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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0141300 |
| Transcript ID | LotjaGi4g1v0141300.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Kinesin-like protein; TAIR: AT5G65930.2 kinesin-like calmodulin-binding protein (ZWICHEL); Swiss-Prot: sp|Q7XPJ0|KN14I_ORYSJ Kinesin-like protein KIN-14I; TrEMBL-Plants: tr|I1L4M5|I1L4M5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0141300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:21514494..21530142) extracted from Lotus japonicus Gifu genome v1.2.
GCAAAATCAAAAGATAATAATTACTACAATTCACAAAATCTTTGGATTTAGTCATTTACATGGTTTTCTCTCATTGCAAG CAAAATTGGACTGTCACTGACTCATTCACCCTCACTCTCAGATCTCCCTCTTATTACAACCTTTTCTTTTCAGACACCAT TGTTGTTGCCACTTTCCTCTCACTTCAAATGCTGCTACAAAGGTTCCATTTAATTTCATTTGTTTTTCCTTTTTCAGCTC TCATTTTCTTTGGTCATTGCATCTCTCTTTCAATGCAATAGTGGGGTTTTTCCCAGTAAAATTCATGTGCCTGCAAGTCC TTGGTTCCTCAAAGCTTCTCACTTTTGCCGATCTTGTGCTTCCTAGTTCGATATTTGAAGCATTTTGCTTCCTCTGTTTG TATATTTTGTGAATTTGACTGATGGGGTTTCCTCCTAGCCGTTTTTCTATGCATTCCCACCCTTATTTCCTTTCTGTTTG ATGATTTCATTGGTTTTATGTTTGGAGAGGATTTTTCAGTTTTCAAGAACAATCAACTTATGCTGTGCTTTTATTTTATG AGCTTTTTGGGTTCTTACATATCAGAAATGCTCAAAATAAATGGTTGCTATTTTTCAAAAACTGTGTTCTTTTGACTTAT GTTTGTTGTTGTTTAGGTACACTAATTTGAAATGATCTCAAAGTGAAATGACCATCGATATGCTTCCATCCATGGCTCAA AATGGAAATGCTAGGACAAGCAGATCTTCATTTAGCTCTAGCAATGGGAATGAGGGTACCCCTGAGAACAACTGTGCTTC TGTTAGCAATGCTGATGGCTATGATAGTGATAACTCCAACTATGCATCACCGTGAGTAACAACAGTCTTTCTTTTAGATA TGTTTTGGAATGTTTAAAATGATGGTATGCATTTTAGTGTTTAAAAAACTTTATTTGGCTCAAATCTTGAATTCTGTTCT TGTTATAATGTCACTCTTACTCTTTCCAACATGAATTTCGCCTTTTCCTTTGAACTGAGGGACTAGTTTTACAAGAAAGT GATAATTAATTTCGCCTTTTCCCATGTGGAAGTGCAACATTCTCCAGTTTGTAACTTGGTATTTGGTTTGTTTTTGCAGC ACGCCATCAACTCTGTCAATGGCGGTTCCCGCAGAACTAGCTGGAGCTGTACCCTTGATTGACAGATTCCAGGTAAGTAT TTAAAAAAAATAAATAAATACTAGATATAAATATAGTTTTCTAAAATAATATTGCTTCCCTGTCAGTTTAGTGTGTTAAT GATAATTTTTAGTTTCTTGCCTTATGTACATTGTCACCAAGTTTACATCAATGTTGTTTTACACAGGTGGATGTATTTTT AAAATTAATGCATAAACAAATTCAATCTGCTGGGAAACGTGGATTTTTTTCTAAAAGATCTGTAGGTCCCCAAGCTCGAG AGAAATATACATTTGAGGACATGCTTTGTTTTCAAAAGGTAATCAAATCCAATACCAAATTTTTTTGTTACATTGAAATA TTTTTTACCTATGAAGAGTTAACACACTGATTCCTGTAGGATCCGATACCAACTTCATTGCTTAAGATTGATGGTGATTC AGTAAGCCGGGCAACCAAGTTATTCCAGATAATTTTGAAATATATGGGAATTGATCCATCTGATCGTGTAGTGCCAGTAA GCTTAGATGAACGAGTTGAGCTCGTAGGTAAACTATACAAGCAAAGTTTGAAACGTTCAGAACTCCGAGATGAACTTTTT GTTCAGATATCAAAACAGACAAGAAATAACCCTGAGAGGCATGTCACTTTTAGATTAAGTACTTTGTTATTTGCTTCATC TTTTCTTGGCCTTTAATCACTGAAGCAATATCCACTGGGGTTTCTGTACTCTTGACTAATATCTATCCTGTCTAAAAAAC AGGCAATACTTGATCAAAGCATGGGAGCTTATGTATTTATGTTCGTCCTCCATGCCTCCTAGTAAAGATATTGGGGTTTA TCTATCAGAATACATTCATAGCATAGCACATGGTGTGGCTACTGATCCCGAGATCCAAGCCCTTGCATTAAATACATTAA ATGCTTTGAAGCGTTCTGTCAAGGCTGGTCCAAGACATATAATACCTGGGCGAGAGGAGATTGAAGCTCTGTTGAATGGG AGAAAGCTTACAACTATAGTGTTCTTCCTGGATGAAACTTTTGAAGAAATCACATATGACATGTCAACAACAGTTTCTGA TGCTGTTGAGGTTCTTTTAAACTCATAGGCTTCTATTTGAAATTGCATGCATTTTTAACTACTTGAAATATATAGAATAT ATTATGGAAAATTGAAAACTTATGTAGGTAAAATGAGAAATAGATAGGAGACTATGAATGTCTTGAATCAAAGTGATTAG GAGAGGTAAGAGAAAAAATTGTCTCTTGAAAGAATATACTTAACCTAATGAAGGTGATATACATATATATCCAATTTCAG ACCTTTTGTAGTTAAGGCTTTTAGTTGCTTTGAATCTACAACTTTAATAAGACTTCGAGGCTTGACCTAGCAAAAGGGTA