTTTAATGTGTGTTGGTAAAGATAAGTCAAGACCCACTCTTGAGCCACGACTAACACACAGGCTA GCATATCAACCTATTCCTCAGCTAGCCTGGCAAATCTAAGGGGAGAACCACACATGGGATACACACCTCTGAATCAGGGA GCTTCCATATATTCAGCTGAGTTTCTACTTCAGTGCATCTAGGATAAGGATAGAGCTTAGTGGCCTCTGTTTGTGACGAA TAATGTGTTAACCTACACTTCATGAAAAACCTATCAAAGGCCCACAAACCCAATGCTTATTTATGACAGAAGAATAACAA AAGTAATTACAAATGGTTTATACCTCTATATACTTCTCAATATTTGACATTCAAATTTTAAGAATATATGGCGAGGATTA TACCTAGGTTTAAAAAATTCAACAGCATGTTCTGTCATAACTTGAAGAGTTGGATCCTTTGTTGGAAATGTTATGAACTT TTTATAATTTTGTAGTTGATGCTATTGGTCATGAACATTTGCTAGGGATGTTTTTGCCATATGGCTGACATTTGTATGAT ATACTGATCCACTGTGCTAATTTGTTGCTAAAATTTGCAATTTATGTACACCTTCTAGCCTCTAGAAGTAATCAAACTTA AATGGTGATTGATTTATATATCTATATCCAATCTAAATAATTCTAACAGAGAAGTTTTTGATACCAGGAACGAAAATGGC CTCTTGCTGAATGGAAGTTCTATGTTGCCTTTTCTTTGTTCCGTGGGGCTTCAATTTATGCAGGCGTGTATAATAGATGG GTTAAGGTATCTAAACTTTTTAAAGATGCTGTTGTCTTTTGAGTTTAAGATTTATTTATGTGTGGCTTCTGTGTGCAATC TAGGGTAATGCATCAGGAGGTGAGCGTGCGCGTCATACAGAAGTACTTGCTAATGGTCTTATAGATGCTGCTTGGAAATT TATTGAACGCAAATCTGTGCTTCCACAGCATCCTCCCTCAGGTAGCTCTACCATTTTAAATGTTATGGGCTCCTGCATAT ACTACCTAACTTACTTTCCTGGAAGCTAAGGTATTTCTGCTCTTAACAAATCAGATGCAAACGCACGTGACCATTCAAAA GAGTTAGTGAATGGGGATGATATGCTGGGGCTATCAAATCAGGGGAAGTTTGTTCCTAGCCAAAAGGTTTTAAACCTCAG GAACAAATTAATTCAGTTTATGGAGGAACACATATACCCCATGGAAAATGAGTTTTATAAACTCGCCCAGTCAGAATCAC GTTGGACCGTTCACCCTGCAGAGGAAAAGTTAAAGGAGTTAGCAAAGAAAGAAGGCTTGTGGAACTTATTTATTCCTGTA TGCATCTTAATTTTTCTCCTCTGTAATATATTTTATCTGTACTTTGTGATTTTAGAAGCTTTTATCATCCTTCCATCAGG TTTTGATATATTACAGCTTCCTCGAAATCTTCAACAATAGGAATGAACTTATTTGTTATAGACCTATACAAGGGTTTCCA CTATTTTCTTGCCCTTTCCTCCCTCTCAAGTTAAAGCTAGCTAAACTTTAACTAAATGCAGTAAAGATTGCCGGATTACT TTGGAGTCGGGCAGACGGGTTAAAAAACAGAATATAGAAGTATGTGCAAGTTTATAATATATAAAAATCTTGAAAGACAA GAAGGAAGAGGATTGTTTGAATAGAACTGATCTTTGTCATGTTATTTTAGGATTATATTTTTGTTACCTTCAATGTTACT ATGTTTCTGAGATTAAGTTCCTGCGAATTTGTCTGTTTTTATGCAGCTTGACAGTGCTGCGAGGGCAAAAAATCTTATTT TTGATGGGAGCAATAATAGTCCCTCTACTGATGCAAATGACTTGTTATTGGGTGCTGGTCTAACAAATCTCGAATATGGA TATCTTTGTGAGACCATGGGTCGCTCTGTTTGGGCTCCACAAGTATTTAACTGTGGTGCACCTGATACAGGTAATATGGA GGTAAGATGAAACATATAGATTCTCTAGGCTAATCAATTACTGACTAAATTGGATTGTCCTGGATTGATCAGGTTTAGAA CTTTGACTATCTGCGTTGCATTTTTTTGTGATATGGTTGTAACATTACTTTGCATATTAGGTATTACTGCGTTATGGAAA TAAAGAGCAACAACGAGAATGGCTTATTCCTTTGCTTGAGGGGAAGATTAGGTCTGGATTTGCAATGACAGAACCTCGTG TTGCGTCTTCTGATGCAACCAATATTGAGTGTTCGATCAAAAGGTTGGATTATCCATAATCTTAAGCATTTCATGACTTC AGTCTTTCCATTTAGCTGATGTACATGTATTGAAATAATAATTAAAAAGATAGGTTTGAGTCAAGCTTGATAACAGACAA