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LotjaGi1g1v0387200.1

Overview

Field Value
Gene ID LotjaGi1g1v0387200
Transcript ID LotjaGi1g1v0387200.1
Related isoforms 4
Lotus japonicus genome version Gifu v1.2
Description 1-deoxy-D-xylulose-5-phosphate synthase; TAIR: AT5G11380.1 1-deoxy-D-xylulose 5-phosphate synthase 3; Swiss-Prot: sp|O78328|DXS_CAPAN Probable 1-deoxy-D-xylulose-5-phosphate synthase, chloroplastic; TrEMBL-Plants: tr|V7ATQ4|V7ATQ4_PHAVU Uncharacterized protein; Found in the gene: LotjaGi1g1v0387200
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:87049564..87056687) extracted from Lotus japonicus Gifu genome v1.2.

AGAAAAAGAACTTTGCCATTGACCAAAGGGAAGGATTAAATTTGGCACCCAGGTTGAGGAGAAACCCATGATCAAGACAC ACAGATAACAATTTTTGGATAATTTAATAAAAAAACTATGAAATGAAGGATAGTTTGTTTTGTTTTGTCGTGTAACGAGG CACATATGTCCAATGAAACCGCTATGGGTGAGTCGTGGTTTAGATTCTGTGCAAATCGCTTTTCCTTTGTCTCTTGCTTC GTTTTTCTGATTTCCATCGTTTTCCAAATCACCCCATCATATCAAAATTTGATTTTCTTGATTCATGTGAAGCAGGTGTG AGGTGGTGTGAACATTGAAGATTTTCACTTTGTTTCGATTCTCAGTGATGATGGGTGCTGTTCCTGCTAGATACCCTTTG GGAATCCCTTTGCACTCTCACGGTGGTGCTCTTTCTCGCAGAGTCGACTTCACCACCTCACACTTCCCTGTTCATCTTGA CCTTTCAAGAATTGCCTTGTGCCCCCGTTCTGCTTCTGAGGTACCTTAATTATCTTATTTCATGGGGTTTTCACTAGTCT GGGAAGTTTCAATCAATGCTATGTATGTAATGGATGGCTTAATGTGGTGTTAGACACAAATGGGACATTAGTTTAATTAG CAATGGAAATTTTCAATGCCCTATACTTTCTATATCTTACTTATAGTTAGATTCCAAAGGCTTGAGAAAGGGACACTAGT TAAATTTTATACTTTATAGTTAGATTTAATTGGGATTACATGGGTGGTTTTATCTGGTGCTGAACTAAATAGCTTGAGAA TTCAATAGGTAAAGAGTGGCTAACATTGTTTGATGTTGCCCTAAATGCTTCATTCGACCCTCATTGTCTCAAATGAAAGG CCAAAAGGGTAACCCCATTTGTTTTGGGTTGAATTTCGGTGTCTTTGTCCACATGGTTTTCAGGGTTGAAGAAAATAATG CCTATAGGTAAACAAGTTAGAAGGTATAGATTGAAATTGAATAGCAGCTATGATGTCAAATCATTTTGGAGTTTGAGGCT GCTGTGATATTAGAATTGAGGAACATTTTGAAATGATAAGACATCAAATCTCAGTTTTGTGATGTTGTTTACCTACATCC CTAGTTGATATAATTAATTACCGGATGACTGGTCGGTATCTAATAGGTTTTGGGATGTAGGAATTCATTGATAGAGTATG TGCACGGTCTGATATTGATGATTTTGACTGGGAATGGGACGAAGTTCCGACACCTATTCTTGACACGGTTGAAAATCCTC TTTGCTTGAAGAACCTTTCTCTTAAGGTTGGTTGTAAGCTTGTAACCATTCTTTCTTCATTTTGCTTTTACATCACATAT