TTACTTTAAGATTATTATTATTGATAGCAATATGAAATACCTTCATATTTACAATTAAGCAAGTTTTGTGAAGGTTCTGG AAGAATATCCACTAAAATTTTCATTTACATCTCTAAGTTTTATATCAGGGTTCATTGTTTCAACTAGCAAGTTATTTTTT GGTGCTTGTTTAGATTTTTAAGAATGATATAATTCAATAAAGTGAACCGAAGCTATCTGTCAGTGGTTATTACTTATCAC TTGTTTGTGACTTACTACTTCAATAATGTTTACACTCAATAAGATGAATAAAGCTATAGGCTATTGGTTATTACTTCTTT GTGACTTCTCTTCTGCAAGTCCTTTATAGGATTGGTAGGCTTTTATAAGCTGAACTGATATATTATCTTAAGGAAAATGA ATACCTATGAAGCACCGATTCTGACACGACACGACACGACATTGACACCTCGAAACGGCTAACCTCTAAAAAGTAGGACA CTGAGACATTCCTTATATATATCCACACTCTCTAAGTAAAGACAAGTTAGTCTCTAGAAAACATAAAAACAATTTTGTAA GCTCTATGACAAGAGTTTCACAAAAAAATTACTAAGGTACCGTTTCACAAAGTAGCCACTTTGTCCAAAAAAGGAGCTAA TCTATCTACTGGTTTTCGCCTCCCTCTTAATGATATCATTGAAAAGTATAGCCTTCAGCTCTGGTTTAACAAGTGACAAA TTAACAATTTCTTTCATGGTTTGACTCTTAAAAAATAATTTTTTTAAAATATATAAGTCTCCTAGAGGTGTCCAGCCAAG AAGACGTGTTGGATCAAGTGTCTGAGCTGCAAAAATATAGTTTTTCATTCAGACACCGCGAAGAAGGGTTTGATATGTGT CATGTCAGTGTTGTACGGGTGTTGGTGTCCAACACCGGGACACTCCATATTGTAGAGTGTCCGTGCTGCATAGCTTGGTA CCTAATTGTAATACCAATGAAGTCCATAAATAGCTGTCTGTTCTTTCATATATTTTTATGTTGTCAGAGTGATAAGGAAA TAACTAATTATGTACACAATCTCCTAATAAGAGAATAAATCTCCTAATACTGAATATAATCTTCTAATAATAATTCTTAT ATTAATTCCTTATTTACAACACCCCCCTCAAGCTGGTGAATGAATATCTATCATTCCCAGCTTGCAAGTAAGCTCTCGAA ACCGCTCCAAGGGAAGTCCTTTGGTGAGCACATCAGCCAACTGAAGTCCTGAGGGGACATACTGTGTAGATATTAGACCA CTATCCAATTTCTCTTTGATGAAGTGCCGGTCTATCTCTATGTGCTTTGTTCTGTCGTGTTGGACTGGATTATGAGCAAT ACTAATGGCAGATTTATTATCACAGAAGAGTCTCATGGGAGCTTCATACTTTATTTTCAAATCATCCAGTATGATCTTCA TCCACAACAGTTCACAAACTCCTTGAGCCATGGCTCTAAACTCTGCCTCTGCGCTTGATCTGGCAACTACATTCTGCTTC TTGCTCCTCCATGTAACTAAATTTCCACCCAAGAACATACAATATCCTGTAGTGGATCTCCTGTCAACAATTGACCCTGC ATAATCTGCATCAGTATAAACCTCCATAGACAACTGCTCACTCTTCTTGAACAGCAGACCTCTCCCTGGACTTGCCTTCA GATACTGCAAGATTCTATCCACAGCCTGTAAGTGTCTCTCCTGTGGGTCATGCATGAATTGACTGACAACACTAACAGGA TAAGCTATGTCAGGCCTAGTGTGAGATAGATAAATGAGCTTCCCCACAAGTCTCTGATATTGAGCCTTATCAACCCTAAG GTCCTCCTCACTACTTCCAATCTTGTGGTTTTGCTCTATAGGCACTCCAATGGGCTTACAACCCAATTTACCAGTCTCTT TGAGAAGATCAAGGACATACTTTCTTTGAGATATGAAAATCCCTTGCTTCGAGTATGCCACCTCCATACCTAGGAAATAT TTCAGTTTTCCAAGATCCTTCATTTCAAATTGGGCTGCCAACTGTTTCCTCAGATTCTGCTTCTCAAGTTCATCATTACC TGCAATGATCATATCGTCTACATAGACTAACAGAAGAGTGAGTTTACCATTTTGAGTATGTTTGATAAAGAGGGTATGAT CACCTTGGCTTTGTTTATAACCCAGAGACACCATAGCATTAGTGAATCTCCCAAACCAAGCTCGGGGTGACTGTTTGAGC CCATATAGGGCCTTCTTCAGTTTGCACACCTTATTTCTTCCTGAAGTAGGGTCATACCCCGGTGGAATCTCCATATACAC CTCTTCCTCCAAATCTCCATGCAAGAAAGCATTTTTAACATCAAACTGTTGCAACTCCCAATCAAAATGAGCTGCTAAGG AAAGAATGATCCTTACAGTGTTCATTTTTGCTACCGGAGCAAATGTCTCTTCATAATCAATTCCATAGGTCTGGGTGTAT CCCTTTGCAACTAGCCTCGCCTTATACCTGTCAAGTGTGCCATCAGATCGGTACTTCACGGTATAAATCCACCTGCAACC TACTGTCCTCTTGTCATTTGGCTTCTCAACAATCTCCCAAGTTCCATTTTTGTCCAGTGCATGCATCTCTTCATTCATGG CTTGAATCCAATTCTTATCTTTTAATGCTTCTTGTACTGATGTAGGGACTCTAATAGAGTCAATAGCTGAAATAAAACTC TGATGCTGCACAGAAAGATTTTGAGTAGACACAAACTGGGATATAGGGTACTTGGCACAAGAACGTTTTCCTTTTCGTAA GGCAATAGGTAAGTCATCAAGGTTATGCTCATAGGAATTACTAGGCTCAGGGTTCGCAACACTTACCTCAGGATCAGACG GTTGGACTTGTTGTTGGATCAGGACGGGTTTTACTTTCCGTTGGTACTTTATCCTGAACCTGTCAACATTATTCTGATCT GGTACTACTTCAGAACCATTGTCATCATTCTCATCTGGTACTAGTTCAGGACCATTGTCATCATTCTGATTTGGTACTAG TTCAGGACCATTGTCATCATCATCACTGTCCTCAGTGATAGGAATAGAGGAAGGCATCAAGGGATCCTGTAGAAGAGGAA