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LotjaGi3g1v0553400.1

Overview

Field Value
Gene ID LotjaGi3g1v0553400
Transcript ID LotjaGi3g1v0553400.1
Related isoforms 1
Lotus japonicus genome version Gifu v1.2
Description Acid invertase 1; TAIR: AT1G62660.1 Glycosyl hydrolases family 32 protein; Swiss-Prot: sp|P80065|INVB_DAUCA Beta-fructofuranosidase, soluble isoenzyme I; TrEMBL-Plants: tr|K7LFL4|K7LFL4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi3g1v0553400
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:97086354..97093870) extracted from Lotus japonicus Gifu genome v1.2.

ATATACATCTGTCTATATATATACGTATCGTCAAAGAAGCCCCTAGCTAGATACCTGTTTTTTGTTATCATTCATATCAA GTTTCCCCTGCACATGTAAATATCATTCATTCATTCCTCTTTTTTTTTTTTTTTTTCCCTCCCCTCCAATTAAGTTGGAA CCCTCAATCCAAATGGAAGTTAACCCGTTTAGAAGTTTCACGTTGACTAGAGATAATTATAACAAGTCTACAAACTCTCA TCTTGAACATGCTCTACACATTCCCTTTCTCGGTCCTTCTTCCCCAGGAAGGGACAGTGGCAATAGATTAAAGGGTACAC TTGTGATAATTATTGGTTCCATTATATTCCTAATGTTAATAGTTGCAACACTGATTATAAACCAAAGCTATGATGAGCCC TTTGCGAAGCAGCAGATCAATCTCATCATGCCTAGAGGGGTTGCTGAGGGAGTTTCAGCCAAATCAAACACATTTCTTTC CCAGCAAGGTTCATATAATTGGACAAATGCCATGTTATCTTGGCAAAGAACAGCTTTTCATTTTCAACCTGAAAGGAATT GGATGAACGGTAAGCATAACTAAATTTTTGAAACCAAGAAATGTGTCTATTAATTTAAGTTCTTAATTATGTATGTGTTC AACTGCTTTTCACTAAGAAAAACTCAATTCTCGTCTTTTTTTTTTTACTATGAAAGAAGCTAATTAACAATATTGTCTTG TTTTCCTATTGGGGTTGCTGTTGGCCTGTTATTGTTTGGTTAATTCTGCTTCAGATCCTAATGGTACGTACGTCACTACT TCTTTTCAATACCACTTAATTGTTTCCTTTTCAAGATATTGCTTGCTTTGTATTGGTTTCCTCCTTATATATTTTGGTAA ACTAAGAGAAGTTACATTAATATACTGTTTTCCACCAATAGACTTTTTGCCACGTTTTTAGTAAAATTTATGATAATGGA TAGTTAAAATATCATATATCTATATGTTAGGACATGATTATTAATTGGAGACTTATCTTTATCGGGTAGGATCTTAGACG ATAGAGATGTGTTAAGAAGTTTAACATTGATAAAATGTACTATGTTTAAGATAATTTTTATAGTTTATTGAGAAAACAAT ATTACATCTAAATTAGCTTTTGAATAGAGTTAAGTCTACCAAATTTTAATATTTATTATATTTTTATCTTATTCAATTTC TTCGTGGGTTGTTCACACAATCACACCATGTGAAATTATAAAAATTTCAACATAGAATTTAATATAAAAATACCCTACAA GTAAGGAGTTAAATTTGTTATTAATGAATTTCAGTTGCTTTCGTTAATAAAACTCAATTTGATAACGTCACAAAAAACTG TGATGGTCATCATTTTATTCACTGCTTCTCTGTTTCCATAAATTTCTCAAACTTCGAATCCATCTTGATTGAAAAGCTTA