ACTTGCAATCACAAAGCATCTAAATACCTAAATATTTGTGCTTGCAGGAACTGAAACAACTAGCTGCTGAAATCCGTATG GACCTATCTTCTCTTATGTCAGATACACAAATATCACCGAAAGCAAGTATGGCAGTAGCGGAGCTGACGGTTGCAATGCA TCATGTTTTTCATGCTCCAGTAGACAAGATATTGTGGGATGTTGGGGATCAAGTAAGATTTTAAGTGATAAACAAAAATG CAAGGGCGTCTTTCGTATTTTAAATTTCCCCTCTCCTTTGGGGTGGAAAGTTGAATGTGAATCAATGATTGACCTATTTT GGTTAATGTAAACTATTCATTATTTGTGTGCAGACATATGCACATAAGATTCTTACAGGAAGGCGATCACTTATGAAGAC AATGAGACAAAAGAATGGTCTTTCTGGTTTTACATCCCGATCTGAGAGTGAATATGATGCATTTGGTTCAGGTCATGGGT GCAACAGTATTTCTGCTGGACTTGGTAGTTTATAAATCCTTTCCCGTTTTGATAATATTAGTTTCTTATTACATCATTCA GGTTCATATTTTATTTTTTTGTCATTTGCTGTATGAGTGTATGTATTGTAGGTAGGTTGATAAATTATATTTTTTCTGCT GTAAATAGGGCCACTTCACGTTTTACTTCTTAGATGAATTAATAAAATTCCTACAGGTGAAGTTTCAAATTATCTCAAAC TCATATTTGGTGTATTCTATTTCAGGCATGGCAGTGGCACGGGATATTAAAGGGAGGCGAGAGCGAATAGTTGCAGTTAT CAGCAATTGGACTACGATGGCTGGTCAGGTGTATGAGGCAATGAGCAATGCAGGATGTTTGGACTCAAATCTGGTGGTGA TTTTGAATGACAGCCGTCACTCTTTACTCCCCAAAATCGATGAGGGCCCAACAACTTCTGTCAGTGCCCTGTCTAGTACC CTAAGCAGGCTCCAGTCCAGTAAATCTTTCCGAAGATTTAGAGAAGCTGCTAAGGTATGTTTCTATTTCCCCTCCTGTGT AGAGAAATAATGCTAGAAAGCTATAAATTCGTCTTCAGCATTTGTTGCTGACATGCAGCCGCATGGTCCATATGACAATG CCACGCCATTCATGTTGTTGATTAGCCTCATTTTGTTGGTGTAATCTTCGCTTTCGCTCCTTCCATGGGGGTTCTGTCCT CAGGGGCTTCTTGTGGATAATATAAATACTTTATTTTTCAAAAAGAAAAAAATTGGCATGCTAAATGACTTATAATTCAA AATGGATTAGTACATGGACTGTTATGTATAATTTGTGGCCTGCCAAAAATACTCATCACTTTACGTTTTAATTTATTGTG ACAACTGAGATCTTTCTGTGTGCATTGAGAAAGATAAATAGAAGTGCAAATCTCCCCCTCCCAAACGCTTGTGCGTATGT GCATTTTTACTCTTAGTGTTTCCATGTTACCTTCTCATTCAACATAAGTGATGCGTCTAATAAGTAACAAAGATAGTCCT TCTTTAAGACCCCAATTTTCATATCTTCATGCCCTATGCTTCATATTCACATTATGTTTAAGTGATTGGTAATTCGTCTG CTTTATCACAGGGTGTTACTAAACGAATTGGTAGGGGTATGCATGAATGGGCAGCTAAAGTTGATGAATATGCCCGTGGT ATGATGGGTCCACTAGGTGCTACTCTTTTTGAAGAGCTTGGATTGTACTACATTGGACCAGTGGATGGACACAATATGGA AGATCTAGTATGTGTGTTGCAAGAAGTAGCATCCCTGGATTCAATGGGTCCTGTGTTAGTTCATGTGATAACCGATAAAA ATCAGGGAGTAGAAAACAATCAGAAAAGTGATATAACGGACAGGCATCAGAATGGTACTAATTTCTATCGCAATTGTATT GCATATGCTCCATTCCATGTCATATCTTCTTGTGTGATTGCTTATCTTGCCTATACTGATCTTACACTCTAGTTTCGTTT TTCTTGGGTTTTCCTCTTTCTCTCTCTTTCCCATTTGAGTTTATTTCAGATGCTTAAGCCTTTCAGAAAGTGAAATGAAT