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LotjaGi1g1v0613400.2

Overview

Field Value
Gene ID LotjaGi1g1v0613400
Transcript ID LotjaGi1g1v0613400.2
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description 2-isopropylmalate synthase; TAIR: AT1G74040.1 2-isopropylmalate synthase 1; Swiss-Prot: sp|Q39891|LEU1_SOYBN Probable 2-isopropylmalate synthase; TrEMBL-Plants: tr|D0VY45|D0VY45_LOTJA Homocitrate synthase; Found in the gene: LotjaGi1g1v0613400
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:115921426..115930154) extracted from Lotus japonicus Gifu genome v1.2.

GAGGGATCCAAACCTAGATTAGATGCTCAAAGAGACTAACTATCACCTAGGTGTTGGGCTTTAAATTATTCTAAAACAAT GTTAAACCCCAAATTAACTATACTAAAAAAGGTCGTATATATTTTCCGGAACGACCTTTTATATAAGATCAAAACCTCCC CAATTGTTGCTTTCATTCATTGTTGCATTCATTTCATTCATATAGTATTGCTGTTAGATCTTTTTCCAATCTTCATACCA GATATGGCAAGCAAAAATTCCATTATACGTAATCGCCCTGAATACATTCCCAACCACATTCCGAACCCAACCTATGTCAG AATCTTGGACACCACCCTCCGCGACGGTGAGCAGTCCCCGGGAGCCGCAATGACGTGTGTCCAGAAGCTGGAAACCGCGC GGCAGCTCGCGAAGCTGGGCGTGGACATCATTGAGGCCGGGTTCCCTTGCGCGTCTAAGCAGGACTTCATGGCGGTTAAA ATGATCGCGGAGGAGGTTGGGAACTGCGTCGATGGCAACGGATATGTGCCTGTGATAACTGGTGTGTCACGGTGCAATGA AAAGGACATCGCCACCGCATGGGAGGCTCTCAAGCATGCGAAGAGGCCGAGGCTGAGAACTTTCATAGCTACCAGTCCCA TTCACATGGAGTACAAGCTCAGGAAGAGTAAAGATCAGGTGCTTGAAACTGCTCGGAATATGGTGAAGTTTGCCAGGAGT TTAGGTTGCACTGACATCCAATTTGGTGCTGAAGATGCTGCAAGGTTGGTTTCCTCTTTTTTTTTTTTTTTTATCTGTAC AACCAAATAGTGCCCACACTTTGATACTCATTTTTTTCTCTCTCTTCATTTCGGTCGCATTACATGAATGATTTTATATC ATTATTCTTAACACATTTTCTCACACAATAGTCTTTTTGAATTTCCCGTTTGAATTTAAAGCATAAACAATACACATAAG TTTATTTTCAAATTGACTTATATGCTTAAACTTTATATAGACAACATTTTTAAATCTATGAATATGTGAATATGTATATA TATTTTTTTATATACATAATGTCGAGACACTAAAATAAAAATATACCTTAAAAAATAATAACAATGAAAAAATATATTTA CTTAAATAGGATGGTATGTTTAGAGAGATTTTCACAATTTTTAAAACAAATTAGTCATGCCCTCAAATGTGCATGGAAAA TGAACAAAGAGAAAATAAAATAAAACCGTATGTTAGGTTTGCAATACTTAATTATTTGAATGGTTTGAACTTAACATTTT AATTGAATAGGATTTTAAAAAAATCTTCATATTGTTTATTTATTAATTTAGCTTGACCACATGTCTTACAAGTGATTCAA CTGTTTATTAAGGGCATGTTTGTTTGTTGTTTTCAAAACAATTTTCAGTTTTTAAAAAAAGAAAACCTGTTTGGCAAGAC ATGTTTTTAAAAACAGTTTTCGAAAACAGTTCTCATTTTCAGTTTTTAAAACTAAAAAACTAAGGGCCTGTTTGTTTGCA GTTTTCAAAACAGTTTTTAGTTTTTAAAAACTGAAAGCCTGTTTGTTTCGACCTGTTTTCAAAAACAGTTTTTGGAAACA TTTCTCTTTTTCAGTTTTTAAAACTAAAAAACCAAAACAGGTAAAATATGTTTCCAGTTTCAGTTTTTATTTTTCAGATA