ATTGGTCAATTTGTGGTGGCAAGAGGAAAGCGCTTAATTGTTCAATTTGTTTGTACTTTTTTTTTTCGCAGTTTTTATTT TTAAGATTAAAAATATGAAATCTGAATTTTTAAGAGAGTGTTTGAAGTTTTGGTGACAAAATATTATTTCGAGGCTCCTG ATACACGTTGTTGACTTTTTACCTGCTGCCTGCGAGTGAGATTCATGCCCAATATGCTGTTTTCGTGCTGGGCCTGGATC CAATCAAGCCATCAAGTAGGGGTGTACAAAGGACGGGTTGGGACGGGTTTTAGTTAACCCTAACCCGGCCCTAAATATTG ATCGGGTCAATTCTTAGACCCTAACCCGTCCCTAGACCCGAAGAAACCCGACAATATGCGGGTCCAATTTAGGACGGGTC TATGTAGGACGGGACCGGTTTGACCCGAGGGACAATAAATCTAAGACTATTTAATACTAATTATAAAATTTAAAGACAAT AACATACTAAAAGGGTTACAAGTGAGAACTATTTTTTAGAAGAAAGAGCTTGAAATGATCCAATTCTTGCATAGTCTATG TCATAATCTATTGCACTTGAGAGGTTTACATTTTATTTGATCTATATGCACGTGTCACTCATTTTGTTTGATCTCTCTTC ACTTGTCTCACATGTGCATTACATAATTTTCTCTTGTTAAAGCATGAAAGTGTTCATCTTTTAACCAACGTTTATTTAAT TAGTAAGATAGATGTTAAAAAATTTCATATCATCCACATGGTAAGATAAACTTGAGAATCATCTATCATATTTTAACCAT TATAACAAATTAAAATTTTATAAAATATATATGTGGGACGGGCCGGGTGGCCCGAATGTCAACCCAAACCCGACCCGACC CGAAGCCAAATAACTCAATGATCAACCCTAACCCGACATCTTTTAATGATCGGGCCGGGTTGAACCCGGCCCGAAAGGCT TGGGCCGGGACGGGTTGGCGGGTTGGGCCGGGTCTTGTACACCCCTACCATCAAGTATCCAAGTTTTTATATGAAAAGTC AACATATATATGATTACATATTTATATATTAATGATAACATATTTGATTCATTGAGATATATATTTATTTATCATGAGGA ATGCATGATTTTTTTTAGGGTTAAAAACTATAACCGTCCCTGAACTTTGAGCGAGTTTTGAAAACCGTCCCTCGCCGGAA AATTATCTGAAAACCATCCTCAGACTATTAAAAATAATTTGAACCCATTCCTCCGGCCACCATAGGTCCGGCCAACGTGC TTACGTGTGGGCTGAGATCCTACGTGTACTTCCACGTCAATTAATGAGTACCAGGTGGAAGCTTATGTATGCCACGTCAA TAAATAAATACATATAACTTTTTTTTATTTCAAATAGATTATTACTGATTAAAAAATTAATCTCACAATCTCAATCACCA ACACAATCACACAATCCTTATCTTCTGCATCATCCAGATTCACCAACACCAGCCAACACGTCCACCATTCTCTGCATCAT CATCTCCAATCCTTTGCAAAGGAAAAGCCCACAATCACCACCATCCTCTACATCATCACCAACACCAGCCACAAACTCCA CCACCCCCTCCATAAAAAACCATCTCCAAGTCCTCTTCTTTCATCTTCCAAAGCCAAAACCCAGAAACACAAGTTGTTTC TGATGCAGGAAGGTTCGATCTGGCCGTTTATCGGTTTATCGTCCAAAGAAGAGAAGAAGTATGTTTCGTTGCAGATCTGG GGTTGCAGAAATGGGTTTCATTGCAAATCTGACCGCTTGAACGTTAACCCATTTGAATCCTATTGGGTTTCTTTGAAGAT TTGGGGCCGTTTATGCGTTTGAACCATCCAAGATCTCATAGATAAGGAACCACCTCTGATCGGAGCCACCCGTTTCACGA TCTGGGTTCTGGGTTTTGGGGGTCGGGGTTGCGGTGAGTGGGGTTGCGGGTTGGGGCTTCTTGGTTCTCTGATCGGAGCC ACCCGTTTCACGATCCAGAGGAATGTATTTTGGTTTTTTCGATTCAAATCAAAGCTGTGAACTTTCCTTTTCTTCTGGGT