TAACAGACAATTCTGGAGACTCAACTTCCTGAGTATTCCCCCCCTGAAGCTGAGGATTGGGATAAAAAGACTCTGATTCT TGAAAAGTAACATCCATGGATATATAGACACGACGACTAGGAGGATGATAACACTTGTAGCCCTTTTTATCTGAGGCATA TCCTATAAAGATGCACTTAATAGCCCGAGGATCTAACTTACCCCGATGATGACCGTGAACATGGACAAAGGCGGAACAAC CAAATACACGACTTTGAAGACCTGACTTAATGGGCACAGACGGAAAGAAGCTAGTCATAACCTGCACAGGACTAACACTA GATAAAACCCTAGAAGGTAACCTATTAATTAAATAAGCAGCAGTCAAGACAGCTTCCCCCCAATAAAACTTAGGAACATT CATTTGAAAGAGTAAAGCTCGAGTGATTTCAAGAAGATGACGATTTTTCCTTTCAGCAACCCCATTTTGTTGTGGGGTGT CAACACAAGTCAACTCATGAACCACACCATTTTTTGTAAGAAATTCAGAAAAATTCTTGTTAACATACTCTTTCCCATTG TCTGACCTTAACCTCTTAATAGGTTTCCCAAACTGTGTTCTAATCATGTGGAAAAAGTTAACAAATAATTGAAACACCTC AGACTTATCTTTCATAAGAAAAACCCACGTAATCCGAGTACAATCATCAATAAAAGTAACAAACCATTTTGCACCAGAAA CATTAGAAATGGACGAAGGTCCCCACACATCAGAGTGAACAAGATCAAAAGGTTGAGCACATTTATTATTACTAGGAAGA AAAGTTGAACGATGATGCTTAGAAAACTGACAAACATCACAATGAAAAGATTCAACTGACACTTTTGAAAATAAATGGGG AAACATGGTCCTAAGAATACTAAAAGGAGGATGCCCAAGACGCTTGTGCTGCAACCATATTTGAGAAGTATTCCAGGACT CTGAACTCGTCTGATGACACTTGCTTTCCTCGTGCCGCAGACAGTATAACCCGTCCTGTTCCTTAGCAATCCCAATTATC TGTCCCGTGGCAAGATCCTGAAAAACACCATGTGAGTGGAAAAAGGTTACAGCACAGTTCAAGTCTCGAGTGAGTTTATG GATGGACAAAAGATTGTTAGAAAGCTTTGGGACATGAAGCACATGCTTCAAGGGAAGAGATGGACTAAGGTGAATATTAC CACATCCCGTAATCTGGTTTTGGGATCCATTAGCAACAGTGATATAGTGTTTTTCAGGGTAAGTGGAATAAGAAGATAAA TGTGAGGGGTGAGGTGTCATATGATCTGTAGCACCAGAGTCAATAATCCAGTCATTTTCAGTACTCAAAGCATTAAGAGA TAAGAAGGTAGAACTCTTACCAGTCATTGTGAGAGAACAAGAACCAGAGGGCTTACTCAATGAGTCCATAAAAGCTCTCA GACGCTCCAATTCTGCTTTGCTAAGGCTAGGGACATCTTCTGCTGGTGGTACAGGTGGGACTTCACCATCATTTTCCATG TCAGAAGTTGTGTGATTTGCGCGCCTCTGTGGAGCACCTTTGGACCCCCTCATACGTCTAAGGACGTTTTCCCTTCCATA AAGTTTGAAACAGTACTCTTTGGTGTGACCAGACCTCTTACAGTAAGTGCAACGATCATCACGGTTGAAGAGATCATCAC GGTTGAAGCGATCATCACGGTTGGGGCGATCATCACGGTTAGGGTGTCCGGAAGAGGTGGATCCTTTTATGGGACCCTTT CCAGAGGCTAAGGCTGAACCATCAACTGATTTGTCTTCCACCATCACTGTCCTCCTAGTTTCTTCACCACGAACTATAAA GAACACCTCTGAGAGAGAGAAGGGAGTTGCTCTTTACCCAAAACTTGGACCCGAATCGGATCAAATTCAGAGTTAAGCCC AGAGAGAAACTTAAAGATTCGCGCTTTTTCAATAAATTTATTCAATGTTGTGGAGTCAGCATCACATTTCATCTTCAGAT TTTGATACTGATCTAATTCAATCCATAGACCATTCAAGGTCCCATAGTAATCTGTCACGGAGAGAGTTCCTTGCTTAGAA TTGAAAACTTTATTTTCCAATTCATAACAAGCTGAGAGATCTTGTTTCTTAGAATATGCCTGTGACAGATTATTCCAAAT CTCCTTAGCAGTAGGGAAAAACATATAATTCCGGCTAATTTCCGGAATCATGGAGTACCAAAACCAGGTCATAATAAGAG AATTCTCTTCACGCCATGTGTCATATTGTGGATCAGTTTCAGCAGGGGCTTTTTCTTCAATATAAATGATTTTCTTGCGA CTTATGAGAGTGTGACGGATGAGCTCAGACCATTGGAGGTAGTTGCGCCCATCCAAGCGAAAGGAACCTTGTAATACCGG GAGATCTTTGTGGGTCAAAGGTGGAAGAGAGACTTTCACTCCAGAAGTGAGTTTCTCCTTAGGTATGGGAATCTCGTCTC CAGACATACTGAGAGATGTTACTGTAGAAGGGAAACAAGAGGAAAAATAACAGAAACAGAGAAGATTGCACTCTCCTTGA ATGGAAGAACCAAAGGCTTCTCAAGAAAAAACACCAACAAAGTGAGGAAACGACCCTCAGAACAAGACCAAAAGGCACGG GGAACCCTCTCTGTGCAATCGGAGTAACGAACAGAGGATGGCAGGCCGGTGATGAAGAGCACAGGCCTCCAAACGGTATA AGCCAACAGTGGCAAAACAGGAAACGTTACCAGATAAAAGGGCCGTAATAAGACGGCTAGGGTTTTTTTCGCAGAAGCAG AACTCCCAAGATCGGGAGCTCTGATACCAACTTGAAAGTAGGAGAAATTGTATTATTACTTCTTAATCAGAATACAAAGG GTAATTACATTATATAGAAGAAGACTAATCCTAAATAAGGAAATAACTAATTATGTACACAATCTCCTAATAAGAGAATA AATCTCCTAATACTGAATATAATCTTCTAATAATAATTCTTATATTAATTCCTTATTTACAACAGATAAGTTGCTAAAAG