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LotjaGi4g1v0298400.7

Overview

Field Value
Gene ID LotjaGi4g1v0298400
Transcript ID LotjaGi4g1v0298400.7
Related isoforms 6
Lotus japonicus genome version Gifu v1.2
Description ATP-dependent dethiobiotin synthetase BioD; TAIR: AT5G57590.1 adenosylmethionine-8-amino-7-oxononanoate transaminase; Swiss-Prot: sp|B0F481|BIODA_ARATH Bifunctional dethiobiotin synthetase/7,8-diamino-pelargonic acid aminotransferase, mitochondrial; TrEMBL-Plants: tr|I1LVT1|I1LVT1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0298400
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:67242014..67250493) extracted from Lotus japonicus Gifu genome v1.2.

ATGTTCCGCTTCCCCTCCGTCCTTCTCTCCCGCCGTCACTGCCGCCGAAAACTATCCACCACCACCACCTCGCAACCACT CGAGCTCCCTCTATCCCACCCTATCTACCTCATTTGGGGCTCCAACACCGGCGTCGGCAAAACCCTAGTCTCCGCCGGCA TCGCCGCCTCCTCCCTCCTCTCTTCCCCCTCCCCCGTCAAATTCCACTACCTCAAGCCCCTCCAAACCGGCTTCCCTTCC GACTCCGACTCCCGCTTCGTCTTCAACAAGCTCTTCCACCTCCGCAACCGCACCACCCCCCGCATTGCTCTCTCCGCCTC TCTCCGCGTCCTCAATGCCTCCCGCGCCGCTGCGACGGAGAATGACCAGACTTCTTTTTCAGCTGACGGAGAACGTTCCG CCTCCTCGGAGCTGGTTTGCAAGACGCTGTACGCGTGGGAGGAGGCCGTGTCGCCGCATTTGGCCGCCGAGAGGGAAGGT TTCGTCGTCAAGGACTCGGTGGTGCTGGAAACGTTGCGGAGGTGCTTTCGAGACGTGGTAGAAAGTGGCGTAGGGAAGGA GAGGTCGGAAGTTATGTGTATTGTGGAGACCGCTGGTGGAGTTGCTAGCCCAGGTCCTTCTGGGTCACTTCAATGTGACT TGTATAGGTGTGAATTTCAACCTTTCTTGTCATTTTGTTCAAACACTTGCAGATTCAGCTTTGATGAAACGATTTTTAGG TCTATGTATTTAGTTAGGTGCCTCAAATTTTGTTGAGATGCTTGCCCCTTTGTTTAAATTTGATTATCTTTTGCTAACAA TTCATGGACTGTTTGATATTTGCTACCCTTTGTCAGAGTGTAGCCATGAGAACTCATAGACATGTAGGCTAAGGAAGCAA ACATATAATATGTGGTAGAATAGTGGTCTATATGGCATAGTTCAAATCTTATTCTTTTGTTGAATCTGTTTCTTCTGCCA TTTTTGGTCAGGCCGTTTCGTATTCCTGCAATTCTTGTTGGAGATGGGCGGCTGGGAGGAATTTCGGGAACAATATCAGC GTACGAGACCTTGACGCTTCGGGGTTATGATGTTGCTGCTGTTATTTTTGAAGATCACGGCCTTCTCAATGAGGGTCCCC TATTGTCTTATATGCGAAACAAGTAGGCTTGATTACACCAGTTATTTTGTTCTCTTTCTGCTTGTGACATGAAAGAATTT TTGTAGTAAAGAAAAGTTAAGTTTAAGTGACAAGCTTTAAAATTAATGTTCGAAATTGTTTTTATTTTAAGCACTGGATG TTTTAATTTCAGGCATGGTGAATGGTTTCAGCAATATTTTTATTTTTTTTCTAAAGTTTTTATTTAAATTCATTTATTTT ATAGGTAACAAACGAGCAACACTAAAATCTTGTTGGACAGTCTGCATAACTTCATTTTGAGCTAAATGTATGATAGAAGA ATTAATTTTGTCTGTTTTGCTTCTGGAAGACTGAGTTTTCTGTTTGGGAAGATTTATCCTATTTGGCTTATAAAAAAACT