CCCTTCATTATTGATTAGCTTAAATATAGACCCTATGCAATAACATTATGATAACTTATAAAGGACACGATGCTCCATAA AACAACCAAGTCTCATCTTACTAGGTAGAGTTTGCTTCATGGATAAAAGGACTCCATTGGGTTCTGTGAAAAACTAAAAT TTGATTAAATCCTTTTAATATGCTTTTCAAGCCTTTTGGCCTTTTCTTAATCTGAGCTGAAGCAGCACTGCATTTATTTG GCTTCTTATCTAGGTTCAGGTGGATACAATTAACATTTCATCTAGGTGTAGTACAAATGCCTTAAAAAATTTAAATGATA TGTAACCAAACATTTATTTGTTTCCTATGTAATTTTTCAGATTCTGTTGAAACTGATTTTTTAAACCATGATGTTCGCCC TCAAGCGTATGGTGATTGCTTTGTGGAGACTTTGGTTGCAGAAGCAGAGAAAGACAAAGATATTGTGGTTGTTCATGCAG GAATGTTGATGGAGCCATCACTTGAACTGTTTCGAGAAAAATTTCCAGATAGATTTTTTGATGTGGGAATGGCTGAGCAA CATGCTGTGACATTTGCTTCTGGTTTGTCATGTGGTGGATTGAAGCCATTTTGCATTATACCTTCTTCCTTCCTACAAAG AGCCTATGACCAGGTCTGACCCAATTTCAGCTTAAACTAACATGATAACCACTACCTGTTCACAGAAAATCAGAATTTCT TGAAAAATGGAATATTTTTAGTTCATATAAATTATTTAATTAAATAATTTCTGAAAAAAAGGAATCAAGGGTAAAAGATA CATCTGGAAACATGTTAAACAGTAAGAAGCATTGCAGCAATACTATTATTGTTATATTATGAATAGAGAGATAGAAAAAA ATGAAAGTAGTAACAGTACTGCATATCTGGTGCATGCGCTGCCAAGTTGTAAGGATTGAAGGGGATTTTACTTTATGAAC CTTCAGGGAGTTTTATAGAACTGGACCAGAAATGGAGAAGAAGAAAGAATTCTTTATTGAAAAGTAAGAAACTGTATACA ATTCTCTAGCATTTGAGAGGTTAGAACTCTCCCAAAACAGATCCTATTTCCAGAATATCCTAACTAGTTAACAGCTGCCA CATAACCCAAGCAACCTCTAAGCTGATTGCCATCTCATTCACAAACAAACTGCCTAATACATTGATATGTTAAGATCCTC CCTCCCATAATCTAGGTCCATTAGTTGGCCTAGTATCTAATTCTATCAGAGTTTGGTACTCGAGGATCTCTGACAGCATT AGCAAAACTATGTAACCTGAGAAAATAGATATCATATTATTATGTGTATTTTTAATTTGCAATTGTGCGTGGATAGGTGG CATTGTGATTAAAACAACCTGATCTGACTGATAATTTTTTTTTGTAAATCCAACAAAATGTATTGGAATAGACAAAGGCC CCGTTTGGAAACACAGCTTAATTAAGCGCTTATGGTCATAAGCGCTTATGACATAAGCACTTATTCATAAGCTATTTTAA AATATTTATTGCAATAAATCGAAAATGAGCTATATATAAGCATGAGCTCTTTTTCATAAGCTATCCTGAGTAGCTTATGA AAATAAGCTCAAAACAGCTTATGGCCTACCATAAGCTGTTTGCATAAGCTCTCCCAAACACCGGCATAAGAGCTTATACT ATCAGATAAGCTCAAATAAGCTCTTCCAAAGGGGCCTTTCTCAGTAGAAAAATTTCCCCAATGGCCTTTCTACTTGTATG CAGAATGGATAGCTTGTACACTACACATTATATAATGATTTTATACTAGTAATTACAGTTTTTAACATGTTAATTGTTAC ATGTCCGTATAGGTGGTTCATGATGTTGATCAACAGAAAATTCCAGTGCGTTTTGTCATTACAAGTGCGGGAGTGGTTGG TTCTGATGGTCCCCTCCATTGTGGGGCATTTGACATAACCTTCATGTCATGCTTGCCAAACATGATAGTCATGGCGCCAT CTGATGAGGTTGAACTCATGCACATGGTGGCTACTGCTGCTCAAATCAATGATCGGCCCGTATGCTTTCGGTATCCTAGG