TCAGTTTTCTAAATGTTGGAAAACATGTCATTCAAACTGTTTTCTTCTTCTGAAAACTGTTTTTAAAAATTGTTTCTAAA AACTGAAAACTAGAACTGCAATCAAACAGACCCTAAAACAGCTAAAAGATGTTTTCAGTTTCAGTTTTTAGTTTTCAGAT ATCAGTTTTCTAAATGTTTGAAAACATGTCATTCAAACTATTTTCTTATTTTGAAAATTGTTTTTTAAGAATTGTTTCTA AAAACCGTTTTAAAAACTGAAAATTAGAACTGCAATCAAACATGCCCTAAGTTTTTGCTCAAGAAAGCTTTAATTTTTTT TTCTTTCTAAATAGACTTTTTTAATTAGCAGATTATGATTTATTACCTTTTAGATATCTAAAATTATTATTTTTTATTTT TTTATATTAAAATAAAAATAAAAATAATCCAATTTAATCATTTTGGAGACTGAACCAATCATTTCTTTTAATTTTAATTA GTAATTAATTAGTTTGGTCACTTTTTCTATTTTGTTATGGGCTAAAGTGATTTATCATTTAGAGATTAAAATGACAATTT TTATTTCACATATACTAAACTAATCGATATTAGGAACACCATAATTAAGTATTTGATTTAACAAAATATAAGTCATTTAA AATGTATCTTAAAGTCGTTTCAAACAAAATGTATCTTAAAGTATACTCTATACTAGTAAATATAGTTTGGGTAATATTTT TCTGCCAGGAACTTTGACTTTTTATGTATGCATTCTTCAATCTTCATGGAACTAGATCGGACAAGGAGTTTCTTTATCAA ATTTTTGGAGAAGTTATCAAGGCTGGGGCAACAACTTTGACTATCCCTGACACTGTGGGCATAGCAATGCCATTTGAGTA TGGAAAACTGATTGCAGATATAAAAGCAAATACTCCAGGGATAGAAAATGCTATCATGGCAACACATTGCCACAATGATC TTGGACTTGCTACTGCTAACACCATTGAGGTATAATCACAATTTTATCAGTTAAAGCACAACAAGTTATGACAAATAAGT ATTGGATTAAATGTGTGTATTGTCAAAGAATTTCACCAAATTAGAACATTTATTTTTGTTTTAATTAAAAAAAATTAAAA AGTATGTCATTCCTCGTAATATGCTATGATTTTTTGTCATTTTAAACAGTTTTATGCCGTGCATATCCGTTAAATGTTTG AAATTGTACAAAAATGAATATTTTGAAATATATATTTTATTATTTTTATAAAATCAATAATATATTTTTGAAAAAGCTAA AAAATTTATAATTATACATTTCATTTAGGGATGGCAACGGAACCCGAACCGAACCCGATTTTACGGTAAAACCCGATATG ATTGGGTTTGAGTTTGGTATTGGTGAAACCCGCACCCGAACCCGAACAATATATATGAAACTGCAAAACTACTCTTACAT ATCATGTTAACAACTTAATTTATTAACAATTTGATCATATTTGAACATTAATGTATCATATTTTTTGGCAAAAAAGATAT AAAAGATTTTTTCACAACCAAATAATACAAGTTGCATTTTGTTTTGTAAAAAAAATGTATACATCAAGTTAGGCTAGGAC GTGAATTTGAGGCTACAACGGGTTTGGGTAAACCCGAAACCCGACAGGTTTGGATTTAATATGAGAGTTTAGGTTTGAGT TTGGGATTCAAAACCCGAGCCCGAGCCCGAGCCCGACCCATCCCTAATTTCATTTCCTTTTTTTCACAAAGTTTAGTCGA TCTAAAAATATATTGCAAACTTTACCTAATTTTTTTGTTGTTGTTACTTGTTAGGGTGCTCGTTATGGGGCAAGGCAATT GGAAGTAACAATTAATGGTATCGGTGAAAGGGCTGGTAATGCTTCATTTGAAGAGGTCCGTAGCAATCTTCTTTTATCTA GACAGTTTAATAAGCATTAATGATGAAGTATACTTATGCAAATTTCATTTGAATGTACACTTTGTCTAAATAGCTTATGT GAAATAAGTAGAATTCATCACTAGATTGGTATTGCAACTCTTCTTCGTTATCCTTATGTAACCGAAAATAAAAGTTGGTA TTGCAACTTCTTCCTTTTTGTAACAATTTTTTGTTTTTGCAACTTCAAATTGAACTTTAGGTTTAGTCGTTGAATGATGC GTATATATGAAGAATGATTTTTTGAGAGAAGTTTTTCTATTTAATATAATCTCTAAACTTCAGAAAATCAATCTGATGAT GATGGTTGTGAGCTGTGAAAATATTCTAAAAAATAAACTCCAAATTAAAGTCTTACATGTAACTAATTTGGCATTATCCA