CDS

Accession Number TCMCG081C21578
gbkey CDS
Protein Id XP_002278517.1
Location join(3496756..3497526,3497728..3498036)
Gene LOC100250627
GeneID 100250627
Organism Vitis vinifera

Protein

Length 359aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA33471
db_source XM_002278481.3
Definition PREDICTED: trans-resveratrol di-O-methyltransferase [Vitis vinifera]

EGGNOG-MAPPER Annotation

COG_category J
Description Belongs to the class I-like SAM-binding methyltransferase superfamily. Cation-independent O- methyltransferase family
KEGG_TC -
KEGG_Module -
KEGG_Reaction R06794        [VIEW IN KEGG]
R07724        [VIEW IN KEGG]
R09872        [VIEW IN KEGG]
KEGG_rclass RC00003        [VIEW IN KEGG]
RC00392        [VIEW IN KEGG]
RC01558        [VIEW IN KEGG]
BRITE ko00000        [VIEW IN KEGG]
ko00001        [VIEW IN KEGG]
ko01000        [VIEW IN KEGG]
KEGG_ko ko:K13262        [VIEW IN KEGG]
ko:K16040        [VIEW IN KEGG]
EC 2.1.1.150        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
2.1.1.240        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway ko00943        [VIEW IN KEGG]
ko00945        [VIEW IN KEGG]
map00943        [VIEW IN KEGG]
map00945        [VIEW IN KEGG]
GOs GO:0003674        [VIEW IN EMBL-EBI]
GO:0003824        [VIEW IN EMBL-EBI]
GO:0006725        [VIEW IN EMBL-EBI]
GO:0008150        [VIEW IN EMBL-EBI]
GO:0008152        [VIEW IN EMBL-EBI]
GO:0008168        [VIEW IN EMBL-EBI]
GO:0008171        [VIEW IN EMBL-EBI]
GO:0008757        [VIEW IN EMBL-EBI]
GO:0009058        [VIEW IN EMBL-EBI]
GO:0009812        [VIEW IN EMBL-EBI]
GO:0009987        [VIEW IN EMBL-EBI]
GO:0016740        [VIEW IN EMBL-EBI]
GO:0016741        [VIEW IN EMBL-EBI]
GO:0019438        [VIEW IN EMBL-EBI]
GO:0030761        [VIEW IN EMBL-EBI]
GO:0032259        [VIEW IN EMBL-EBI]
GO:0044237        [VIEW IN EMBL-EBI]
GO:0044249        [VIEW IN EMBL-EBI]
GO:0071704        [VIEW IN EMBL-EBI]

Sequence

CDS:  
ATGGATTTGGCAAATGGTGGGAGATCTAGTGAGCTGCTTCAAGCTCAAACTCACGTTTGGAACCACATATTCAACTTCATAAATTCCATGTCACTGAAATGTGCTATTCAACTTGGCATCCCCGACATCATTCACAACCATTGTCAGCCCATGACTCTTCATGAGCTGGTTGCTAAGCTCCCTGTCCGTCCGAATAAGACACTGTGCGTTCATCGCCTCATGCGAATTCTTGTTCATTCTGGATTCTTTACTATGCAAAGAGTCCAAGAAAGTGCGGACGAAGAGGGTTATGTACTTGCAAATGCTTCTAGGCTCCTCCTGAAGGACCATCCTTTGAGCGTAACACCCTTCTTGCTTGCCATGCTCGACCCAGATTTAACGGAACCATGGCATTATGTAAGTGCTTGGTTTCAAAACGATGATCCCACCCCGTTTTTCACTGCCCATGGGCGGACAATTTGGGATTATGGTTGCCATGAACCGAGGTTTAACAACTTCTTCAACGAGGCCATGGCCAGTGATGCTCGCTTGGTCACCAGCGTGCTGGTTAAGGAGTGCAAGGGCGCTTTTGAGGGGCTGAACTCGTTTGTTGATGTTGGCGGTGGTACGGGAACAGTGGCTAAGACCATTGTCGAGGCGTTCCCACACTTGCACAGCACTGTGCTTGATCTCCCGCACGTGGTTGCTGACTTGCAAGGGGGCAAAAGCTTGACCTACCTCGCAGGGGATATGTTCGAGGCAATTCCTCCTGCGGATGCCATTTTACTGAAGTGGATATTGCATGACTGGAGCGATGAAGAATGCCTGAAAATACTCAAGCAATGCAGAGAGGCAATTCCAAGCAAAGAAAAGGGAGGAAAGGTGATGATCATAGACATGGCGATTCAAAACAAGAAAGGAGATGACGATGAGTCCAATGTGGAGACACAACTCTTCTTCGATATGCTGATGATGGTTTTGCTCCCGGGTCGAGAGAGGGAGGAGAAAGAATGGAAGAAGCTGTTCCTGGATTCTGGTTTCAGTGGCTATAAGATAACGCCCATATTGGGTTTAAGGTCTCTTATTGAGGTTTATCCTTGA
Protein:  
MDLANGGRSSELLQAQTHVWNHIFNFINSMSLKCAIQLGIPDIIHNHCQPMTLHELVAKLPVRPNKTLCVHRLMRILVHSGFFTMQRVQESADEEGYVLANASRLLLKDHPLSVTPFLLAMLDPDLTEPWHYVSAWFQNDDPTPFFTAHGRTIWDYGCHEPRFNNFFNEAMASDARLVTSVLVKECKGAFEGLNSFVDVGGGTGTVAKTIVEAFPHLHSTVLDLPHVVADLQGGKSLTYLAGDMFEAIPPADAILLKWILHDWSDEECLKILKQCREAIPSKEKGGKVMIIDMAIQNKKGDDDESNVETQLFFDMLMMVLLPGREREEKEWKKLFLDSGFSGYKITPILGLRSLIEVYP