GTTTTGGATTGCATCAGTTTAATAGTCTTCTGGGCTAACTTCATGGCTTCCTGCACTTGTTGTGATTATGATCTTATCTT TACCTTCAGAGGAAATTTAGAGAAATGGAATGATCAGCTAATGTTAATTAGGTTCCTTGTATCAACTAAGTTGTGAAACT GCATTGTTTTCTTGGATTTTATGGTATTATGGTTCATAAACTATATTGTACTTTATTTATGAATATTTGGTTTTTCTGTC TGATTTTGATGATAATTGGTAGAGTGGTTCACTTGATGAATTTTACTTCAGCTTCTATCAATAAGAAGAAATTTTTTTCA CCAGCAGCATCCATTTAATTACAATTCCTCCTTAAAATGTTTTCCATGGATATGCTCTGCTTTTCTACACAATCCTACTG CTTTCTTGTGTTACACATTGGCAGTTCCAGTTTTCCAAACATCATAAAATTGCTCATTATCTGTTGTTTCTTTTACTTAA TGCATCTTTTCATCGCACTACATATGTAGTTGCTGCTAGATTGACTTATTTTGTTCTTCAACAAATTGTTTGATGAACAA CATTTTTGATATTTAAGTTTATGTTTTAAAAGGATGCTATATCACATTATTCTGTCTTCTTCTATTTGAAGTTCACGATA CACGCAATTTCTTGTTTCTACACTTTCAAGTTTGTATCCTTTCAGTACTTACTCAACATTCTTACTCCAGGAACTTGCAG GCCTCATTAAACTGTCAACGTACTCTAGCTTTAGTCTGTTTGAATGTCGTAAAGTTGTTACCGGCTCCAAATCATCTGAT CCTGGGAATGGCATGTTTTTTTTCCTCTCCTTGATTGATATTCTATAAGCTAGCATTTCATTTGTCTAATACTCTAATGG CTCATTTTATTGCTACACAGAGGAGTATATTGGGTTAGATGATAACAAATATATTGGGGATCTCCTGGCGGAATTTAAAG CAGCAAAAGATCGAAGTAAGGGAGAAGTTTTGCACTGTAAACTGATATTCAAGAAAAAGTTATTTCGCGAGTCAGATGAA GCTGTGACAGAACCAATGTTTGTGCAGTTGTCCTATGTACAAGTATGCCATTTCATTATGAAACGTTGCAAATGATTAAA AGCATGTTTAATTTATGTATGAAGCTACAATTACCTTCAGCTTCAAGTTCTTAGATTTATTGGCGCTTGATGTGCAGTTC TATTTGCAAGTGTCTTATGTGCAACTATATCTTTAAATTTTGAAATCTTACAAGTAATTGAAACCATATCTCGTTGCATT TGAAGCCACAATTACCTCCAATTTATATATTTGTTGATGCTGGATGCGTTGTTACAGTTGCAACACGATTATATTTTGGG TAATTATCCAATTGGAAGGGATGATGCTTCTCAGCTTTCTGCATTACAAATCTTGGCTGAGATTGGATTTGTTAGCACAC CTGAAACTGGCAGGTAAGTGATTTCCAATGTTCACTTTGCAATTAACTATCTTTTAACAATATTTAGAGTCATTTAAATT TTGTGGTCGTGACTCGTGAGTGAACTTGTCAATTGCTATTTATTGTACTGTGACTTGACTGATTGATATTTTGTAATTCT CAGTAACTGGAATTCACTTTTAGAGCGCTTCCTTCCTAGACAAATTTCGATGACACGAGCTAAACGTGAATGGGAGTGTG ATATTCTTTCTCGTTATCATTCAATGGTATGGGAAGGCTGTCTATTAGATTGTCTTTGACCCCTTCAATTACTAATAAGT CATTGTTTTCAATTATTTTCAAATATTGATTATTTTAGTTTGAGTTCAATTATTTTCAAGCTATCATTTTACATGTCAGT CATTTTTCAGTGTTGTGTTTGTTTTAAATATGAAACTTGATATTTGTTTCTAGCATATTCTTTTTAATTGATGAATATAA ACCCGTAAGTTTCTTTTTTTCCCCTTGATAAAGATGTTCTTAACTTTTAATAGGTGCATATGACAAAAGATGATGCAAGA CAACAATTTCTGCGTATATTAAGAGCGCTTCCTTATGGGAATTCTGTTTTCTTCAATGTTCGCAAGATTGATGATCCTAT TGGACTCCTGCCTGGACGAATAATATTGGGAATTAATAAAAGAGGGGTATGCTTAAATAGACTAATAAATTGGTTAAATA ATATCATTATTAAATTGTAACAAAATGGATTGTGCTTTTAATTGTATTCTTTTTCTTAATCAATTGTGTATAGATTCATT TTTTCCGTCCAGTTCCTAAAGAATATTTGCACTCAGCTGAGTTGAGAGACATAATGCAATTTGGAAGCAGCAATACTGCA GTCTTTTTCAAAATGCGAGTGGCAAGTGTTCTTCACATATTCCAGTTTGAAACCAAGCAGGTATAACACCTGTTAACATC ACACAAACCATTCTTATTTTGAAATTATTTTTCCTCACTAGAATTGTATCACTTTGTTGTAGGGAGAAGAAATTTGCATA GCTCTTCAGACACATATAAATGATGTAATCATGCGCCGCTATTCAAAAGCACGGTCTGCCAGTGGAGGTGGTTCTTTGAA TGGAGATGTTTCTAATAATTTTAAGCCTCCTAATTTAGAATTATATGAGAAGCGTATTCAAGATCTATCAAAACTTGCTG AAGAATCTCAAAGAAATGCTGATGAAGTAAGTCTAAGCTTCTAACGTTTAATATATTATGTTATGCAAGTTGTACAACAA ACGCCAAACTAAAACATTAAACCTCCAAAAAAAATTCATGGCTTTTTGCATTGTAAACAAAACCATAAAACATGTTTGCT TCAGCTAGTCAAAGATTAAGGTTGCTACTAAGGCGAGTTTAGGTAAACAACTTGAATAAGTGCTCATGGCAATAAACACT TATGACATAAGCACTTATTCATAATTTTATTTGAGAAACTTATTGAAATAAGCTCAATAGAGATTATAGGTAAGTTTGAG TGCTTATTCATAAGCTAATATGAGAAATTTATTGAAATAAAGTAAGTTTGAAAGAGCTATTTTATAAGATTAACCAAATA CCTGCGTGAGTGTTTATGTTATAAGATAAAGTCAAATACGCTCTTTCAAACATACCCTAATTGTCTTTGGGTATAATTTA