TGTAAAAATGAATTTTGCTTGAATAATGTTATACAATTACTTGTGCTAAATCACCAAGAAAAAATATTTTTTGTGTTCAA AATTGCATTTGTAAAGTGTGACTAAACGTCATGCATGTCAATGTGGGTTTGAGGTTTCAACTCATAAGAATTCTTGCTAA TGGGTTGCCAAGTGTTGGTTTGAAAATTTTAGGGTCGGTTTAATTTCCATTTGTATTTCCTTCCTTTAGTTTTATTCGCA ACAATGTCCCATTGTTTTAATTGTTTCCTGTTTTCAAAGTCTTGTATAGGAAACAACAAGAACTGCATTTTATTTTTCTC ACTGTTTCCTAGCCAAAACTATGAAAATAAAAAATGAAGTGAAAACAAGGGGGCATTGTTGCAATTAAAACTAAAAACTG GAAATAGAAAGTAAACAGGCGCTTCATTTTCAGCACTGAATTGAGTTTTACAAACACACCAGTGTCTCTCTCTCTTTCTC TCGCTTTCTGACACTTACATATTCATATATACATCTAGAGGTCTTTTTATCTGCATTTACATTTCAGCTAATCAACTATC TTTATGGTTTTGACTTTTCTTCTGTTTTGCGGTATGATTACTATGTGATTATATACTATTGTTGCCATCTTAATGCAGGG TTCCTGTTCTAGTGCTACCACCTGTTCCAAAAGATCCATCAAATGACTTAATGGAATGGTTTGATGGTTCCCATGGTGTA TTTAATAATTTAAAGGAAATAATGCTATCTGCTTATTTTGAGAGAATTAAAAAATTGCATGACATGCCAAGAAAAGCAAG GGATATCATCTGGTGGCCTTTCACACAACACAAACTTGTACCTGATGGAGGGGTCACAGTAATTGATTCACGCTGTGGTG AGAACTTTGCAGTCTTCAAGGTTTGTTTCAAGAAAAATCCTTATTTGTTCTTTTTTTTTTGATTTTTTTAGGTGTTGCAA TACAAATCTTAGTGAACTGCCCTATGTGTACAATGTTGAGCTTACTACATTAGTGTTTACGTTGGAATTAGATTCAGGAG TTCTATAGAATCTTCATTCATGCTTTTTCATGTGCGGACACTTAGATGACACATCACCATTTTTTTATAGGCTCAGAAGA CAGAAGTCATAGCACCATTATTTGATGCATGTGCAAGTTGGTGGACTCAAGGACCTGATGCTATTTTGCAGGTCATCCTC ATTTTTTGAAGCTTTTAATTTTGTTATTCAAACTTTTAATATTCATATTGGCTATTTGATTACCAACAAGGTGTTGGTCT AGTGGTTGGCAAGCTAGATCCCCGGGAAAGTCATTTGTTGGGAGGGACTACCACCGTTTCCCGAACAGGTTAACATCTGC AAAAACAAAAAATATTGGTTATTTGATTGAGGGACATGTTCTGAAATATGACATTCTTCCTTTCTTAAACTGTTGGATAT GCTTGTAAAAATATTCTGTCTATGTTTTTAATTTATAATGCTTAACCATATCATTTAACTCATCAAATGTCCTGCTTTAA TTAGGCAGTCAAATATCCAATGTAACATTTAGTGAATCTTTATACTTGGATCGATGATAACATATAAGTCGAACATGTTT GCCTGCTTATATAGACCTGGATGCCCCTTTATGATAGCATCTCTGAAGTTTTCCTTTAATGCTATCATTCGATTTAGGTA ATTTCAGGCTGAGCTTGCTAGGGAGATGGGATATACTGCTGCACGATTTGGGCATGTAATGTTCCCAGAGAATGTTCATG AACCAGCCTTAAATTGTGCTGAGCTTTTGCTTCAAGGCGTGGGGAAAGGTTAGTGTGCTGTTTGAATATTCTTCCATATT CAAATCAATTTTGTTTTTGTTTTATCTAATAGGATTTTACCAAGGTGTTCCTAAAAGTTTGTATCTAATGTATGATCTGC GTTCTGGTCTTAGGGCTATTTGATCCATGAATACAATTACGTTGGTTAAACACGTGCTTTTCAGTTTATTCCTAGTTTCC TACTGCTACTTAGGGATGTTTGCCACTGGCCAGTGTTATCCCCTGAATGATAAAATATGTTATATTGTGAACAATTTGCA GTTTTTGTTAGTTATTCATGTTAATTTCCATTTCAGCTGGGTGACCGAACTAGGGTTTATGCAGGTTGGGCTTCTCGTGC ATATTTTTCAGACAATGGATCTACAGCAATTGAAATTGCTCTCAAGATGGCATTTCGTAAATTTTCTGTTGATCATGGAC