KEGG   Ipomoea nil (Japanese morning glory): 109185637
Entry
109185637         CDS       T04663                                 
Name
(RefSeq) methionine S-methyltransferase
  KO
K08247  methionine S-methyltransferase [EC:2.1.1.12]
Organism
ini  Ipomoea nil (Japanese morning glory)
Pathway
ini00450  Selenocompound metabolism
ini01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ini00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00450 Selenocompound metabolism
    109185637
Enzymes [BR:ini01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.12  methionine S-methyltransferase
     109185637
SSDB
Motif
Pfam: Aminotran_1_2 MTS Methyltransf_31 PrmA Methyltransf_25 Methyltransf_23 Met_10 Methyltransf_12 Methyltransf_11 Methyltransf_16
Other DBs
NCBI-GeneID: 109185637
NCBI-ProteinID: XP_019191142
Position
Un
AA seq 1084 aa
MAVKGLCGSVDEFLTQCEHSGDAAYAALRSLLERLEDPNTRKEARIFLTLLQKRFDSKEA
SDQCLKSYHFQIQDVFLEQHEGFQKRKKLTMLVIPSIFFPEDWSFTFYEGLNRHPDSIFE
DKTVAELGCGNGWISIAIAEKWSPLKVYGLDINPRAIKISWINLYFNALDDNGEPIYDAA
KKTLLDRVEFHESDLLSYCRDNHIELERIVGCIPQILNPNPDAMSKMITENASEEFLHSL
SNYCALQGFVEDQFGLGLIARAVEEGISVIKPMGIMIFNMGGRPGQGVCKRLFERRGLHV
TKLWQTKVLQAADTDISALVEIEKNSPHRFEFFMGLVGDQPICARTAWAYGKSSGRISHA
LSVYSCQLRQPKQVKKIFEFVKNGFHDISNSLDLSFEDDAVADEKIPFLAYLASVLKENA
FFPYELPAGSKRFRNLIAGFMKTYHHIPLTADNVVVFPSRAVAIENVLRLFLPRLAIVDE
QLSRHLPRQWLTSLNLEKNETAGSSDNIITVIEAPRQSDSMVGLIKKLKPQLVVTGVTHF
ESVTSSAFELLLDTTREIGCRLFLDISDQFELSSLPNSNGVLKYLAGTPLPPHAAIVCGL
LKNKVYSDLEVAFVISEEEKMYKALSKVVELLQGSTSLISQYYYGCLFHELLAFQLADRH
PPIERQGEKAKACDMIGFPSSVVSVLDNAEFAVTEADSSNLIHMDVDQSFLPIATPVKAA
IFESFVRQNVTESEIDMRSNITHFLKTSYGFPTDGTTEFVYADNTLALFNKLVLCCIQEG
GTLCFPTGSTGNYVSAAKFLKANVVNVPTNSEQGFKLTEKVLGAVLEKVDKPWIYISGPT
VNPTGQLYSNDEIKAILSLCAKFGAKVVIDTSSSGVEFNSKGWGGWDLEDTLTKLKTTNS
SFCVSLLGGLFLKMLTGGFAFGFLLLNQPALVDFHCFSGLNKPHSTIQYTVKKLMDLREQ
KTGGLLDVVAGREKILSGKYEHLKETLEKCGWDVLGACSGVSVVAKPTAYLGKTIKINKD
STSWEAKIDDSNIREAMLRSTGLCINSSSWTGIPGYCRFVFALEDSEFERALACIVKFKE
LVGN
NT seq 3255 nt   +upstreamnt  +downstreamnt
atggcggtgaagggactgtgcggatctgtggatgagttcctgacgcagtgtgagcattcc
ggcgacgccgcctacgctgcactccgatcactgttggagcgactcgaagatccgaatacc
cgaaaggaggctcggatcttcctcactcttctccagaaacgttttgactccaaggaggcc
tccgaccaatgcctcaaatcctaccatttccaaattcaagacgtgtttctcgagcagcat
gaaggtttccagaagaggaagaaattgacaatgttggtgatacctagtattttttttccg
gaggactggtcctttaccttttatgaaggactgaacaggcaccctgactcaatcttcgag
gataaaacagttgcagagctcgggtgtggaaatggatggatatccatcgcgattgcagag
aaatggtcacctctgaaggtctatgggcttgatataaatccaagagcaataaaaatatcc
tggataaatctctactttaatgctttggatgacaatggtgaaccaatctatgatgcggca
aagaagacattactggatagggtagaatttcatgaatctgatcttctcagttactgcaga
gataatcacatagaacttgaacgaattgtcggatgcataccacagattctcaacccaaat
cctgatgcaatgtcaaagatgatcacagaaaatgctagtgaagaatttctgcactctcta
agcaactactgtgcactgcagggctttgttgaagaccagtttggcttgggactcattgca