GAGGCTTGTTGGTTGTCAGTGTAAATAGAAAATGTTTGTTTACATATCATATCATATGTCTAATGCATGTGTTTCATTAG AGTTATAATTTTATTTTATCTTGAGTAGTTGCTTAAAGAATTGCGTGAGAAGCAAGGAAAAGAAGAGAAAATGCAAGACG AATTGGAGGGTTTAAAGAAATCCTTAAAAGCTGATAAGCAAAATCTTGAGGTAGTGGCAAGTGACTGTGACAGGCTTAGA TCATTATGCAATGAAAAAGATGAGGCACTACAGGTAAAGGTCTTGATTTCATGAAATGAGTCTTGTTTGGTCTTTACGTT ATTGACATATCTTACTAATCATGCAATCTTCCAGGCTGCAATTCAAGAGAAAAGGAATATGGAAGCAAGGATGGCCAAGT TGAGTAATGTGGTCATAGAGAACTCTGCCAAAGAGGGTCTTATTGGAGAAAATAACCAAGTAAGATATTCTATAAAACTG TTATTCACGTACACAGCATCTTTTTTTTTTTATTCATGTTGCTGATTTTACTTCTAATGTATAAATTATGGACTTCGAAT GGTACCAATAGGTGCTACAAAAGCTTAAATATGAGCTAAAACATTGTAAAGATGAGCTGCATTCTGCTGAAGAAACTATC AAAGCCTTGACAAGTGAAAAAATGGTTTTGGAACAGAAGCTATCTGCACTTGAGAAGAGAAATGCTGAAGAGGTATGATC AAGTTCAAAAATCATTATTTGAAATTAGAAAGCCATAAGTTTAAGATGATGATGGTGGTTGTAATGCATTGCAGAGTAGT TCTCTTCAACGGAAACTGGAGCAAGAACGCAGAGCTGTGAAGTCTGAAGTGTTTGATCTACAAAGAAAGCTAGAAGGGTG CAGAGAAGAATTAATGTCTGCTAAGTCTACTATTTCAGTCAAGGACTCTGAGTTGGCTGCATTGCAGAATAATTTAAAGG AACTAGACGAATTGCGAGAAATGAAAGAGGTTTCGATGCTCTTATCTCGTTTATTTCTCTGCTTCCATTGCATAATAACA AATAGAGGTTTCAATATATTATTTAGTTTCACATTTTTTGTTTTTCTTTTGATTTAGGACATTGATAGGAAGAATGAACA GACAGCTGCCATATTGAAGATGCAAGGGGCTCAACTAGCTGAAATGGAAGTTCTTTATAAGGAAGAACAAGTTTTAAGGA AGCGTTACTTTAATATAATAGAAGGTTGGTAAAAGAAACTATGTGATCATGTCTATGTGATTGTGTTTGATAAACATACA TGACTGACAAATATTCAACTATGGAACTTGGTTTTACTTTAGACATGAAAGGCAAGATCAGAGTTTACTGTCGACTAAGA CCTCTTAGTGGAAAAGAGATTGCTGAGAAAGAAAGAGAAGCTATTATTGCGTTCGATGAGTTCACTGTTGAATATCAATG GAGGGATGATAAGCCAAAGCAGTACATATATGATCGTGTTTTTGGTGGGGATGCAACTCAAGAAAGTGTATTTGAGGATA CGAGGGTAAGTCTTAGTATAGCAACTTATAGATCATAGTCATGTGTTTCTCATGGGAACATATATTTAATCCTTTCTTAT ACTCATCACTAATCTCTTTTTTATTTGCACTGCAGTATTTGGTGCAATCTGCTATAGACGGTTATAATGTCTGTATATTC GCTTACGGTCAAACTGGCTCTGGAAAGACATATACAATCTATGGAAGTGAAGACAACACTGGACTTACCCCTCGCGCAAT TGCAGAACTTTTTAGAATTTTAAGGAGAGATAATAACAAGTATTCCTTTTCCTTAAAGGTAATATATCAGTTCAGCTTGG TAATTGTCATGCCGTTAGTCGTATCAAGTGTATTATTATTAACATTTAATAGGTTAAATGATTAAAGAATTTAATTTGAA AGCTTTATTTATATGAAAAAGCACACTGCTCTTTTCCAATTGTTTTTTTTTTGTTTGTGTTGCTGAGTGATGTTCACCAC AACAGATGTTAGGAGTTCTACAAAACATTGCTTCTTGTCATATGTTGATTTCTTGAGTCAATGATGCAGGCATACATGGT GGAATTATATCAAGATACCCTTATAGATCTTTTGTTGCCCAAGAATGCAAAGCATTTAAAATTGGATATCAAGAAGGATT CGACGGTAATACCCTCTCTATGTTGCCATTATGAATTTCCTTTGGTAAACAAGATATATTTTGTTATCTAGAAGGATTTA AAGGTGTTTATCTGGATGTTTAAATTTGATTTCTCAGTTGAAAAGTCCCCTCCCTGTTTGGTTTTTTAGAATTTTTTGTG TTACTTAACCATGCTTTCTAGCAATTGCTGAGGTAAGGGTGCTTTTGCAAACATTTTGAAACAAGTTTTGAAAATTATGG AACCTGTGGTGGACTTGCAAACTTTTTTATACTACTTGTTGCTCGTAATCATCTTGATAATAGTTTCATTTTTAATTATT TGATGCTAGGGAATGGTTGTTGTGGAAAACGTAACAGTTATGCCGGTTTCTACAATTGAAGAGTTGAATGATATAATAAG AAGGGGATCTGAACGGCGGCATATATCGGGGACCCAAATGAATGAAGAAAGTTCAAGATCTCATCTTATTCTATCAATTG TAATTGAAAGTACCAACCTTCAAAGCCAGACAGTTGCAAGGGGAAAGGTAGCTTTTAGTTACATTTATTTCCTTTGAACA ACAGTTGTATATAAACCTTGATTGTTTCTTGAGCTCAACTGCGTTGTGGATGTTCACTCATTATATGTTGGATATAATTT TACAGTTGAGTTTTGTGGATCTTGCTGGTTCAGAAAGAGTGAAAAAGTCAGGTTCCAAAGGGAGTCAACTGAAGGAAGCA CAAAGCATCAACAAATCATTATCAGCACTTGGAGATGTTATAAGTGCTTTGTCTTCTGGTGGTCAACACATACCTTACAG GAATCACAAGTTAACTATGTTGATGAGTGATTCACTTGGTGGTAATGCCAAAACTCTCATGTTTGTGAATGTTTCTCCAG TAGAATCAAGCTTGGATGAGACACATAACTCTCTTATGTATGTCTCTTTTTCTCTGTTATGCTCATGTTCTTCTATTAAT