Nymphaea colorata (blue-petal water lily): 116250620
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Entry
116250620 CDS
T07418
Name
(RefSeq) methionine S-methyltransferase
KO
K08247
methionine S-methyltransferase [EC:
2.1.1.12
]
Organism
ncol
Nymphaea colorata (blue-petal water lily)
Pathway
ncol00450
Selenocompound metabolism
ncol01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ncol00001
]
09100 Metabolism
09106 Metabolism of other amino acids
00450 Selenocompound metabolism
116250620
Enzymes [BR:
ncol01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.12 methionine S-methyltransferase
116250620
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Gene cluster
GFIT
Motif
Pfam:
Aminotran_1_2
Methyltransf_31
MTS
PrmA
Methyltransf_25
Methyltransf_23
Methyltransf_11
TRM5-TYW2_MTfase
Methyltransf_12
Methyltransf_4
Methyltransf_32
Methyltransf_16
tRNA_U5-meth_tr
Motif
Other DBs
NCBI-GeneID:
116250620
NCBI-ProteinID:
XP_031480248
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All DBs
Position
3:complement(26264829..26273252)
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AA seq
1094 aa
AA seq
DB search
MVDSEKVAGALNVDEFLRQCQPSGDAAYNAFKSLLEMLESSATRSQARAFLTALQKRFGH
SKDASASCFDIYHFRIHDVLLSDNQGLQERKKMTMLEIPSIFIPEDWSFTFYEGINRHPN
DIFKDKTVAELGCGNGWISIALAEKWSPLKVYGLDINPRAVKVAWINLYLNALDENGSFI
YDNEGKTLLDRVEFHESDLLAYCRDHAIELDRIVGCIPQILNPNPEAMSKMITENASEEF
LYSLSNYCALQGFVEDQFGLGLIARAVEEGIAVIKPLGIMVFNIGGRPGQGVCKRLFERR
GFRITKLWQTKVIQAADTDISALVEIEKNSHHRFEFFMGLVGNQPICARTAWAYGKSGGP
ISHALSVYSCQLRQPSQVKVIVDFIKNGFQEISNSLDLSFEDDSVADEKIPFLAYLAKIL
KENTFFPYEPPSGSTQFRKLVASFMRTYHHVPLNINNVVIFPSRAVAIEDALRLFSPRLA
IVDQYLTKHLPKKWLTSLAIEGTNCIADDKHEEDVITVIEAPRQSDLLIELIKKLKPQVV
ITGMAEFEVVTSTAFEQLLDTTRETGSRLFLDISDHLELSSLPGSNGVLKYLAGNVLPSH
AAIFCGLLKNQVYSDLEVAFVICEEGSIFSALSKTVELLEGHTALFSQYYYGCLFHELLS
FQLSDRRPIVQREHKNESTAMIGFTKSAITAFNDAELSVNRTKDTQLIHMDVDHSSLPIP
LAIKGAIFESFARQNMTEQETDVGEEIQLFINENYGFVMHNASELVYGDCPLALFNKLIL
CCNEEGGTLCFPAGCNGNYMSAAKFMKTNFATIPTTKDNGFKLSDRILTNFLGTVNKPWI
YISGPTVSPTGSIYGNEEMKGILSVCARFGARVVIDTSFSGLEFNTGDMDKWNLDDIFME
MKKPNPHFSVCLLGGLSSGMLRGGLDFGFLVINDPLLIEVLHSFPGLSKPHSTMRYAIKK
LLSMRCRQETSFSEAISELKAILKARVIRLKETLGHCGWNVLECYGGVSVMAEPSAYFGK
SVTLNGLEDNGSTNVMLSQSNIRETILKATGLCINSSSWTGVPGYCRLTVALQEAEFESA
LRSIMHFKELVLGK
NT seq
3285 nt
NT seq
+upstream
nt +downstream
nt
atggtggactcggagaaggtggctggtgcactcaacgtggacgagttcctgagacagtgt
cagccctccggcgatgctgcctataatgccttcaagtcgctcctggagatgctggagtcc
tccgcgacacgctctcaggctcgagccttcttgacggccttgcagaagcgcttcggccac
tcaaaggatgcgtcagccagctgcttcgacatctaccacttccgcattcacgacgttctc
ctctccgacaaccaagggcttcaggaaaggaaaaaaatgaccatgttagagattcctagt
attttcattccagaagattggtccttcactttctatgaaggaatcaacagacaccccaac
gatatatttaaggacaagactgttgcggagcttggctgtggcaacggatggatttctatt
gcgcttgctgaaaagtggtctcctttaaaggtatatggtcttgacataaatccaagagca
gttaaagttgcatggataaatctgtatctgaatgccttggatgagaatgggagctttata