TCATTCAGGATTCTGATGAGGATACCATAACTGAAAGATCTCCTGAGCTAATGGTTGGTTCCTTCAGTCCATTTGTCTTT TCAGTTTGCAGTTATTTATTTTGATTAGTTTTTGAGCAATGCATGGGAGTGAAGGCTTTGGCGCTGTGCTGTTTTGTGGT GAATTTGGCTTGAGGAAAATTTCTGTGTTTTCAATAAGTCTTATCTCATTCCCTAATTTGTTATTGGGTGGGAATGTTTT CATGGCGCACCCCCTTCTTTAATTTGTTATTTGCTTTTCTTTATTTTAGGAGGATTTTTTTTTGGTCAAGGAGGAAGGTT TTTTCACAAGAATTTTTCTAGTTTCGACACTAATTTTCACTCAAGTGGTTGGTCTTTTCATCAAGTGGTTACTTATTAGC CTGTCTTCGAACTTTGTGAACTGGTTGACAGTTGAGTGGTTAGTTATTCCTAAACTAGAATAATTTTACAAGGAATTCTT TTTTCCCTTTAAAATGAAGCCTCTGGTTTTATGCTGGCTGATAATGATCTGGAAGTATCTTTCAAATATTGTTGTGATTT GAATGGCCTCCCATGTCTTTTTACTTTAAGTGAATAATGTTGTGTATCTTTCTCAGTTGAATTCATTGATTCATGCTGTT CAAATGACAGCAACATAGACTTCACATATTCCTCCTTGCATATACTCTATATAGCAGTATAACCTTGTCTTTTAAAAAAG TAGTTTCATTCAATGAAGTACACCTCTCTTAATGCTTGTGGATTTAATTATTTCAGGTCCTCGCTCTTCAGAGATCTTAT CATGGTGACACATTAGGTGCTATGGAAGCACAGGCACCATCATCTTATACAGGCTTCCTGCAGCAACCATGGTATACATG TTTCCTTCTACTGCATACTTGAGAAATATGAAATTGGGTCTTCTGAAAACATGAGAGGATTACTATTCTCATTTTTCACT GTCTTGCTAACAAAGTTACATTTGATAGATATTGACGGAAAATGCCCATGGTCAATTGGTGGTTTTGGAATTTGGTATCC AGTTAGCATGGGCATTTATAATTCTTCATGTAAAACATTATAAAAGGTGTTGCTGGATATGCCAAAAATAGACATAAGCA GTTTTGGTTTGTTACTTCTGTTTAGCATAAGTCAGCTTGTCTATTTTATTTTAAAATCTATTGTTCATGCTTAGTATAAT TTTGTCTAAAAACCTTGTGCGAAGTTATGTTGTTATATTTTGTTTGTGAATTCTGATATTGAAAGTTGAAACTAGAGATC ATCATTATTTTGGAGCATGTTTTCCTTATATTTTCTGGACATCTGTTTGTAAATGGATACTCGTGTGAAAACCTTCTGTC CGGGAATGGATTCTATTTTTCTACACCTAACTAATTCTCATGAAACCCTTCTAAGTTTCAATTCTCAATTTCATAGGTAC ACTGGAAGAGGTCTTTTTCTGGACCCTCCTTCTGTCTCTATGCAGAACAATGCATGGAATATTTCCTTACCTAAAGGATT TCAATTGGAGAATCTGAAACTTGAAAATCTCAGTAAGTTCAAATTTCCAACTTTATTTCGTTTCTTGGTTACTGTTTGGA ATATCATCATTTTGATTTGCTGACACTCTCACAGCTTTTGCTTCTCGTGATGAAATATTTTGCAAGGGCAGGGACAAGTC TGAGCTTGCTACAGTTTATTCATCTTACATATCTAAAGTGTTATCTGGATTTAGTGGGTCGAATACTATTGGAGCATTGA TTATGGAGCCAGGCAAGATATTTTATGCTGCCTTTATTTTGCATATTTTTAAGTGTCATTTTAGTTTCACTATCTCCTCT CTAATGCTGTTGATTTTATATTTTTCCAATGCATGCATGAAGCTGAATAAGAAAAAAATAAAAGAAAGAAAGAATCATTT GCTTACTTAACACTCTTCGACATGACAATGCATTAGATTCCTCTATGTCAGCAGTAACACAATTACCTGTGTGAAATGTG ATTAAAATACTGCATTTGGGCCGTTCTAGGTCTTCCACATAGCAAAACTGTCGTGTTTGTTTTTCTTGGTTCCTGTAAGA TTACTTGTTTCTGAAGTTGGTTCAGTGGCCTTCTAGATATTCTAATTTATTTTGATTTGATTGCACCTTTTCCTGAGACT GATGATCCCATCTGATTCCTGAACTGTTCTGTAGTTATACAAGGTTCTGGTGGAATGCATATGGTTGATCCACTTTTTCA