ATTTTTTGAACATGAAAACGGTTAACTTTCATATATTAAAGCATGTTTGGATCAGCTTCTCTAACTTCATAATCAATTCT GAAACTTAGAAGTTACTCAGAGAAGCTTCTTCCCAGAATTGACTCCATAATCAATTGTAGAAGGATTTCCAAATATGTTA ACAATATTCCTGTTTATTCTTATGTAGGTATGCATCACGAGTGAGATCAATTATAAATGACCCTAGCAAAAATGTTGCTT CAAAAGAGATAGCGCGACTGAAGAAGTTGGTTTCTTATTGGAAGCAGCAAGCAGGTAGAGGACTTGAGAATGAAGATTTA GAAGAAATACAAGATGAACGATCATCTGAAGAGAGGACAGAGAGTCGTGGTAGCTCTAGGTAATTTGGAGCTCACCATTA CACTGCATTGACCATATGCATAATTTTCTTTTTGGAATGTTTCATCACCAGCCTCTTTGATCAAACAAGCTGAAGAGATT GTATTATTTTTTGGTCAATGTTGTACTTTTTAGAGGGATCTAGGATGTATAGTTGAATTTTATGTATATATAATTAATCC TTTTGACTCGTGCACATATAAAATATATACAATCTGCACAAAAATTTCACTGTCTTCAATATGCGTAAGTATTTATGAAA CATTGAATAATGTGGCTTCAAAAACACATTACTTTTCATGAGTTCTTAA
CDS sequence (LotjaGi4g1v0141300.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGACCATCGATATGCTTCCATCCATGGCTCAAAATGGAAATGCTAGGACAAGCAGATCTTCATTTAGCTCTAGCAATGG GAATGAGGGTACCCCTGAGAACAACTGTGCTTCTGTTAGCAATGCTGATGGCTATGATAGTGATAACTCCAACTATGCAT CACCCACGCCATCAACTCTGTCAATGGCGGTTCCCGCAGAACTAGCTGGAGCTGTACCCTTGATTGACAGATTCCAGGTG GATGTATTTTTAAAATTAATGCATAAACAAATTCAATCTGCTGGGAAACGTGGATTTTTTTCTAAAAGATCTGTAGGTCC CCAAGCTCGAGAGAAATATACATTTGAGGACATGCTTTGTTTTCAAAAGGATCCGATACCAACTTCATTGCTTAAGATTG ATGGTGATTCAGTAAGCCGGGCAACCAAGTTATTCCAGATAATTTTGAAATATATGGGAATTGATCCATCTGATCGTGTA GTGCCAGTAAGCTTAGATGAACGAGTTGAGCTCGTAGGTAAACTATACAAGCAAAGTTTGAAACGTTCAGAACTCCGAGA TGAACTTTTTGTTCAGATATCAAAACAGACAAGAAATAACCCTGAGAGGCAATACTTGATCAAAGCATGGGAGCTTATGT ATTTATGTTCGTCCTCCATGCCTCCTAGTAAAGATATTGGGGTTTATCTATCAGAATACATTCATAGCATAGCACATGGT GTGGCTACTGATCCCGAGATCCAAGCCCTTGCATTAAATACATTAAATGCTTTGAAGCGTTCTGTCAAGGCTGGTCCAAG ACATATAATACCTGGGCGAGAGGAGATTGAAGCTCTGTTGAATGGGAGAAAGCTTACAACTATAGTGTTCTTCCTGGATG AAACTTTTGAAGAAATCACATATGACATGTCAACAACAGTTTCTGATGCTGTTGAGGAACTTGCAGGCCTCATTAAACTG TCAACGTACTCTAGCTTTAGTCTGTTTGAATGTCGTAAAGTTGTTACCGGCTCCAAATCATCTGATCCTGGGAATGAGGA GTATATTGGGTTAGATGATAACAAATATATTGGGGATCTCCTGGCGGAATTTAAAGCAGCAAAAGATCGAAGTAAGGGAG AAGTTTTGCACTGTAAACTGATATTCAAGAAAAAGTTATTTCGCGAGTCAGATGAAGCTGTGACAGAACCAATGTTTGTG CAGTTGTCCTATGTACAATTGCAACACGATTATATTTTGGGTAATTATCCAATTGGAAGGGATGATGCTTCTCAGCTTTC TGCATTACAAATCTTGGCTGAGATTGGATTTGTTAGCACACCTGAAACTGGCAGTAACTGGAATTCACTTTTAGAGCGCT TCCTTCCTAGACAAATTTCGATGACACGAGCTAAACGTGAATGGGAGTGTGATATTCTTTCTCGTTATCATTCAATGGTG CATATGACAAAAGATGATGCAAGACAACAATTTCTGCGTATATTAAGAGCGCTTCCTTATGGGAATTCTGTTTTCTTCAA TGTTCGCAAGATTGATGATCCTATTGGACTCCTGCCTGGACGAATAATATTGGGAATTAATAAAAGAGGGATTCATTTTT TCCGTCCAGTTCCTAAAGAATATTTGCACTCAGCTGAGTTGAGAGACATAATGCAATTTGGAAGCAGCAATACTGCAGTC TTTTTCAAAATGCGAGTGGCAAGTGTTCTTCACATATTCCAGTTTGAAACCAAGCAGGGAGAAGAAATTTGCATAGCTCT TCAGACACATATAAATGATGTAATCATGCGCCGCTATTCAAAAGCACGGTCTGCCAGTGGAGGTGGTTCTTTGAATGGAG ATGTTTCTAATAATTTTAAGCCTCCTAATTTAGAATTATATGAGAAGCGTATTCAAGATCTATCAAAACTTGCTGAAGAA TCTCAAAGAAATGCTGATGAATTGCTTAAAGAATTGCGTGAGAAGCAAGGAAAAGAAGAGAAAATGCAAGACGAATTGGA GGGTTTAAAGAAATCCTTAAAAGCTGATAAGCAAAATCTTGAGGTAGTGGCAAGTGACTGTGACAGGCTTAGATCATTAT GCAATGAAAAAGATGAGGCACTACAGGCTGCAATTCAAGAGAAAAGGAATATGGAAGCAAGGATGGCCAAGTTGAGTAAT GTGGTCATAGAGAACTCTGCCAAAGAGGGTCTTATTGGAGAAAATAACCAAGTGCTACAAAAGCTTAAATATGAGCTAAA ACATTGTAAAGATGAGCTGCATTCTGCTGAAGAAACTATCAAAGCCTTGACAAGTGAAAAAATGGTTTTGGAACAGAAGC