Salvia miltiorrhiza (redroot sage): 131002915
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Entry
131002915 CDS
T09291
Name
(RefSeq) methionine S-methyltransferase-like isoform X1
KO
K08247
methionine S-methyltransferase [EC:
2.1.1.12
]
Organism
smil
Salvia miltiorrhiza (redroot sage)
Pathway
smil00450
Selenocompound metabolism
smil01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
smil00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00450 Selenocompound metabolism
131002915
Enzymes [BR:
smil01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.12 methionine S-methyltransferase
131002915
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Aminotran_1_2
MTS
Methyltransf_31
PrmA
Methyltransf_25
TRM5-TYW2_MTfase
Methyltransf_23
Methyltransf_12
Methyltransf_11
DUF713
Eco57I
Rx_N
Dpoe2NT
Motif
Other DBs
NCBI-GeneID:
131002915
NCBI-ProteinID:
XP_057785387
LinkDB
All DBs
Position
Unknown
AA seq
1076 aa
AA seq
DB search
MEEFLEQCQQSGDAAYSALRSLLERLEDPATRTEARIFLSELQKRFSSKEDSDRCLRTYH
FQIQDIYVEQYEGYQKRKKLTMMVIPSIFIPEDWSFTFYEGLNRHPDSIFKDRTVAELGC
GNGWISIAIAEKWLPSKVYGLDINPRAVKISWINLYLNALDGNGQPIYDEENKTLLDRVE
FYESDLLSYCRNNNIELERIVGCIPQILNPNPDAMSKMITENASEEFLHSLSNYCALQGF
VEDQFGLGLIARAVEEGISVIKPLGIMIFNMGGRPGQAVCERLFERRGLQVDKLWQTKVL
QAADTDISALVEIEKNSPHRFEFFMGLSGDQPICARTAWAYAKAGGRISHALSVYSCQLR
QPNQVKKIFEFLRNGLDDIRSSLDLSFEEDSVADEKIPFLAHLANVLKHLSFFPFEPPAG
SRRFRGLIANFMNTYHHIPLTADNVVVFPSRTVAIESALRLLSPRLAIVDEQLSRYLPKQ
WLTSLKNVEKTETRQNSEEVITVIEAPRQSDLMVDLIKKLRPEVVVTGLGKFESVTSSAF
EHLLDTTREIGCRLFLDISDHFVLSSLPSSNGILKYLARTPLPPHATIVCGLLKNQVYKD
LEVAFVISEDKEMFKALYRTVELLQGSTAIISQLYYGCLFHELLAFQLADRHPRAQRNAE
KTVATKLNGVSSLTCPVLDRAEFSINESDESSLVHMDVDQSFLPITTPVKAAIFESFARQ
NIAESETDVTDSIRRLVKSSYGFSSDSDTEFIYAGSPAELLTNLMICCAQEGGTLCFPTG
SNGNYVSAARFLKVNVVTIPTNPEVGYKLTEETLSCTLEAVKKPWIYISGPTISPTGLVY
SNEEISKLLSVCAKFGAKIILDTSFSGVEYSSKGFDGWNLGATLQKLSSANPAICVCLLG
GLFFKMLASGLKFGFLLMNQPSLVDALHSVGGVSKPHSTIKYTVKKLLDFGEQEMQDLLK
GIAEQIEKLRSRFKSLKQTLENSGWKVLEAEAGVSIVAKPSAYLGKTIQLNDGSGNRKIK
LDDTNIRDAMLTSTGLCINSASWTGIPGYCRFTIALEDKDFKRALDCITQFKSLVC
NT seq
3231 nt
NT seq
+upstream
nt +downstream
nt
atggaagagtttctggagcaatgccaacagtccggtgatgcagcctacagtgcgttacga
tcactcctggagcgcctcgaggacccggctacccgaaccgaagcccggatcttcctgtcg
gagctccagaaacgtttcagctctaaggaagactccgaccgctgcctccggacttaccat
ttccaaattcaggacatttacgtcgagcaatatgaaggttaccagaagaggaagaaactt
acaatgatggtgatacccagtatctttatacctgaggattggtccttcactttttacgag
gggctcaataggcacccggactccatttttaaggacaggacagtagctgaacttggctgt
ggaaatggatggatatccattgcaattgcagagaagtggttaccgtcgaaggtatatggg
cttgatatcaatccaagagctgtgaagatttcctggataaacctatacttgaatgctcta
gatggcaatggccagccaatttatgatgaggagaataaaactttactcgacagggttgag
ttttatgaatcagatttgctatcttactgcagaaataataatattgaacttgagaggatt
gttggatgcataccacagattctgaaccctaatccagatgcaatgtccaaaatgattacg
gagaatgctagtgaagaattcttacattctttaagcaactactgcgcccttcagggcttc
gtggaggaccaatttggtttaggtctcattgcgagggccgtcgaggaagggatatctgta
ataaaacctttgggtattatgatcttcaatatgggaggtcgccctggccaagctgtatgt
gaacgtttattcgaacgccgtggtcttcaagttgacaagctttggcagaccaaagttctt
caggctgctgacacagatatttcagcgttagttgaaattgaaaagaatagtcctcaccgt
tttgagttctttatgggactttctggagatcaaccaatttgtgcacgaacagcatgggca
tatgcgaaagctggtggccgtatttctcatgctttatcagtatatagttgtcagctccga
caacctaatcaggttaaaaagatatttgagtttctcaggaatggattggatgatatcaga
agctccttagacttgtcctttgaagaagattctgtcgcagatgagaagattccattcctc
gctcatcttgctaatgttctaaaacatctctctttttttccttttgaaccaccagcagga
agtagacgtttccgtggccttattgccaactttatgaatacataccatcacatcccactt
actgcagataatgttgttgtgtttccttcaaggactgtggcaattgaaagtgctctacgt
ttgttgtctccacgccttgccattgttgatgaacaattgtcacgatatttaccgaagcaa
tggctaacaagcttaaaaaatgttgagaagacagaaaccagacaaaactcagaggaagtt
atcacagtcattgaagcaccacgccagtcagacttgatggtagacctaataaagaagtta
agaccagaagtggtagtgactgggctgggtaaatttgagtcagttactagttcagccttt
gagcatctactggatacgacaagagaaattgggtgtcgattgtttttggatatatctgac
cactttgtgctatccagccttccaagttccaatggaatcctcaagtatcttgcaagaact
cctctgcctccacacgcgacaattgtttgtggcttactgaagaatcaggtgtataaggat
ttggaagtggcctttgtgatatcagaggacaaggaaatgttcaaagctctatacaggact
gttgaacttctacagggaagtactgcaataattagtcagttgtactatggttgtctgttc
catgagcttctggcttttcagcttgctgatcgacacccacgtgcacagagaaatgctgag
aagacagttgctaccaagcttaacggagtttccagtttgacttgcccagtacttgatcgt
gctgagttctcaataaatgaatctgatgagtcttctctggttcacatggatgtcgaccaa
agctttttgccaataaccacaccagttaaggctgcaatattcgagagttttgccaggcag
aacatagcagaatctgagacagatgttacggacagcattagacgtctggttaaaagcagc
tatggcttttcgtctgacagcgacacggagttcatatatgctgggtctcctgcagaactt
ctcactaatttgatgatctgctgcgctcaagagggtggaactctttgcttcccaactggt
tcaaatggaaattatgtatctgctgcaagatttttgaaggttaacgttgtaacaatccca
acaaatccagaagtagggtacaaactgactgaagaaacgctttcttgcaccttggaggct
gttaaaaaaccatggatctatatatctggtccaactatctctccaactggcttggtttac
agtaatgaagagattagtaagttattgtctgtatgtgcaaagtttggagcgaagataatt
ttggatacctcattctcaggagtggagtatagttcgaagggatttgatggctggaatctg
ggagctacactacagaaactttcatctgctaatccagccatttgtgtatgtctacttggg
ggattatttttcaagatgcttgctagtgggcttaaatttggatttctactcatgaatcag
ccttcgctggtggatgctttacatagcgttggtggagtaagcaaaccccacagcactatc
aagtacactgtgaagaaattactggattttggggagcaagaaatgcaggatctgttgaaa
ggcatagccgaacagattgaaaagctgagaagtagatttaaatcattgaagcagacactt
gaaaatagtggttggaaggtgctcgaggctgaagctggtgtctccatagtagcaaagcca
tctgcctacttgggcaagaccatccaactgaatgatggctcaggaaaccgaaaaatcaag
ctcgacgacacaaacatccgagacgcgatgctcaccagcaccggtttgtgcatcaatagc
gcgtcttggactggaattcctggttactgccgcttcaccattgccctggaagataaagat
ttcaagcgcgcactggattgcattactcagttcaaaagcttggtttgttga
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