CAATATTATTGGTATTGCATTATTTTCTCTTCGATATTGATCCTATTTATTGCTGCCACATCACTTTAATTTCAAAGGAA TCAATTTCGTAACTAGCAGCCATTTCAACACCTTCTAATCACCTGAATAACATATTAGAGGATTCATCGCTTGAAAATAC AACCATGGTGTCTTCTGCAATTAGATGGGACATAAGATTAACATTCCCTCCCTTTTTTTTGATAAGCCATAGTAATATTA ATTATAAAGGCACAAGGGGTGCCACCCATTACAAGGGAAAAACTAAGCAAAAAGGAGAAAAAACAGAGGAAGAAAGAAAC CGAACAGGATCATAGCAAAAACAATACAAGGGATGCCCATGACTATGCCAGCAAATCACCGAGTAAAGGAGATTTGCATC CTACAAATAGATAAGGAAAAGTAAGGCAATGTCCAGAAAAACAATTAGTAATATCCTTCTAATGCACCGCTTGGAGACAT AGAATGGGTTGTGAGATCCATTCATATAGAGAACAATGGAATCCTGTAGCCCTCCCAGAAAGCCAATGCCATACACGGAT TTGTGCCCTGTCAAAGAGTTCATCTTGTTGCAGCAGCTCTCCCCCATTAAAAATTATCCCGTTCCTATGCATCCACAATG ACCAATTCATCGCAAACCAAATCATTCTGAAAGCTGCATTTTGTTTCGATGATAATCCTGGCCAGATAAATTGCAGTAGG AGATCTCTGCAATTTCCCGGAGTCGCTAATAGACCTCCAAACCATCTATAACATCTAGTCCACAAACTGAGAGTAAAAGG ACATCTCACAAATAGGTGGTTTGCTGTTTCAGTTTCCTGCATACAGAAAATACAATTCAAATCAGCATCTGCAGGTAGGG CTCTTCGCTGCAGCAGGTTTGATTTGGTTGGCAATCTGTCCATTAACATTCCCTCCCTAGCTACCTAAAAATTAGATAGC TCTCTCTCCATAAATATGAAAAATTTCTTCAATAATACAAAGTCTTAGACTTTATCTCACTAATATTGTATCACTCATAT ATTTCCTTTTTTTCATTCAAGGTTGTGATGGCCCTGACATGCAGGGGTATTGATATCTTAGGCGGTCTACATACTGGAAT TAATACAAGGCACATATTAAAGACAAGCAAGATGGTTCTATTTTGAGACATTATTATTATTTTTTCTTTGAACCCTATTT GCCTCCTATCTTAGTGCTTTCTTGTTCTATTACTATTTTTGAGCACCTCTGTTTTTGCTCTATTACTCTGTCTTTCTCCT TACTGGTTCCTGTATCTTTGTGTTCCTTGAGTTGACTATGTACTTCTTCTAGCACCTCTGGTGCTCCTATATATATATAT ATATATATATATATATATTATTAATTGGCTTACCCAAATTTTTTTTTGAACCCTCTTTTAGTTACCTTTATTTAATTAAA ATTTTCATCATCTTTATCAATAGGTTGAAAAATACTCTGGCCTACATTTACAGCCTCACAAGGCTCTTGTGGGTGCTAAT GCTTTTCTTCATGAAAGTGGCATTCATCAGGTTGGTGGTGTTTATTATATTTATCAATTGTCTTTCTAAAGCCTAAAGTT TATATAACTTCTACATTATGAATTTTCACTTACAGTTCTTTGTTTTTCTCCTCCATGAAACTAACCAATAAAATCAAATG TCTTGGAAAATGCTTTGATCTACACGCTGAAATTCAAAATTGTATGATTTGTGGTTCTTTTTATTAATATGGAGAATTGA AACTGAATTCTACAAGTGGTTCAATATAGGGGATAATATCAGTTGTTTTCGTTCCTTTTACATATTTTTTTACAAGGCCA AAAAGAATGAATAAATTAATAGTAGCAAATTTACATGTTGCATTTTCATCAAATGAATTATAGCCTAAACTTTCATAAAA GTATTCTTCGATTATTTACTCTTTTTATTGCTATAATTTTTATCCTCTTCATAGGATGGAATGCTAAAACACAGAGGTAC ATATGAAATAATATCTCCTGAGGATATTGGTCTTGTAAGATCCGTTGGAGATACTATTGTATTGGGGAAGCTTAGGTAAA TCATTTAATTTTTCATCAAATTGTATAGATGGAATGATAAAAGTAAAACATCATTTAATTCTGACTTGGCTTTTTCTTTT CCCATTTAGTTTATTCTTGTATAGATGGAATGATACAAGTAAAACATTATTTATTTCATTATTCTTGTATCTTGGACCTT GTGCAATCAATTTGTAACTCATATGTTTTATCCCCTTCGTTAAAAATTACACACCAATTGATGCAGTGGACGCCAAGCAT