GGTGTCTTGGTTGGGGAAGACTACACTATACCCAATGGAATCCCCATTAAGGTAATTGGGTGATATAGTTTTTTTTTTTC TTCTTTTTTTGGCTGTATTGTGGGTTTTGTTGAAACACATTACACATTGCTTTAAAAGGGTGAACTAATCTAGGGAAGTG CCATTCATTTTTACCTTCCCCTAAATTTTATCAAAGTATTATATAGCATATTGTCCTCCTTTAAATTTGGAGCGGTTGTA TGTATTCATATACAGATTGGAAAAGGAAGAATTCTTGCTGAAGGTAAAGATGTTGCTTTACTGGGATATGGATCAATGGT TCAGAACTGTCTGAAGGCTCACTCACTTCTTGCAAAGCTTGGTGTTGAGGTGACTGTTGCTGACGCAAGGTTCTGCAAGC CCCTTGACATCAAGCTTCTGAGGCATCTTTGTAAACACCATTCTTTTCTAATTACTGTTGAGGAAGGTTCCGTAGGGGGA TTTGGTTCCCATGTTGCTCAGTTTATTGCACTGGATGGACTGCTTGATAGAGGAATCAAGGTAATTCGAGTAAGCTAGGT GAAATGATTATATTTGTTTTATGGTTTTTAGTATATTTGGGCCTAGGAACGTGTTATTGGCTTCTATTTATAACTGGCTT AAAAATATCAGATTAAAGATAACTGAATTTCTTTCATTTGTATACCTCTCTGAATTTCTTGGTGGGAATGTATAGCTTTT TTTTTATAGGCAACATGATTGATAGGTGGCCCCTTAGTGTGTAATAGCAAGTTAAGTATCATACAACAAATTGTTTATTT TAATTTCGAAGGTCATTTGGCAAATTCATGTATAGTGTTTGGTGCATTTTTAAGTATACATAGCCCTTACATATCTTGCG CAGCAAAGTATGACTGAATTTTGCATTTGGTCAAAGTTTCTGATATTCTGTTTCATATTTTGTGGATCAACTCTTCCAGT GGCGACCAATTGTCTTACCAGACAGATACATTGAGCATGCATCTCCAAATGAGCAGCTTGACCAAGCAGGGTTGACTGGA CATCACATTGCTGCAACCGCGTTGAGTTTGCTCGGCCGTACCCGTGAAGCTCTCCAGTTTATGTGCTTCTGACTTACACG CTTCATGTTCTTTTCCAGAAAGTTGGATAGTTGCATAGGAGAATCAAGAATGCAAAGGGCAGTTAGGTTTACCGGTCTCT TTCTATTTATAATGTTGTGTAGTTCTCCTTTACAAGTCTGGTGAAAAAGAGATCATGAATGCTATTTTAATTGTACAGCA CTGATGTCAAATAGAAAGGAAAAAGCTAATATTAACTTTGACAAGCTAACAAATAAAGATATATGATGCCAGTCCATAGA GAATGCATTACTTGGTCTTGGGATGTGATATACCAACAGAGTTTGAAATATCATTTTATTTCTCATCACAAATTACAATA GGTGGTTTCAATATATAGATTCAGGCTCTCCTAATTAAGCAAATAATTAAAAAAAATCTATACAAGTCTCCTAATTACAA GTATACAAATCACATAAATAAGGAAATAAATCTCTCGCAATATTATCATGATATTATAACAATATCTCATGATTATATCA TAAT
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0387200.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGATGGGTGCTGTTCCTGCTAGATACCCTTTGGGAATCCCTTTGCACTCTCACGGTGGTGCTCTTTCTCGCAGAGTCGA CTTCACCACCTCACACTTCCCTGTTCATCTTGACCTTTCAAGAATTGCCTTGTGCCCCCGTTCTGCTTCTGAGGAATTCA TTGATAGAGTATGTGCACGGTCTGATATTGATGATTTTGACTGGGAATGGGACGAAGTTCCGACACCTATTCTTGACACG GTTGAAAATCCTCTTTGCTTGAAGAACCTTTCTCTTAAGGAACTGAAACAACTAGCTGCTGAAATCCGTATGGACCTATC