TTGGACATTTATGAAGTTGTGGAATGCTTTTCTTAATTTTTCTCCTTACAGACAAGGAGATTCATATATTATCAATGGGA CAAAATGGTGGACAAGTGGTGCCATGGATCCAAGATGCAGAATTCTTATAGTCATGGTGAGTATTTGGTTGAAAGTTATT ACATCAACCGTCAATGTGCTATTCACTTCAGTAGATATCGGAGAGTGATCAAAGCATGCGCGCAGGGTAAAACTGACTTC AATGCAGCGAAGCATAAACAGCAATCTATGATCTTAGTTGATATCCAGACTCCTGGTGTTCATATAAAGAGACCATTGTT GGTGTTTGGCTTTGATGATGCACCTCATGGGCATGCAGAAGTAACATTTGAGAATGTACGTGTGCCAGCAGAAAATATCT TACTTGGTGAAGGACGTGGATTTGAGATTGCTCAAGTAAGTTGATAACTATTTCCTTTCTGTTGAATACTAGCTTGTGAA TTATGATGTTGGTTTGAAGTAACCCTGTTATTCTTGAATTAATATATTGTATTGTACCGTTCGATTCTGTCAGTGCCGCA AACATCTAGCTAGCAGACTTCAGATATGAGACTTGTTGGAAGCATAAATTATCATTGAAACGTGTCAAAATAATAGTATT AGTATATTCTACTAGAAGGAATTTTTTTTTTTCGAAAGGAGAAAATATATATAATAATAATGAGGAAACTGATAAGATAT ACACCAAAACAACCTCAACACGGTATCAAAAACCCACACGACCAAGGCTGCCCACCAAAAAGAACAAAAAAAAACCAACC CAAAACAGCGGCAAATAAGAACAATAGCCTCAAAAACTAGAAGCCGCAATTGCAACAACTACAAAAACCAAAAGTCGTTT GCAATACCCAAAAAACTCTCAAAGGACTAGGAAAAAACCTATACAGCCCATAACTCGCCACCACCCCAAATCTCACCCTC AACGGCGCAGAGAAGCTTTCCGCGCCTTGATCTCATTGGCAATTTGAAAGAGAGGGATATCATCAGGGCAATCATACCTC AAGCCTAAGCGCTTCCCCATCAAGACGGCACTCCTCGCTCTAGTCAATACGCCATAAGGCTCCGACATCTCCGTCGGCAA CACCATCAGCTCTTTCCCTGTCTGCTCTGCATCAGTATAGCCTGCTTCCATTGTCATAGCACCACCAGAGCTCCCAGCAG CACCTTGCTTCTTTCTGCCTCCACCATCACCTTTCTTAGGTCTTCCCCTCGGGGTTTTCACATGATCCCTGGGTACGGAA AACCCAGTATCATGAGAAACCCCCAGTTCAGAAGATATGGAAACCATATTAGATGTGATGTACCATAGCTGCCTCTTGCT GTACTAGAAGGAATTTACTGGTTTATGCATATGACTTATTAGGGCTTTCTATTCACCTTATATTGTTTGAGTTGCTAGCT GAAGTACCAAGAAGCATATTTTTCACCTGCTGTTACTTGCATTCTTGCAGGGTAGGCTAGGTCCTGGAAGGCTGCACCAT TGTATGAGACTGATAGGTGCTGCTGAGAGAGGCATGCAAATGATGGCTCAAAGAGCTGTTAGCAGAAGAGTATTTGGGAA ATTGATTGCTCAACAGGGCTCATTTCTTTCAGATATGGCCAAGGTATTAGGATTGAGCAAGCATATATCTTAAATCCGTA GGAGAAATAGAAATAGAAATCTCTTTCAATTTTACTTTATACAGGCTCTTTGCTAACATAGCTATCTGTTGTTCAGTGCC GAATAGAGCTAGAGAAGACCAGATTGTTGGTGTTGGAAGCTGCGGACCAACTAGATAGACATGGGAACAAGAAAGCTCGA GGGATATTAGCAATGGCGAAGGTAACTTTTTTTTTGGAACACAGCATATTGTCCTGATCTTCTGTTCCTATCATTTCACT CGTGATGTTGATCAATACTATCCTTGGTCTTGGAGCAGGTAGCCGCACCAAACATGGCACTAAAAGTACTTGACATGGCA ATGCAAGTGCATGGAGCTGCTGGTGTGTCTTCTGATACAGTTCTGGCGCATCTGTGGGCAACTGCAAGGACCCTAAGAAT TGCAGACGGTCCAGATGAAGTCCACTTGGGTACCATTGCCAAGTTAGAACTACAGAGAGCCAAGCTCTGA
Download Genomic Sequence