TATCTGCACTTGAGAAGAGAAATGCTGAAGAGAGTAGTTCTCTTCAACGGAAACTGGAGCAAGAACGCAGAGCTGTGAAG TCTGAAGTGTTTGATCTACAAAGAAAGCTAGAAGGGTGCAGAGAAGAATTAATGTCTGCTAAGTCTACTATTTCAGTCAA GGACTCTGAGTTGGCTGCATTGCAGAATAATTTAAAGGAACTAGACGAATTGCGAGAAATGAAAGAGGACATTGATAGGA AGAATGAACAGACAGCTGCCATATTGAAGATGCAAGGGGCTCAACTAGCTGAAATGGAAGTTCTTTATAAGGAAGAACAA GTTTTAAGGAAGCGTTACTTTAATATAATAGAAGACATGAAAGGCAAGATCAGAGTTTACTGTCGACTAAGACCTCTTAG TGGAAAAGAGATTGCTGAGAAAGAAAGAGAAGCTATTATTGCGTTCGATGAGTTCACTGTTGAATATCAATGGAGGGATG ATAAGCCAAAGCAGTACATATATGATCGTGTTTTTGGTGGGGATGCAACTCAAGAAAGTGTATTTGAGGATACGAGGTAT TTGGTGCAATCTGCTATAGACGGTTATAATGTCTGTATATTCGCTTACGGTCAAACTGGCTCTGGAAAGACATATACAAT CTATGGAAGTGAAGACAACACTGGACTTACCCCTCGCGCAATTGCAGAACTTTTTAGAATTTTAAGGAGAGATAATAACA AGTATTCCTTTTCCTTAAAGGCATACATGGTGGAATTATATCAAGATACCCTTATAGATCTTTTGTTGCCCAAGAATGCA AAGCATTTAAAATTGGATATCAAGAAGGATTCGACGGGAATGGTTGTTGTGGAAAACGTAACAGTTATGCCGGTTTCTAC AATTGAAGAGTTGAATGATATAATAAGAAGGGGATCTGAACGGCGGCATATATCGGGGACCCAAATGAATGAAGAAAGTT CAAGATCTCATCTTATTCTATCAATTGTAATTGAAAGTACCAACCTTCAAAGCCAGACAGTTGCAAGGGGAAAGTTGAGT TTTGTGGATCTTGCTGGTTCAGAAAGAGTGAAAAAGTCAGGTTCCAAAGGGAGTCAACTGAAGGAAGCACAAAGCATCAA CAAATCATTATCAGCACTTGGAGATGTTATAAGTGCTTTGTCTTCTGGTGGTCAACACATACCTTACAGGAATCACAAGT TAACTATGTTGATGAGTGATTCACTTGGTGGTAATGCCAAAACTCTCATGTTTGTGAATGTTTCTCCAGTAGAATCAAGC TTGGATGAGACACATAACTCTCTTATGTATGCATCACGAGTGAGATCAATTATAAATGACCCTAGCAAAAATGTTGCTTC AAAAGAGATAGCGCGACTGAAGAAGTTGGTTTCTTATTGGAAGCAGCAAGCAGGTAGAGGACTTGAGAATGAAGATTTAG AAGAAATACAAGATGAACGATCATCTGAAGAGAGGACAGAGAGTCGTGGTAGCTCTAGGTAA
Protein sequence (LotjaGi4g1v0141300.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MTIDMLPSMAQNGNARTSRSSFSSSNGNEGTPENNCASVSNADGYDSDNSNYASPTPSTLSMAVPAELAGAVPLIDRFQV DVFLKLMHKQIQSAGKRGFFSKRSVGPQAREKYTFEDMLCFQKDPIPTSLLKIDGDSVSRATKLFQIILKYMGIDPSDRV VPVSLDERVELVGKLYKQSLKRSELRDELFVQISKQTRNNPERQYLIKAWELMYLCSSSMPPSKDIGVYLSEYIHSIAHG VATDPEIQALALNTLNALKRSVKAGPRHIIPGREEIEALLNGRKLTTIVFFLDETFEEITYDMSTTVSDAVEELAGLIKL STYSSFSLFECRKVVTGSKSSDPGNEEYIGLDDNKYIGDLLAEFKAAKDRSKGEVLHCKLIFKKKLFRESDEAVTEPMFV QLSYVQLQHDYILGNYPIGRDDASQLSALQILAEIGFVSTPETGSNWNSLLERFLPRQISMTRAKREWECDILSRYHSMV HMTKDDARQQFLRILRALPYGNSVFFNVRKIDDPIGLLPGRIILGINKRGIHFFRPVPKEYLHSAELRDIMQFGSSNTAV FFKMRVASVLHIFQFETKQGEEICIALQTHINDVIMRRYSKARSASGGGSLNGDVSNNFKPPNLELYEKRIQDLSKLAEE SQRNADELLKELREKQGKEEKMQDELEGLKKSLKADKQNLEVVASDCDRLRSLCNEKDEALQAAIQEKRNMEARMAKLSN VVIENSAKEGLIGENNQVLQKLKYELKHCKDELHSAEETIKALTSEKMVLEQKLSALEKRNAEESSSLQRKLEQERRAVK SEVFDLQRKLEGCREELMSAKSTISVKDSELAALQNNLKELDELREMKEDIDRKNEQTAAILKMQGAQLAEMEVLYKEEQ VLRKRYFNIIEDMKGKIRVYCRLRPLSGKEIAEKEREAIIAFDEFTVEYQWRDDKPKQYIYDRVFGGDATQESVFEDTRY LVQSAIDGYNVCIFAYGQTGSGKTYTIYGSEDNTGLTPRAIAELFRILRRDNNKYSFSLKAYMVELYQDTLIDLLLPKNA KHLKLDIKKDSTGMVVVENVTVMPVSTIEELNDIIRRGSERRHISGTQMNEESSRSHLILSIVIESTNLQSQTVARGKLS FVDLAGSERVKKSGSKGSQLKEAQSINKSLSALGDVISALSSGGQHIPYRNHKLTMLMSDSLGGNAKTLMFVNVSPVESS LDETHNSLMYASRVRSIINDPSKNVASKEIARLKKLVSYWKQQAGRGLENEDLEEIQDERSSEERTESRGSSR
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 57 | 57 | - | – | |
| Gene3D | 102 | 282 | 181 | 3.2E-27 | ||
| SMART | 121 | 280 | 160 | 2.6E-33 | ||
| ProSiteProfiles | 121 | 280 | 160 | 51.587 | ||
| Pfam | 170 | 278 | 109 | 9.2E-24 | ||
| SMART | 281 | 505 | 225 | 2.8E-37 | ||