GCGTGTACTTGTTAATGAGTGTCGGAGTAGGAAAGTTCCAGTTATCTTTGATGAGGTTTTTACTGGTTTTTGGCGTTTGG GAGTAGAGGTGAATCCCTTAATAACTATTCTATTTTCTCATTTTCGATAAAATGTATTTTATATTCTTCAATTATTTGAT TTTTTTTGTTTATGTTTCTTCTCAGACTGCAGTGGAGCTAATCCATTGTGTACCAGATATAGCCTGCTTTGGGAAACTAA TGACTGGTGGGATTATACCACTGGCAGCCACCTTGGCAACAAATGATGTTTTTGATTCATTTATTGGAGACTCGAAGGTA CAACTTTTTCTTGAAAGACTCTGGAGTTGGACACGGAAACTGTTGTATTTTAGATTTTGATGCTTTGATGGAATGGGTTG CTTATTATGCTGACATTATAGTTGTGTATTTTTGTTTCTTTCATCAACCTATTAGACTGTTGAACAACTTCAAATAGTTG TTTATTCTTCGTCGTTGATTTTCTGATTGCTCTCATATAAGTATAACAGATATAAACTAATCATGCTTGAAAATATACTG CAATATTACTTGTGACAAATAGTGTGATTTTATTTTACCTCCGTGCAATGCACATGGGTCTTTATTTTTATTTATATTTA TATTTTGATTTGCTGGCCTCTACTTTTTACCTTTTGGTGTTACTTGTATTTTGTGCCTATGCAAAGCAAAGTTCCTAGAC AGTGTTTTGATTGCATTCTAAAGTGATGTATACTTTTGTTCTGGTTAGCTCAAAGCCCTTTTACATGGCCATTCTTACTC TGCACATGCTATGGGCTGCATGGCTGCTGTTAAATCAATCCAATGGTTTAAGGACCCTTGTTCCAACACTAACATCACTT CTGAAGGAAGATTACTTCGGGAGGTATGCTTACCGCAATCTTTTGTTTTCTCTGAACTTATTAGCTTCTTACTTCATCAT ATGTAAAATTCCATAAGAGAATAAATTTATCTATATTTTGCTATAATATATTTAAAGGGAATGTCATTCTATGCTATATA AATTATGGGTGACTACTGACTACACCGGCCATTTTTGTCAGTGTAATTCTTGTCATGCAATGAAGTATTTGTTGTTCACC TGTTCTTGCCATATATCTTGCATTTCTGGATGCATGTTTTTGCTTATATAGATTGCACCAATGTTTCATGCATTCCTTCT AAACACTTCACCTTACTTTTGTTTGGCCTTATAAGGTGAACATAGATGTTTTGTATACAGTATAAAATAAAGTTCTAGGA ATTAATAAAAGTAAATGTCTTAGGAATTAGATGATGAATGTCTTTTGTGCAAATTATTGATTATGAATAAACTTTCATTG TGATACTAAAGAAAAGAAACAACACATTTTCTGCTGTTAACGATGAAAAATATCTTCTTATCTTCCAGGAACAAATGATG CTTAATTAACGTGTTCTTGTTTTGATAAGCATTTGATATACAATGATGAGATCTGACAAAATTATCCTGGGGAGCTTTTC ATGTTAAACTCTACATGGCTGCTGGCCTGCTGCAATATAGTTTACTATTGTTCACTTTACCGTAACGTTCCTTTATTTAA TTTTCATTATGCATTTGCAGTTATGGGATGATAAAATGGTTCATCAGATTTCGTCACACCCTGTAGTTCAAAGAGTAGTT ACATTAGGGACTCTTTTTGCCTTGGAATTAAAAGCAGAAGGCGATAATGCTGGGTATATCGTTCTCTCTTTCCCCTACTT TTCAATAATCTTCTGCACCTCATTCTAGAATTCCTGTTAGATTGCATAATTTGAGGAATGTTAGTAACATACTATTTTTA ACACATTTTGTGATATGTTTTTATTGTTGATTCATTATCTAAGAAAAAAATTGATCACTTTGTGATGTTGAATCCCAAAA GAAAATAGCCATAAGAGGTAAAAGGAAGCTCTTGATTACAAGATGATTCTCTGGATTTTAGTTACTTGTAGATTGACCGT ATCTCTTGGATACTAATATGCAGACATGCCAGAATATTCATAACGAGGGCTATGAACTAAAATAATAGTGTTTTTTTGGA TAATTTGTCATGCATGCTTATTTATCTTTAGTTTTTTATTTTCAAACCCTGAACTTTATGTTTTCATTTGTAAAATGTGT AAATAAACCTTTAATTTCGATCATTTTGTTGATGTACCTCTTTGGTACGTGGGGGGAAACCCTGTGGGTAAGGGGTATTA AAGTTGAATAAGTTGTGCATTTTACCCTTTACAAGGTTTTCTTCTAACTTAAGTTTTGCTCAGGTATGGATCATTGTTTG CAAGACCAATTCTTCAGAAACTTCGGGAAGATGGTGTATACATGAGGCCTCTTGGTAACGTTATTTATCTCTTGAGTGGA CCCTGTACATCTCCAGAAACTTGCAATGAACTACTCGTTAAACTCTATTACAGGCTTAAAGAGTTTAGTGGATGAGGAGT