TTCTCTTATGTCAGATACACAAATATCACCGAAAGCAAGTATGGCAGTAGCGGAGCTGACGGTTGCAATGCATCATGTTT TTCATGCTCCAGTAGACAAGATATTGTGGGATGTTGGGGATCAAACATATGCACATAAGATTCTTACAGGAAGGCGATCA CTTATGAAGACAATGAGACAAAAGAATGGTCTTTCTGGTTTTACATCCCGATCTGAGAGTGAATATGATGCATTTGGTTC AGGTCATGGGTGCAACAGTATTTCTGCTGGACTTGGCATGGCAGTGGCACGGGATATTAAAGGGAGGCGAGAGCGAATAG TTGCAGTTATCAGCAATTGGACTACGATGGCTGGTCAGGTGTATGAGGCAATGAGCAATGCAGGATGTTTGGACTCAAAT CTGGTGGTGATTTTGAATGACAGCCGTCACTCTTTACTCCCCAAAATCGATGAGGGCCCAACAACTTCTGTCAGTGCCCT GTCTAGTACCCTAAGCAGGCTCCAGTCCAGTAAATCTTTCCGAAGATTTAGAGAAGCTGCTAAGGGTGTTACTAAACGAA TTGGTAGGGGTATGCATGAATGGGCAGCTAAAGTTGATGAATATGCCCGTGGTATGATGGGTCCACTAGGTGCTACTCTT TTTGAAGAGCTTGGATTGTACTACATTGGACCAGTGGATGGACACAATATGGAAGATCTAGTATGTGTGTTGCAAGAAGT AGCATCCCTGGATTCAATGGGTCCTGTGTTAGTTCATGTGATAACCGATAAAAATCAGGGAGTAGAAAACAATCAGAAAA GTGATATAACGGACAGGCATCAGAATGATTCTGTTGAAACTGATTTTTTAAACCATGATGTTCGCCCTCAAGCGTATGGT GATTGCTTTGTGGAGACTTTGGTTGCAGAAGCAGAGAAAGACAAAGATATTGTGGTTGTTCATGCAGGAATGTTGATGGA GCCATCACTTGAACTGTTTCGAGAAAAATTTCCAGATAGATTTTTTGATGTGGGAATGGCTGAGCAACATGCTGTGACAT TTGCTTCTGGTTTGTCATGTGGTGGATTGAAGCCATTTTGCATTATACCTTCTTCCTTCCTACAAAGAGCCTATGACCAG GTGGTTCATGATGTTGATCAACAGAAAATTCCAGTGCGTTTTGTCATTACAAGTGCGGGAGTGGTTGGTTCTGATGGTCC CCTCCATTGTGGGGCATTTGACATAACCTTCATGTCATGCTTGCCAAACATGATAGTCATGGCGCCATCTGATGAGGTTG AACTCATGCACATGGTGGCTACTGCTGCTCAAATCAATGATCGGCCCGTATGCTTTCGGTATCCTAGGGGTGTCTTGGTT GGGGAAGACTACACTATACCCAATGGAATCCCCATTAAGATTGGAAAAGGAAGAATTCTTGCTGAAGGTAAAGATGTTGC TTTACTGGGATATGGATCAATGGTTCAGAACTGTCTGAAGGCTCACTCACTTCTTGCAAAGCTTGGTGTTGAGGTGACTG TTGCTGACGCAAGGTTCTGCAAGCCCCTTGACATCAAGCTTCTGAGGCATCTTTGTAAACACCATTCTTTTCTAATTACT GTTGAGGAAGGTTCCGTAGGGGGATTTGGTTCCCATGTTGCTCAGTTTATTGCACTGGATGGACTGCTTGATAGAGGAAT CAAGTGGCGACCAATTGTCTTACCAGACAGATACATTGAGCATGCATCTCCAAATGAGCAGCTTGACCAAGCAGGGTTGA CTGGACATCACATTGCTGCAACCGCGTTGAGTTTGCTCGGCCGTACCCGTGAAGCTCTCCAGTTTATGTGCTTCTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0387200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MMGAVPARYPLGIPLHSHGGALSRRVDFTTSHFPVHLDLSRIALCPRSASEEFIDRVCARSDIDDFDWEWDEVPTPILDT