| CDD | 282 | 387 | 106 | 3.95856E-9 | – | |
| Gene3D | 284 | 386 | 103 | 3.9E-11 | – | |
| ProSiteProfiles | 285 | 599 | 315 | 35.69 | ||
| Pfam | 289 | 362 | 74 | 4.1E-10 | ||
| SUPERFAMILY | 383 | 500 | 118 | 1.7E-19 | ||
| Gene3D | 387 | 498 | 112 | 2.5E-12 | ||
| Pfam | 394 | 506 | 113 | 3.4E-16 | ||
| CDD | 400 | 498 | 99 | 5.14552E-17 | ||
| CDD | 502 | 610 | 109 | 1.10497E-70 | – | |
| Gene3D | 503 | 611 | 109 | 6.1E-14 | ||
| SUPERFAMILY | 505 | 592 | 88 | 2.01E-12 | – | |
| Coils | 624 | 683 | 60 | - | – | |
| Coils | 694 | 721 | 28 | - | – | |
| PANTHER | 707 | 1262 | 556 | 3.8E-298 | ||
| PANTHER | 707 | 1262 | 556 | 3.8E-298 | – | |
| Coils | 739 | 809 | 71 | - | – | |
| Coils | 824 | 861 | 38 | - | – | |
| SUPERFAMILY | 839 | 900 | 62 | 3.84E-8 | ||
| Gene3D | 891 | 1259 | 369 | 4.1E-149 | ||
| SMART | 894 | 1225 | 332 | 5.5E-159 | ||
| CDD | 894 | 1219 | 326 | 2.20372E-178 | – | |
| SUPERFAMILY | 896 | 1243 | 348 | 1.83E-120 | ||
| ProSiteProfiles | 896 | 1217 | 322 | 119.864 | ||
| Pfam | 902 | 1217 | 316 | 6.3E-105 | ||
| PRINTS | 968 | 989 | 22 | 3.6E-39 | ||
| PRINTS | 1087 | 1104 | 18 | 3.6E-39 | ||
| ProSitePatterns | 1117 | 1128 | 12 | - | ||
| PRINTS | 1118 | 1136 | 19 | 3.6E-39 | ||
| PRINTS | 1167 | 1188 | 22 | 3.6E-39 | ||
| MobiDBLite | 1244 | 1273 | 30 | - | – | |
| MobiDBLite | 1247 | 1273 | 27 | - | – |
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 | Microtubule motor activity | Catalysis of movement along a microtubule, coupled to the hydrolysis of a nucleoside triphosphate (usually ATP). | ||
| 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. | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Cytoskeleton | Any of the various filamentous elements that form the internal framework of cells, and typically remain after treatment of the cells with mild detergent to remove membrane constituents and soluble components of the cytoplasm. The term embraces intermediate filaments, microfilaments, microtubules, the microtrabecular lattice, and other structures characterized by a polymeric filamentous nature and long-range order within the cell. The various elements of the cytoskeleton not only serve in the maintenance of cellular shape but also have roles in other cellular functions, including cellular movement, cell division, endocytosis, and movement of organelles. | ||
| Biological process | Microtubule-based movement | A microtubule-based process that results in the movement of organelles, other microtubules, or other cellular components. Examples include motor-driven movement along microtubules and movement driven by polymerization or depolymerization of microtubules. | ||
| Molecular function | Microtubule binding | Interacting selectively and non-covalently with microtubules, filaments composed of tubulin monomers. | ||
| Molecular function | Oxidoreductase activity | Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced. | ||
| 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. |
Expression pattern of LotjaGi4g1v0141300.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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