TGAGAAATCGACTTGAAGAGGTATTGAAGAATTTCATTTATATAAAGTCAAAAGCATTTTGAATATTAGTTCCAATATTT CATGAGTTAATCTTTTTTGTTTCAGCTCGGGTACAAACTTAAGGATACCGAAGTTGAGGGTGTATTTTGGCAATTCAAAG CAGTGGCTGAAAAAAAGAAGGTTTAGTATATAAATAGTGTTTTGTATTAATTATATCTATGCATCCTCCACCTTGATCAT TTTTCCATTAAATTCAAAGCATAATTATATTTGTATTCTGACATATTCTTCTAATTGAGCTATCTATGCACCCTCCACCT TGATCATTTTTGAAAACTTTAATATTCTTCCAATTATCTGACTTCAATGTTTCATTTCCTTAGAGAATTACTGATACAGA CCTTAGAGCCCTAGTGTCTAATGAAGCATTTAATGAACAACCTATCTGGAAGCTAGGTGATCTGCAGGTAGTTTCAACAA TGCTTAATTTCAAACTAGATATGTCATCAAAATGGCTTTTGTTTATTTGAAACAATTTTTTTTATGTAATCGAATCTATC AATGTAGGTGACTTGTGGAACTGTGGGTTTTTCAACTGCCACTGTCAAACTTTTTTCAATTGATGGAAGCATGCATGTTG CTTGTTCCATTGGTACAGGACCAGTGGATTCAGCTTATAAGGCTATTAATCACATTGTCAAGGTTTGAAATTCGTTAAGT GATTGGTTATACTCACTTTTTCTTTTTTAATTTTGAAATCTATAGTGGACCCCACTTAGCATGTGTAGCATTTAGCCCAA TAAAGTCTAGCAACATAATATTTTAAGGATACCCCTAAGCATTTTGTGGTGATTGGTTTAATTTTTAAAAGGTTAATTCT CACTTTGACACTATCTTTTCAAAATTATTTCTTTCATTAGTTAAATTTAATCCATACTAGTTCTAAAAAATTGCACGTGA GACTCATATAATTTAGTAGACTACACAACAATTTCAACCAATAAAAGAAAGAGTGTTGGTAGCTCTCCTCTTTATTACTT CACATGTTCCTATTTATAAAACTCCCTTAAGATAATTATGTTTATTAAGAAAACATGTAATAAGATCAATAAATATATTA GTTTTTTAAAAAGTTTATCTAACCTTTCTTATTTACCCTTAATTAGAGTGTGTAAGAGAATTAATTATAAGTGTTAGTCA AATTTTGAAATTATGATAACTAAATAAATACAAGGAGTACATATGGAAGAAAATAATTAATATTTTTAAAATTTAGTAAG AAGTCTTGTATTAATGAACGCAAAAATGTTTCTAAGAGATCTTATAAAAATGGACGAAACAAATATTTTGTTCAATAAGA TCTATTGAAGTAGAAGTGAGACTTCCATAAAAAATAGAAGTGAGACAACAATCTATGCACAATTATAGGGATTGATTTTA ATAACCAACAGCTAACATTATTATTATTATATATAAAAACAAATGATTAAATTAAATATTTTAACGTGATTTATTTTGTG TCACTATTGGTATATATAATGGAGGAATATGATATTACTCAACGTAGGAACCGGCAAAACTTGTCAAGTACACACTAGGT GCAATCACAGAAGGCATTGATGCAACTGCCACTACAAGTGTTGAAATTTCCCGTGGAGATACGAATCATCCAGTATTTAG GTATTTTGAATCCAACAGCTAGTTGCTTTAGTGTTATAATTTTTCACTTGTGCTAGCTTATACAACATTGAAATTTTGTT TTTGTAGTGGGACTGGTGGTGGAACAGATGTGGTTGTTTCTAGTGTTGATGCTTATCTTTCAGCATTAAACAACATGTTA CGTTTCTACTAATGATTCAAATTTCCTGCAAGAAATCCCAACTTCTGAATAATAAAGTTGCGAATTTGTATTAATGTTGT AGGCGCACTAAATTATCTTATGTTATGTATCAATTACTCATTGTACTTGTTATGGAATAAATGATATGTTTATGTACATT GGCCGAACTTGAGAACACTAAAATAACAATGGGGTGAATCAGGTTTGCAACATAGTAGTCAAAATAATATTTAAAAACCT AAATCTAGAGAAACACTACTAGAAAAACTAGTTTTCACATCGGGTATTTTTGAGTTTTAACATCGGTTTTTATCCGATGT AAACAATGTTGATGTGGTATCTCCTAACCTTTTCACATCGGTTAAGTCAACCAACTGATGTGAAATGTACACTTTTCACA TCGGTTAAGTCAGCCAACTGATGTGAAATGTACACTTTTCACATCGGTTCTGTCATCCAACCGATGTGAAATGTATACTT TTCACATCGGTTAGACAAAAAACCGATCGGTTTAGACTGAAAACCGATGTGAATGCTCAACCAGTTTTTTTCTTTTTTTT TTTCACACG