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0298400.7) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGTTCCGCTTCCCCTCCGTCCTTCTCTCCCGCCGTCACTGCCGCCGAAAACTATCCACCACCACCACCTCGCAACCACT CGAGCTCCCTCTATCCCACCCTATCTACCTCATTTGGGGCTCCAACACCGGCGTCGGCAAAACCCTAGTCTCCGCCGGCA TCGCCGCCTCCTCCCTCCTCTCTTCCCCCTCCCCCGTCAAATTCCACTACCTCAAGCCCCTCCAAACCGGCTTCCCTTCC GACTCCGACTCCCGCTTCGTCTTCAACAAGCTCTTCCACCTCCGCAACCGCACCACCCCCCGCATTGCTCTCTCCGCCTC TCTCCGCGTCCTCAATGCCTCCCGCGCCGCTGCGACGGAGAATGACCAGACTTCTTTTTCAGCTGACGGAGAACGTTCCG CCTCCTCGGAGCTGGTTTGCAAGACGCTGTACGCGTGGGAGGAGGCCGTGTCGCCGCATTTGGCCGCCGAGAGGGAAGGT TTCGTCGTCAAGGACTCGGTGGTGCTGGAAACGTTGCGGAGGTGCTTTCGAGACGTGGTAGAAAGTGGCGTAGGGAAGGA GAGGTCGGAAGTTATGTGTATTGTGGAGACCGCTGGTGGAGTTGCTAGCCCAGGTCCTTCTGGGTCACTTCAATGTGACT TGTATAGGCCGTTTCGTATTCCTGCAATTCTTGTTGGAGATGGGCGGCTGGGAGGAATTTCGGGAACAATATCAGCGTAC GAGACCTTGACGCTTCGGGGTTATGATGTTGCTGCTGTTATTTTTGAAGATCACGGCCTTCTCAATGAGGGTCCCCTATT GTCTTATATGCGAAACAAGGTTCCTGTTCTAGTGCTACCACCTGTTCCAAAAGATCCATCAAATGACTTAATGGAATGGT TTGATGGTTCCCATGGTGTATTTAATAATTTAAAGGAAATAATGCTATCTGCTTATTTTGAGAGAATTAAAAAATTGCAT GACATGCCAAGAAAAGCAAGGGATATCATCTGGTGGCCTTTCACACAACACAAACTTGTACCTGATGGAGGGGTCACAGT AATTGATTCACGCTGTGGTGAGAACTTTGCAGTCTTCAAGGCTCAGAAGACAGAAGTCATAGCACCATTATTTGATGCAT GTGCAAGTTGGTGGACTCAAGGACCTGATGCTATTTTGCAGGCTGAGCTTGCTAGGGAGATGGGATATACTGCTGCACGA TTTGGGCATGTAATGTTCCCAGAGAATGTTCATGAACCAGCCTTAAATTGTGCTGAGCTTTTGCTTCAAGGCGTGGGGAA AGGTTGGGCTTCTCGTGCATATTTTTCAGACAATGGATCTACAGCAATTGAAATTGCTCTCAAGATGGCATTTCGTAAAT TTTCTGTTGATCATGGACTCATTCAGGATTCTGATGAGGATACCATAACTGAAAGATCTCCTGAGCTAATGGTCCTCGCT CTTCAGAGATCTTATCATGGTGACACATTAGGTGCTATGGAAGCACAGGCACCATCATCTTATACAGGCTTCCTGCAGCA ACCATGGTATACATGTTTCCTTCTACTGCATACGTACACTGGAAGAGGTCTTTTTCTGGACCCTCCTTCTGTCTCTATGC AGAACAATGCATGGAATATTTCCTTACCTAAAGGATTTCAATTGGAGAATCTGAAACTTGAAAATCTCACTTTTGCTTCT CGTGATGAAATATTTTGCAAGGGCAGGGACAAGTCTGAGCTTGCTACAGTTTATTCATCTTACATATCTAAAGTGTTATC TGGATTTAGTGGGTCGAATACTATTGGAGCATTGATTATGGAGCCAGGCAAGATATTTTATGCTGCCTTTATTTTTTATA CAAGGTTCTGGTGGAATGCATATGGTTGA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0298400.7) extracted from Lotus japonicus Gifu v1.2 Proteins.