CDS sequence (LotjaGi6g1v0252100.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGCGAAGAATCCATCTGACCCAGCTACTCACCATTTCAACCACGACTCTCTGCTCCGCTTCTGCTCTTCCAACATTTC CGGCTTCCCACCTTCCCCCACACATTTCAACCTCTCCCAGTTTGGACATGGACAGTCCAACCCCACCTACTTGATGGAAG TAGGCTCACACGGCTCTGTGGTCAAGCGCTACGTTCTCAGGAAGAAACCTGCAGGGGTGTTACTGGCTTCAGCTCATGCT GTGGAAAGAGAGTTTATGGTTCTCCAGGCGTTGGGAGCTAACACGAAAGTTCCGGTTCCTAAAGTTTTCTGTTTGTGCAA TGATCCATCTGTTATTGGAACAGCTTTTTACATTATGGAGTATTTGGAGGGGCGCATATTTGTTGATCCCAAGCTACCAG GTATGGCACCAGAGAGGAGGAGGGCGATTTACCTGGAAACTGCGAAAGCCTTAGCTTCTTTACATTCTGCTAATGTGGAC TCCATTGGTCTGGGAAAATATGGGCGTCGTAATGATTATTGCAAAAGACAAATTGAGAGGTGGGCTAAGCAATATATTGC CTCAACCAGTGAGGGTAAACCTGCAACGAATCCAAAAATGTTTGCCCTGGTTGATTGGCTAAAGCTCAACATCCCTCTTG AAGATTCTTCAGGAGCAACAGCTGGTCTGGTTCATGGAGATTTTCGTCTTGACAATCTTGTGTTCCATCTCACAGAGGAT CGAGTAATTGGGGTACTTGACTGGGAACTGTCTACCCTTGGTAACCAAATGTGCGATGTCGCATATAGCTGTCTGTCTTA TATTGCAGATATTGGGCCAGAAATAGTACGGGAAGGTATGGAACTATCTGGGGCACCAAAGGGAATTCCTTCACTACCAG AATATTTGGCTGAGTACTGCTCTCTGGCAGAACGAAAATGGCCTCTTGCTGAATGGAAGTTCTATGTTGCCTTTTCTTTG TTCCGTGGGGCTTCAATTTATGCAGGCGTGTATAATAGATGGGTTAAGGGTAATGCATCAGGAGGTGAGCGTGCGCGTCA TACAGAAGTACTTGCTAATGGTCTTATAGATGCTGCTTGGAAATTTATTGAACGCAAATCTGTGCTTCCACAGCATCCTC CCTCAGAGTTAGTGAATGGGGATGATATGCTGGGGCTATCAAATCAGGGGAAGTTTGTTCCTAGCCAAAAGGTTTTAAAC CTCAGGAACAAATTAATTCAGTTTATGGAGGAACACATATACCCCATGGAAAATGAGTTTTATAAACTCGCCCAGTCAGA ATCACGTTGGACCGTTCACCCTGCAGAGGAAAAGTTAAAGGAGTTAGCAAAGAAAGAAGGCTTGTGGAACTTATTTATTC CTCTTGACAGTGCTGCGAGGGCAAAAAATCTTATTTTTGATGGGAGCAATAATAGTCCCTCTACTGATGCAAATGACTTG TTATTGGGTGCTGGTCTAACAAATCTCGAATATGGATATCTTTGTGAGACCATGGGTCGCTCTGTTTGGGCTCCACAAGT ATTTAACTGTGGTGCACCTGATACAGGTAATATGGAGGTATTACTGCGTTATGGAAATAAAGAGCAACAACGAGAATGGC TTATTCCTTTGCTTGAGGGGAAGATTAGGTCTGGATTTGCAATGACAGAACCTCGTGTTGCGTCTTCTGATGCAACCAAT ATTGAGTGTTCGATCAAAAGACAAGGAGATTCATATATTATCAATGGGACAAAATGGTGGACAAGTGGTGCCATGGATCC AAGATGCAGAATTCTTATAGTCATGGGTAAAACTGACTTCAATGCAGCGAAGCATAAACAGCAATCTATGATCTTAGTTG ATATCCAGACTCCTGGTGTTCATATAAAGAGACCATTGTTGGTGTTTGGCTTTGATGATGCACCTCATGGGCATGCAGAA GTAACATTTGAGAATGTACGTGTGCCAGCAGAAAATATCTTACTTGGTGAAGGACGTGGATTTGAGATTGCTCAAGGTAG GCTAGGTCCTGGAAGGCTGCACCATTGTATGAGACTGATAGGTGCTGCTGAGAGAGGCATGCAAATGATGGCTCAAAGAG CTGTTAGCAGAAGAGTATTTGGGAAATTGATTGCTCAACAGGGCTCATTTCTTTCAGATATGGCCAAGTGCCGAATAGAG CTAGAGAAGACCAGATTGTTGGTGTTGGAAGCTGCGGACCAACTAGATAGACATGGGAACAAGAAAGCTCGAGGGATATT AGCAATGGCGAAGGTAGCCGCACCAAACATGGCACTAAAAGTACTTGACATGGCAATGCAAGTGCATGGAGCTGCTGGTG TGTCTTCTGATACAGTTCTGGCGCATCTGTGGGCAACTGCAAGGACCCTAAGAATTGCAGACGGTCCAGATGAAGTCCAC TTGGGTACCATTGCCAAGTTAGAACTACAGAGAGCCAAGCTCTGA
Download CDS Sequence