TTGTTCTTAGTTTTTTTCTCTTCTTCTTCTTCCTGTGAAGTTAGCTTTTTTGCTTGATTATCATTGGAAAGAATTGATTA TGAGCTTTGATTTAAATATACATGTAACCTGCTTTCATATACATAAGAAATAGAACTGAAAGTGTTTTAGAAAGAATTCA ATGTTTCTGGGCTATTTGTTAATTACTAGTTTTAGGGTTAGTGTGGTTGTTAGGGTTAATTTGGGGATTTAAGGTAAAAT TAGGATATTAGGGTTAATTACTTAATTCAGTTAATTAGAGATTTTTTATTTTTTATTTTAAAAAAATACACATAGGACTC ATTAATTGATGTGGAAGTACACGTAGGATCTCAGCCCACACGTAAGCACGCTGGCCGGACCTGTGGTGGCCGGAGGGATG GGTTCAAATTATTTTTAATAGTCTGAGGATGGTTTTCAGATAATTTTCCGGCGAGGGACGGTTTTCAAAACTCGCTCAAA GTTCAGGAACGGTTATAGTTTTTAACCCTTTTTTTAAAAAAATTGTTAGTCTACTGGTGAGCAAATTTTACCCTAATAAG GGTGAAAACATGCTATCGAACTCCAGAAAAATTATTTACTAAAGAAAATAATTGTAGTTTCATAAATGGGTGAGAGCATC TTTAAAATACGAAAAATGAAAAATAAAAATAATGACAAGTCTATTAATGTTCGATATTGATTAGAGATATGACTAAGATC ATTCTTATATATGGAAAGACAATTCTCAAGTCCAACCAAATTTTTAGAGTAGAGTTATATAAGCTTATCTCATTTATAAC ATACTCTTTGATTTTATGGTGAGGTATAAGATATTACAAAAACATTAGAAGAATAAGATGTTGTATATTGTTGCAGGTCC ATTGTTTCACATGGGATGGTACCATCTATTTTACCAATACAATCCTGATTCAGCTGTGTGGGGAAACATAACATGGGCTC ATGCTGTATCCAGGGATTTGATCCAATGGCTCTACCTTCCCATTGCCTTGTTTCCAGATAGCTGGTTTGACATCAATGGT GTATGGTCAGGATCCGCCACCCTTTTGCCAGATGGCAAAATCATGATGCTCTACACAGGAGACACTAATCAACACGTGCA GGTGCAAAATCTCGCGTACCCCGCCAACCTATCTGATCCCCTCCTCCTTGATTGGGTCAAACATGCGGGTAACCCAATTT TAGCACCTCCACTGGGCATTGGTTCAAAGGATTTTCGTGACCCAACAACTGCATGGATCGGGCCAGATGAGAAATGGAGG GTCATTGTTGGGTCAAAGGTCAACAGAACAGGCCTTTCATTGGTTTATAAAACCAAAGATTTCACCCATTTTGAGCTCAA TGACCACTATTTGCATCAAGTTCCGGGTACAGGTATGTGGGAGTGTGTGGACTTTTACCCAGTTTCGATAAACAAGCTGA ATGGTTTGGACACATCGGTGAATGGTCCAGGAGTGAAGCATGTGTTAAAGGCTAGTTTGGATGACACTAAGGAGGATTAT TTTTCACTTGGAACTTATTTCATTGAAAATGATACATGGGTGCCCGATACCCCGAATGCGGATGTGGGTATCGGGTTGAA GTTGGATTATGGGAGATACTATGCTTCAAAGACATTTTATGACCAACACAAACAGAGAAGGATCCTTTGGGGATGGATTA ATGAATCAGATAGTGAAACCGCTGACTTAAAAAAGGGTTGGGCGTCTCTTCAGGTATAGTATAATTTTTGTATTCTTTCT CCAACATATCACCACTAACTTTGGAATAATAAGAATAATTTAATAACTATATACACATAATTTGAAACAAAGTGGGTTAG TGTAGTCGTTAAACACTTTGTCTCTTAGGTAAGTGGTTAATGATTCGATTCTCAAACTCCTGTAAATGAAAAACAATCTT ATTAACCAGACCCTATCGCTTAGTGCACTGATAGCGCGGCGAGTGATTAGTCTTACGACTAACGACTATGAGGTACATTG GTTAAAAACATATATTTAGATAATGCGAGAAGTTTTACACAACTATACAATAAAATTTACAAATTTGTCACGTTATATAT