MFRFPSVLLSRRHCRRKLSTTTTSQPLELPLSHPIYLIWGSNTGVGKTLVSAGIAASSLLSSPSPVKFHYLKPLQTGFPS DSDSRFVFNKLFHLRNRTTPRIALSASLRVLNASRAAATENDQTSFSADGERSASSELVCKTLYAWEEAVSPHLAAEREG FVVKDSVVLETLRRCFRDVVESGVGKERSEVMCIVETAGGVASPGPSGSLQCDLYRPFRIPAILVGDGRLGGISGTISAY ETLTLRGYDVAAVIFEDHGLLNEGPLLSYMRNKVPVLVLPPVPKDPSNDLMEWFDGSHGVFNNLKEIMLSAYFERIKKLH DMPRKARDIIWWPFTQHKLVPDGGVTVIDSRCGENFAVFKAQKTEVIAPLFDACASWWTQGPDAILQAELAREMGYTAAR FGHVMFPENVHEPALNCAELLLQGVGKGWASRAYFSDNGSTAIEIALKMAFRKFSVDHGLIQDSDEDTITERSPELMVLA LQRSYHGDTLGAMEAQAPSSYTGFLQQPWYTCFLLLHTYTGRGLFLDPPSVSMQNNAWNISLPKGFQLENLKLENLTFAS RDEIFCKGRDKSELATVYSSYISKVLSGFSGSNTIGALIMEPGKIFYAAFIFYTRFWWNAYG
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
SignalP_GRAM_POSITIVE
SignalP-TM
1 14 14 - –
Gene3D
G3DSA:3.40.50.300
26 309 284 5.7E-110 –
PANTHER
PTHR42684:SF3
30 602 573 7.3E-118 –
PANTHER
PTHR42684
30 602 573 7.3E-118 –
Hamap
MF_00336
33 285 253 17.044
IPR004472
CDD
cd03109
34 255 222 1.38739E-45 –
SUPERFAMILY
SSF52540
35 294 260 6.98E-22
IPR027417
Pfam
PF13500
37 120 84 4.3E-7 –
SUPERFAMILY
SSF53383
330 526 197 5.18E-17
IPR015424
Gene3D
G3DSA:3.40.640.10
384 620 237 4.8E-70
IPR015421
Pfam
PF00202
397 500 104 2.5E-10
IPR005814

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:0000287
Molecular function Magnesium ion binding Interacting selectively and non-covalently with magnesium (Mg) ions.
Subterm of
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:0004141
Molecular function Dethiobiotin synthase activity Catalysis of the reaction: 7,8-diaminononanoate + ATP + CO(2) = ADP + dethiobiotin + 4 H(+) + phosphate.
Subterm of
GO:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0008483
Molecular function Transaminase activity Catalysis of the transfer of an amino group to an acceptor, usually a 2-oxo acid.
Subterm of
GO:0009102
Biological process Biotin biosynthetic process The chemical reactions and pathways resulting in the formation of biotin, cis-tetrahydro-2-oxothieno(3,4-d)imidazoline-4-valeric acid.
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 LotjaGi4g1v0298400.7, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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