Protein sequence (LotjaGi6g1v0252100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MAKNPSDPATHHFNHDSLLRFCSSNISGFPPSPTHFNLSQFGHGQSNPTYLMEVGSHGSVVKRYVLRKKPAGVLLASAHA VEREFMVLQALGANTKVPVPKVFCLCNDPSVIGTAFYIMEYLEGRIFVDPKLPGMAPERRRAIYLETAKALASLHSANVD SIGLGKYGRRNDYCKRQIERWAKQYIASTSEGKPATNPKMFALVDWLKLNIPLEDSSGATAGLVHGDFRLDNLVFHLTED RVIGVLDWELSTLGNQMCDVAYSCLSYIADIGPEIVREGMELSGAPKGIPSLPEYLAEYCSLAERKWPLAEWKFYVAFSL FRGASIYAGVYNRWVKGNASGGERARHTEVLANGLIDAAWKFIERKSVLPQHPPSELVNGDDMLGLSNQGKFVPSQKVLN LRNKLIQFMEEHIYPMENEFYKLAQSESRWTVHPAEEKLKELAKKEGLWNLFIPLDSAARAKNLIFDGSNNSPSTDANDL LLGAGLTNLEYGYLCETMGRSVWAPQVFNCGAPDTGNMEVLLRYGNKEQQREWLIPLLEGKIRSGFAMTEPRVASSDATN IECSIKRQGDSYIINGTKWWTSGAMDPRCRILIVMGKTDFNAAKHKQQSMILVDIQTPGVHIKRPLLVFGFDDAPHGHAE VTFENVRVPAENILLGEGRGFEIAQGRLGPGRLHHCMRLIGAAERGMQMMAQRAVSRRVFGKLIAQQGSFLSDMAKCRIE LEKTRLLVLEAADQLDRHGNKKARGILAMAKVAAPNMALKVLDMAMQVHGAAGVSSDTVLAHLWATARTLRIADGPDEVH LGTIAKLELQRAKL
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
Gene3D
G3DSA:3.30.200.20
12 122 111 8.2E-32 –
PANTHER
PTHR45741
16 812 797 0.0 –
SUPERFAMILY
SSF56112
35 338 304 4.62E-50
IPR011009
CDD
cd05154
37 303 267 4.69404E-91
IPR041726
Pfam
PF01636
39 281 243 1.9E-39
IPR002575
Gene3D
G3DSA:3.90.1200.10
123 368 246 2.3E-74 –
SUPERFAMILY
SSF56645
393 671 279 1.23E-60
IPR009100
Gene3D
G3DSA:1.10.540.10
393 542 150 1.1E-49
IPR037069
Pfam
PF02771
400 540 141 3.9E-10
IPR013786
Gene3D
G3DSA:2.40.110.10
544 658 115 4.8E-49 –
Pfam
PF02770
545 646 102 1.8E-17
IPR006091
SUPERFAMILY
SSF47203
656 810 155 4.35E-39
IPR036250
Pfam
PF00441
658 806 149 1.0E-31
IPR009075
Gene3D
G3DSA:1.20.140.10
659 813 155 7.2E-34 –

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:0016627
Molecular function Oxidoreductase activity, acting on the CH-CH group of donors Catalysis of an oxidation-reduction (redox) reaction in which a CH-CH group acts as a hydrogen or electron donor and reduces a hydrogen or electron acceptor.
Subterm of
GO:0050660
Molecular function Flavin adenine dinucleotide binding Interacting selectively and non-covalently with FAD, flavin-adenine dinucleotide, the coenzyme or the prosthetic group of various flavoprotein oxidoreductase enzymes, in either the oxidized form, FAD, or the reduced form, FADH2.
Subterm of
GO:0055114
Biological process Oxidation-reduction process A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi6g1v0252100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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