ACATGGGTTAAATATGTTTTTGATCACTACAAACTCGCGAATTACGGATTTTGGTCATTTGGAAAAGAATTATTTGAAAT AAGTCCTAAATTTTCGAGAATACACGTTTGAGTCCCTAGAAAGATGAACACCAAGGAGCAAGTAATTTTGAAGGATATTT TTTTAGTAATGATCAGTCATCTAAATTGTACTTTCAATCATTGAATTTTGGTTTTAGTTTCTTCCAACTTGTGTATTCCC AGAAACCAAGATGTATTTGAAAGAAAGTTTTTAGTGACTGAAATCAATAATTCTTGATTTGGTAGTTAAAGCTAAATGAA TTGATCATATGAATCAATGTAACATATACTTGATATGAATTCTCACTAGTTTTTGTTTTTTGTTTTTGAGATCAGACAAT TCCAAGAACAGTGGTGTTTGACCAGAAGACTGGAACTAATTTGCTTCAGTGGCCAGTGGAAGAAGTTGAGAGTTTAAGAC TAAGCAATGCTATATTTGAAGGAATTGTTGTTAAACCTGGCTCAGTTGTGCCATTGGACATAGGCCCAGCAACACAGGTT TGTCTCTAGCCAATACTAAGTTTCACATAGTGTCATAAGTTGTAATTAAGAGCATATTTAGATTCACATTTAATCATCCT AAAATCATTTATCCTCCAATAAAAGGTACTCTTAGTAGTGCTTTGGGGTTGGAATTTTTTCTAAATTTCTTTCTCAAAAT TTTCAGTTGGACATATTTGCTGAATTTGAAATCGAATTGCTGGCATCCGAAGGGGTTGAAAAGGATGTAGGATGCGGAGG AGGAGCTCATGAGAGAAGTGCATTGGGACCATTTGGCATTCTGGCTATTGCAGATGACCAACTTTCTGAACTCACACCAA TTTATTTCCGCCTTTCTAGCACTGCCATTGGAACTTCAACCACTTTCTTCTGTGTTGATGAGACTAGGTACCATATTTTC ATTTTAGAAGATCTTAATTTCATAAAATTAATTTTAGTTAAAAGTAAGTCTGAAGTGAATCTTTTCTTAAAAGTATGTTT GCAACGAATTTTAATGAAAATTTAATGAAAATTTTAACCATAGTGTTACTTATTGGATAATGTAGGTCATCAAAAGCTCC TGATGTATCAAAGCTTGTTCATGGAAGCAAAGTTCCAGTCCTCAGTGATGAAAGATTATCAATGAGGATATTGGTAATTG TGAAATTTCTTTGTTCGTGTTAATATATGTGAGTTATTGGGACAATTAATCAAATTTCCAATGTGATATGCAGGTGGACC ATTCAATCATTGAGAGCTTTGGGCAAGGAGGGAGAACTGTTATCTCATCTAGAGTTTATCCAACAGAGGCAATATATGGA GCTGCAAGATTATTTCTCTTCAACAATGCAACAGGCATAAACATCAAGGTCTCGCTCACAGTTTGGCAATTGAACTCTGC TTTTATACGCCCCTTTCCCTTTGATCAGAGTCAATGAAAGCTGATGTATAAAAAAAAAGCGAAAATCTTGTCGCAACAAT CATGCATAAAGCTGATGTATGTTTTGGCTTGATGTAAATATTTGAACATTTGAAATTATTTCATATCTTTGAAGCAAAAT TCTCTATCAATCATAGTGTTTCACTAAACTCATGATTGCACAGTAGGAATTGGAGAGTTTTCACCCATTTCCACAGTGCA TGTGTGCTTCACGAGCAGGAGATCTAGTTGTTTCTGTTAATGCAAACCAAGTGTAATGCTATCATCTAGACAATAAACCA CATTGTTGGATTTTGGATTCTAGAGCAACTGATCATAAATTCTCTTCTTTATACTGGGCAGTTTTGGCTGTCAAGCTCCC TTGTGGTAGTTCACTAGCAACTCAAATTGTTGGCAGTGTTTAGATCACAGATACTTCGTAGTTAACTAATGTCCGAT