tatgacaacgaagggaaaactttgcttgacagagtggagtttcatgagtcagacttgctt
gcatattgtagagatcatgctatagagctagatcgtattgtgggatgcataccacagatt
ctaaatccaaatcccgaggccatgtcaaagatgataacagaaaacgcgagtgaggagttt
ctatattcgttaagcaattactgtgcactccaggggtttgttgaggatcaatttggattg
ggtttgattgcaagggctgttgaagaaggaatagctgtcattaagccattgggcattatg
gtctttaacattgggggacgtccaggacagggtgtttgtaagaggctctttgagcgcaga
ggtttccggattacaaagctttggcagacaaaagtgatccaggctgctgatacagatatt
tcagctctagttgagattgagaagaacagtcatcatcgttttgaatttttcatgggcctt
gttggaaatcagcctatctgtgctcgtacagcctgggcatatggaaaatctggtgggccc
atatcacatgctttatcagtctacagttgccaactccgtcaaccaagtcaggtcaaagta
attgttgactttatcaagaatggtttccaagagatcagcaattctttagatttatccttt
gaagatgattctgtagcagatgagaagattccttttctagcttatctcgccaaaattcta
aaagagaacacattttttccatatgagcctccatctggaagtacacagttccgcaaactt
gtagcaagcttcatgcggacgtaccatcacgttccactaaatatcaataatgttgtcata
tttccatcaagggctgtggcgatcgaagatgcactccgacttttttcaccccgtctagcc
attgtggatcaatatctgaccaaacacttgccgaagaaatggttgacatctttggcaata
gagggaacaaattgtatagctgatgacaagcatgaagaagatgtgataacagtgattgaa
gcaccacgtcaatctgatcttttgattgagttgattaagaaattaaaaccacaagttgtg
atcactggcatggcagaatttgaagttgttactagtacagcatttgagcaactgctagat
acaacaagggagactggatctcggctcttcttagacatatctgatcatcttgagctttct
agtcttcctggttctaatggggttctaaagtaccttgctggcaatgttttaccctcacat
gcagcaatcttttgtggccttcttaaaaatcaggtttattcggatttggaagtggctttt
gtcatttgtgaggaaggatctattttcagtgcattgtctaagacagttgaactacttgaa
ggccatacagctttatttagccagtactattatggttgtcttttccatgagcttctgtcc
tttcagctttctgatcgccgtcctatagtgcagagggaacacaagaacgagtcaactgca
atgattggttttacaaaatctgccattacggcttttaatgatgctgagctctctgtgaat
agaaccaaggatacacaactgatacacatggatgttgatcacagttctttaccaattcct
ctggccattaaaggtgccatctttgaaagttttgcaaggcagaacatgacagagcaagag
actgatgttggtgaggagattcaactgtttataaatgaaaattatgggtttgttatgcat
aacgcctctgagttggtttatggggattgccctctagctttgttcaataaattgatcctt
tgctgtaatgaagaaggtggaaccctctgttttcctgctggctgcaacggaaactatatg
tctgcagcaaagtttatgaaaaccaattttgccaccatcccaacaacaaaagacaatgga
ttcaagctcagcgacaggatattaactaatttcttggggactgtaaacaaaccatggata
tacatttcagggccaactgtcagccccacaggctccatttacggaaacgaggaaatgaaa
ggtattctttcagtttgtgcacgattcggagccagggtggtgatagacacttcattctct
gggttggagttcaacactggggacatggacaagtggaatctggacgacatattcatggag
atgaagaaacctaacccacatttctctgtttgtcttcttggtggactctcctctgggatg
ctgagagggggactggactttggatttttggttatcaacgaccctcttctaattgaagta
ctccacagtttcccaggcttgagcaagccacacagtaccatgaggtatgctataaagaag
ttgttgagcatgagatgccggcaagaaacaagcttttcagaggccatttcagaactgaaa
gcaattcttaaggccagagtaatacgtttgaaagagacactaggacattgtgggtggaat
gtgctagagtgctacggtggagtatctgtgatggcagaaccatctgcctatttcggaaaa
tctgtcacactgaacggcttggaagataatggtagcaccaatgtcatgcttagccaatca
aacatcagggagacgatcctcaaagccacaggactgtgcattaacagcagttcatggact
ggggtgccggggtattgccgtctaacagttgccttacaggaagcagagtttgaaagtgca
ctacgaagtatcatgcacttcaaagagctagtccttggaaaatga
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