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0613400.2) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTTAAACCCCAAATTAACTATACTAAAAAAGGTCGTATATATTTTCCGGAACGACCTTTTATATAAGATCAAAACCTC CCCAATTGTTGCTTTCATTCATTGTTGCATTCATTTCATTCATATAGTATTGCTGTTAGATCTTTTTCCAATCTTCATAC CAGATATGGCAAGCAAAAATTCCATTATACGTAATCGCCCTGAATACATTCCCAACCACATTCCGAACCCAACCTATGTC AGAATCTTGGACACCACCCTCCGCGACGGTGAGCAGTCCCCGGGAGCCGCAATGACGTGTGTCCAGAAGCTGGAAACCGC GCGGCAGCTCGCGAAGCTGGGCGTGGACATCATTGAGGCCGGGTTCCCTTGCGCGTCTAAGCAGGACTTCATGGCGGTTA AAATGATCGCGGAGGAGGTTGGGAACTGCGTCGATGGCAACGGATATGTGCCTGTGATAACTGGTGTGTCACGGTGCAAT GAAAAGGACATCGCCACCGCATGGGAGGCTCTCAAGCATGCGAAGAGGCCGAGGCTGAGAACTTTCATAGCTACCAGTCC CATTCACATGGAGTACAAGCTCAGGAAGAGTAAAGATCAGGTGCTTGAAACTGCTCGGAATATGGTGAAGTTTGCCAGGA GTTTAGGTTGCACTGACATCCAATTTGGTGCTGAAGATGCTGCAAGATCGGACAAGGAGTTTCTTTATCAAATTTTTGGA GAAGTTATCAAGGCTGGGGCAACAACTTTGACTATCCCTGACACTGTGGGCATAGCAATGCCATTTGAGTATGGAAAACT GATTGCAGATATAAAAGCAAATACTCCAGGGATAGAAAATGCTATCATGGCAACACATTGCCACAATGATCTTGGACTTG CTACTGCTAACACCATTGAGGGTGCTCGTTATGGGGCAAGGCAATTGGAAGTAACAATTAATGGTATCGGTGAAAGGGCT GGTAATGCTTCATTTGAAGAGGTTGAAAAATACTCTGGCCTACATTTACAGCCTCACAAGGCTCTTGTGGGTGCTAATGC TTTTCTTCATGAAAGTGGCATTCATCAGGATGGAATGCTAAAACACAGAGGTACATATGAAATAATATCTCCTGAGGATA TTGGTCTTGTAAGATCCGTTGGAGATACTATTGTATTGGGGAAGCTTAGTGGACGCCAAGCATTGAGAAATCGACTTGAA GAGCTCGGGTACAAACTTAAGGATACCGAAGTTGAGGGTGTATTTTGGCAATTCAAAGCAGTGGCTGAAAAAAAGAAGAG AATTACTGATACAGACCTTAGAGCCCTAGTGTCTAATGAAGCATTTAATGAACAACCTATCTGGAAGCTAGGTGATCTGC AGGTGACTTGTGGAACTGTGGGTTTTTCAACTGCCACTGTCAAACTTTTTTCAATTGATGGAAGCATGCATGTTGCTTGT TCCATTGGTACAGGACCAGTGGATTCAGCTTATAAGGCTATTAATCACATTGTCAAGGAACCGGCAAAACTTGTCAAGTA CACACTAGGTGCAATCACAGAAGGCATTGATGCAACTGCCACTACAAGTGTTGAAATTTCCCGTGGAGATACGAATCATC CAGTATTTAGTGGGACTGGTGGTGGAACAGATGTGGTTGTTTCTAGTGTTGATGCTTATCTTTCAGCATTAAACAACATG TTACGTTTCTACTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0613400.2) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLNPKLTILKKVVYIFRNDLLYKIKTSPIVAFIHCCIHFIHIVLLLDLFPIFIPDMASKNSIIRNRPEYIPNHIPNPTYV RILDTTLRDGEQSPGAAMTCVQKLETARQLAKLGVDIIEAGFPCASKQDFMAVKMIAEEVGNCVDGNGYVPVITGVSRCN EKDIATAWEALKHAKRPRLRTFIATSPIHMEYKLRKSKDQVLETARNMVKFARSLGCTDIQFGAEDAARSDKEFLYQIFG EVIKAGATTLTIPDTVGIAMPFEYGKLIADIKANTPGIENAIMATHCHNDLGLATANTIEGARYGARQLEVTINGIGERA GNASFEEVEKYSGLHLQPHKALVGANAFLHESGIHQDGMLKHRGTYEIISPEDIGLVRSVGDTIVLGKLSGRQALRNRLE ELGYKLKDTEVEGVFWQFKAVAEKKKRITDTDLRALVSNEAFNEQPIWKLGDLQVTCGTVGFSTATVKLFSIDGSMHVAC SIGTGPVDSAYKAINHIVKEPAKLVKYTLGAITEGIDATATTSVEISRGDTNHPVFSGTGGGTDVVVSSVDAYLSALNNM LRFY