VENPLCLKNLSLKELKQLAAEIRMDLSSLMSDTQISPKASMAVAELTVAMHHVFHAPVDKILWDVGDQTYAHKILTGRRS LMKTMRQKNGLSGFTSRSESEYDAFGSGHGCNSISAGLGMAVARDIKGRRERIVAVISNWTTMAGQVYEAMSNAGCLDSN LVVILNDSRHSLLPKIDEGPTTSVSALSSTLSRLQSSKSFRRFREAAKGVTKRIGRGMHEWAAKVDEYARGMMGPLGATL FEELGLYYIGPVDGHNMEDLVCVLQEVASLDSMGPVLVHVITDKNQGVENNQKSDITDRHQNDSVETDFLNHDVRPQAYG DCFVETLVAEAEKDKDIVVVHAGMLMEPSLELFREKFPDRFFDVGMAEQHAVTFASGLSCGGLKPFCIIPSSFLQRAYDQ VVHDVDQQKIPVRFVITSAGVVGSDGPLHCGAFDITFMSCLPNMIVMAPSDEVELMHMVATAAQINDRPVCFRYPRGVLV GEDYTIPNGIPIKIGKGRILAEGKDVALLGYGSMVQNCLKAHSLLAKLGVEVTVADARFCKPLDIKLLRHLCKHHSFLIT VEEGSVGGFGSHVAQFIALDGLLDRGIKWRPIVLPDRYIEHASPNEQLDQAGLTGHHIAATALSLLGRTREALQFMCF
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
PANTHER
PTHR43322
2 716 715 0.0
IPR005477
PANTHER
PTHR43322:SF3
2 716 715 0.0 –
SUPERFAMILY
SSF52518
75 458 384 6.82E-45
IPR029061
Hamap
MF_00315
77 707 631 35.323
IPR005477
Pfam
PF13292
78 362 285 9.1E-85
IPR005477
TIGRFAM
TIGR00204
80 704 625 4.8E-177
IPR005477
Coils
Coil
92 112 21 - –
CDD
cd02007
119 367 249 1.79011E-88
IPR005477
Gene3D
G3DSA:3.40.50.970
396 565 170 9.6E-57 –
SMART
SM00861
397 562 166 1.0E-48
IPR005475
SUPERFAMILY
SSF52518
397 585 189 8.34E-53
IPR029061
Pfam
PF02779
398 558 161 1.2E-30
IPR005475
CDD
cd07033
403 556 154 7.86546E-62 –
SUPERFAMILY
SSF52922
570 706 137 3.8E-35
IPR009014
Gene3D
G3DSA:3.40.50.920
575 707 133 6.7E-35
IPR009014
Pfam
PF02780
575 698 124 1.1E-31
IPR033248

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:0008661
Molecular function 1-deoxy-D-xylulose-5-phosphate synthase activity Catalysis of the reaction: D-glyceraldehyde 3-phosphate + H(+) + pyruvate = 1-deoxy-D-xylulose 5-phosphate + CO(2).
Subterm of
GO:0016114
Biological process Terpenoid biosynthetic process The chemical reactions and pathways resulting in the formation of terpenoids, any member of a class of compounds characterized by an isoprenoid chemical structure.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0387200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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