agagctgttgaagaaggaatttctgtcataaaaccaatgggtattatgatatttaatatg
ggaggccgtcctgggcaaggtgtttgcaaacgcttatttgagcgccgtggtctccatgtt
acaaagctttggcagactaaagttcttcaggctgctgacacagacatttcagctttagtg
gagattgaaaagaatagcccgcaccgttttgagtttttcatgggactcgttggagatcag
ccaatatgtgcccgaacagcatgggcctatggcaaatctagtggtcgtatttctcatgct
ttgtctgtgtatagctgtcaactccgtcagccaaaacaggtcaaaaagatattcgagttt
gtcaagaatgggttccatgatattagcaattctttagatttgtcatttgaagatgatgct
gttgcagatgagaagataccattcctagcttatcttgccagcgttctgaaggagaatgca
tttttcccatatgagctacctgcgggaagcaagcgattccgtaatctcattgcaggcttt
atgaagacataccatcacatcccattaactgctgataatgttgttgtgtttccttcaagg
gctgtggcaattgagaatgttcttcgattgttcttgccacgtcttgctattgttgatgaa
cagttgtcgcgacacctacccaggcaatggttaacatcgctgaacctcgagaagaatgaa
actgctggttcttcagacaatataataactgtcattgaagctccacgccaatcagattcg
atggttggactgataaagaaattgaagccacaactggtagttaccggggtaacccatttt
gaatcagttactagctctgcttttgagctccttttggatactacaagagaaattgggtgt
cgtctatttttagatatatctgaccagtttgagctatctagcctgcccaattctaatggt
gtcctgaaatatctggctggaactcctcttcccccgcatgcagcaattgtttgtggctta
ttaaaaaacaaggtttattcggatcttgaagtagcttttgtgatatcagaagaagaaaaa
atgtataaagctttgtcaaaggttgtggaactattacaagggagtacttccttaattagc
caatactattatggctgtcttttccatgaacttctagcctttcagcttgctgatcgacat
ccacccatagagaggcaaggtgaaaaggcaaaagcatgcgacatgattggctttcctagt
tctgttgtctcggtccttgataatgctgagtttgctgttactgaagctgacagttctaac
ctgattcacatggatgttgatcagagctttttgcccatagcaactcctgtgaaggctgct
atctttgagagttttgtgagacaaaatgttactgagtcagaaattgatatgagaagcaac
attacgcactttcttaagaccagttacggttttccaacagatggcactacagaatttgta
tatgcagataacactctggcccttttcaataagctggtactttgttgtatccaggaaggt
ggtactctatgctttccaactggctcgactgggaattatgtatctgctgcaaaatttttg
aaagcaaatgttgtaaatgtacctaccaattctgaacaaggatttaagttgacagagaag
gtacttggtgctgtattggagaaggtcgacaaaccctggatctatatttcaggacccact
gtaaacccaactggccaactgtacagcaatgacgagataaaagctatattatccttgtgt
gcaaaatttggagcaaaggttgtaattgatacttcatcctctggtgtggaattcaactcc
aaaggctggggtggctgggatctggaagacacattgacaaaattgaagactacaaattca
tcattttgtgtttccctgcttgggggattgtttttgaagatgcttactggaggatttgca
tttggatttctgcttctaaaccagccagctttagttgattttcattgcttttctggttta
aacaaacctcacagcacaatccaatacacagtgaagaaattgatggatcttagagaacaa
aaaacgggagggcttctcgatgtggtagcagggcgggaaaagattctgtctggtaaatat
gagcacttgaaggagacccttgaaaaatgtggttgggatgtacttggagcctgctctggt
gtttcagtggtggcaaagccgactgcatatctcggcaagactatcaaaatcaataaagat
tcaacatcctgggaagcaaagattgatgactcaaatatcagggaagccatgcttaggagc
actggcttatgcatcaacagttcttcatggactggaattccaggttattgtcgctttgtg
tttgccttggaagatagcgagtttgaacgagccttggcctgcattgttaaattcaaagaa
ttggttggtaattga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (13)   
   KEGG ORTHOLOGY (1)   
   RefGene (9)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (36)   

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