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
Phobius
CYTOPLASMIC_DOMAIN
1 28 28 - –
TMHMM
TMhelix
20 42 23 - –
Phobius
TRANSMEMBRANE
29 53 25 - –
Phobius
NON_CYTOPLASMIC_DOMAIN
54 564 511 - –
PANTHER
PTHR10277:SF61
58 328 271 3.6E-263 –
PANTHER
PTHR10277
58 328 271 3.6E-263 –
SUPERFAMILY
SSF51569
76 346 271 1.45E-75 –
Gene3D
G3DSA:3.20.20.70
77 339 263 9.5E-95
IPR013785
Pfam
PF00682
80 328 249 3.5E-81
IPR000891
ProSiteProfiles
PS50991
80 349 270 36.619
IPR000891
CDD
cd07940
82 328 247 2.15723E-146 –
ProSitePatterns
PS00815
87 103 17 -
IPR002034
ProSitePatterns
PS00816
283 296 14 -
IPR002034
PANTHER
PTHR10277
328 563 236 3.6E-263 –
PANTHER
PTHR10277:SF61
328 563 236 3.6E-263 –
Gene3D
G3DSA:1.10.238.260
340 449 110 8.9E-35 –
Coils
Coil
392 412 21 - –
SMART
SM00917
427 561 135 2.0E-26
IPR013709
Pfam
PF08502
428 561 134 3.7E-36
IPR013709
Gene3D
G3DSA:3.30.160.270
456 562 107 8.8E-10
IPR036230
SUPERFAMILY
SSF110921
460 560 101 9.29E-18
IPR036230

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:0003852
Molecular function 2-isopropylmalate synthase activity Catalysis of the reaction: 3-methyl-2-oxobutanoate + acetyl-CoA + H(2)O = (2S)-2-isopropylmalate + CoA + H(+).
Subterm of
GO:0009098
Biological process Leucine biosynthetic process The chemical reactions and pathways resulting in the formation of leucine, 2-amino-4-methylpentanoic acid.
Subterm of
GO:0019752
Biological process Carboxylic acid metabolic process The chemical reactions and pathways involving carboxylic acids, any organic acid containing one or more carboxyl (COOH) groups or anions (COO-).
Subterm of
GO:0046912
Molecular function Transferase activity, transferring acyl groups, acyl groups converted into alkyl on transfer Catalysis of the transfer of an acyl group from one compound (donor) to another (acceptor), with the acyl group being converted into alkyl on transfer.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0613400.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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