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0553400.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGAAGTTAACCCGTTTAGAAGTTTCACGTTGACTAGAGATAATTATAACAAGTCTACAAACTCTCATCTTGAACATGC TCTACACATTCCCTTTCTCGGTCCTTCTTCCCCAGGAAGGGACAGTGGCAATAGATTAAAGGGTACACTTGTGATAATTA TTGGTTCCATTATATTCCTAATGTTAATAGTTGCAACACTGATTATAAACCAAAGCTATGATGAGCCCTTTGCGAAGCAG CAGATCAATCTCATCATGCCTAGAGGGGTTGCTGAGGGAGTTTCAGCCAAATCAAACACATTTCTTTCCCAGCAAGGTTC ATATAATTGGACAAATGCCATGTTATCTTGGCAAAGAACAGCTTTTCATTTTCAACCTGAAAGGAATTGGATGAACGATC CTAATGGTCCATTGTTTCACATGGGATGGTACCATCTATTTTACCAATACAATCCTGATTCAGCTGTGTGGGGAAACATA ACATGGGCTCATGCTGTATCCAGGGATTTGATCCAATGGCTCTACCTTCCCATTGCCTTGTTTCCAGATAGCTGGTTTGA CATCAATGGTGTATGGTCAGGATCCGCCACCCTTTTGCCAGATGGCAAAATCATGATGCTCTACACAGGAGACACTAATC AACACGTGCAGGTGCAAAATCTCGCGTACCCCGCCAACCTATCTGATCCCCTCCTCCTTGATTGGGTCAAACATGCGGGT AACCCAATTTTAGCACCTCCACTGGGCATTGGTTCAAAGGATTTTCGTGACCCAACAACTGCATGGATCGGGCCAGATGA GAAATGGAGGGTCATTGTTGGGTCAAAGGTCAACAGAACAGGCCTTTCATTGGTTTATAAAACCAAAGATTTCACCCATT TTGAGCTCAATGACCACTATTTGCATCAAGTTCCGGGTACAGGTATGTGGGAGTGTGTGGACTTTTACCCAGTTTCGATA AACAAGCTGAATGGTTTGGACACATCGGTGAATGGTCCAGGAGTGAAGCATGTGTTAAAGGCTAGTTTGGATGACACTAA GGAGGATTATTTTTCACTTGGAACTTATTTCATTGAAAATGATACATGGGTGCCCGATACCCCGAATGCGGATGTGGGTA TCGGGTTGAAGTTGGATTATGGGAGATACTATGCTTCAAAGACATTTTATGACCAACACAAACAGAGAAGGATCCTTTGG GGATGGATTAATGAATCAGATAGTGAAACCGCTGACTTAAAAAAGGGTTGGGCGTCTCTTCAGACAATTCCAAGAACAGT GGTGTTTGACCAGAAGACTGGAACTAATTTGCTTCAGTGGCCAGTGGAAGAAGTTGAGAGTTTAAGACTAAGCAATGCTA TATTTGAAGGAATTGTTGTTAAACCTGGCTCAGTTGTGCCATTGGACATAGGCCCAGCAACACAGTTGGACATATTTGCT GAATTTGAAATCGAATTGCTGGCATCCGAAGGGGTTGAAAAGGATGTAGGATGCGGAGGAGGAGCTCATGAGAGAAGTGC ATTGGGACCATTTGGCATTCTGGCTATTGCAGATGACCAACTTTCTGAACTCACACCAATTTATTTCCGCCTTTCTAGCA CTGCCATTGGAACTTCAACCACTTTCTTCTGTGTTGATGAGACTAGGTCATCAAAAGCTCCTGATGTATCAAAGCTTGTT CATGGAAGCAAAGTTCCAGTCCTCAGTGATGAAAGATTATCAATGAGGATATTGGTGGACCATTCAATCATTGAGAGCTT TGGGCAAGGAGGGAGAACTGTTATCTCATCTAGAGTTTATCCAACAGAGGCAATATATGGAGCTGCAAGATTATTTCTCT TCAACAATGCAACAGGCATAAACATCAAGGTCTCGCTCACAGTTTGGCAATTGAACTCTGCTTTTATACGCCCCTTTCCC TTTGATCAGAGTCAATGA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0553400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MEVNPFRSFTLTRDNYNKSTNSHLEHALHIPFLGPSSPGRDSGNRLKGTLVIIIGSIIFLMLIVATLIINQSYDEPFAKQ QINLIMPRGVAEGVSAKSNTFLSQQGSYNWTNAMLSWQRTAFHFQPERNWMNDPNGPLFHMGWYHLFYQYNPDSAVWGNI TWAHAVSRDLIQWLYLPIALFPDSWFDINGVWSGSATLLPDGKIMMLYTGDTNQHVQVQNLAYPANLSDPLLLDWVKHAG NPILAPPLGIGSKDFRDPTTAWIGPDEKWRVIVGSKVNRTGLSLVYKTKDFTHFELNDHYLHQVPGTGMWECVDFYPVSI NKLNGLDTSVNGPGVKHVLKASLDDTKEDYFSLGTYFIENDTWVPDTPNADVGIGLKLDYGRYYASKTFYDQHKQRRILW GWINESDSETADLKKGWASLQTIPRTVVFDQKTGTNLLQWPVEEVESLRLSNAIFEGIVVKPGSVVPLDIGPATQLDIFA EFEIELLASEGVEKDVGCGGGAHERSALGPFGILAIADDQLSELTPIYFRLSSTAIGTSTTFFCVDETRSSKAPDVSKLV HGSKVPVLSDERLSMRILVDHSIIESFGQGGRTVISSRVYPTEAIYGAARLFLFNNATGINIKVSLTVWQLNSAFIRPFP FDQSQ
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
Phobius
CYTOPLASMIC_DOMAIN
1 49 49 - –
PANTHER
PTHR31953
44 641 598 0.0 –
PANTHER
PTHR31953:SF34
44 641 598 0.0 –
Pfam
PF11837
44 115 72 5.4E-8
IPR021792
Phobius
TRANSMEMBRANE
50 69 20 - –
TMHMM
TMhelix
50 69 20 - –
Phobius
NON_CYTOPLASMIC_DOMAIN
70 645 576 - –
SUPERFAMILY
SSF75005
116 442 327 2.62E-102
IPR023296
ProSitePatterns
PS00609
123 136 14 -
IPR018053
Pfam
PF00251
123 441 319 1.0E-102
IPR013148
SMART
SM00640
123 591 469 5.2E-232
IPR001362
Gene3D
G3DSA:2.115.10.20
128 451 324 5.2E-208
IPR023296
CDD
cd18624
129 427 299 3.79248E-169 –
SUPERFAMILY
SSF49899
441 635 195 3.96E-35
IPR013320
Pfam
PF08244
444 630 187 1.7E-26
IPR013189
Gene3D
G3DSA:2.60.120.560
452 632 181 5.2E-208 –

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:0004553
Molecular function Hydrolase activity, hydrolyzing O-glycosyl compounds Catalysis of the hydrolysis of any O-glycosyl bond.
Subterm of
GO:0004564
Molecular function Beta-fructofuranosidase activity Catalysis of the reaction: a fructofuranosylated fructofuranosyl acceptor + H2O = a non fructofuranosylated fructofuranosyl acceptor + a beta-D-fructofuranoside.
Subterm of
GO:0004575
Molecular function Sucrose alpha-glucosidase activity Catalysis of the reaction: sucrose + H2O = alpha-D-glucose + beta-D-fructose.
Subterm of
GO:0005975
Biological process Carbohydrate metabolic process The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0553400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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