KEGG   Arachis ipaensis: 107626365
Entry
107626365         CDS       T04301                                 
Name
(RefSeq) methionine S-methyltransferase isoform X1
  KO
K08247  methionine S-methyltransferase [EC:2.1.1.12]
Organism
aip  Arachis ipaensis
Pathway
aip00450  Selenocompound metabolism
aip01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aip00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00450 Selenocompound metabolism
    107626365
Enzymes [BR:aip01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.12  methionine S-methyltransferase
     107626365
SSDB
Motif
Pfam: Aminotran_1_2 MTS PrmA Methyltransf_31 Methyltransf_23 Methyltransf_25 Met_10 Methyltransf_12 Methyltransf_11
Other DBs
NCBI-GeneID: 107626365
NCBI-ProteinID: XP_016184719
Position
B02:107190057..107197480
AA seq 1082 aa
MDEFLNTCKVSGDAAYAALRSVLDKLEDPKTRTDTRIFLSELKKRFPTKEDCDSCFETYH
FRIEDVLLDQNEGHKGRKKLTTMVIPSIFLPEDWSFTFFEGINRHPDSIFKDRTVAELGC
GNGWISIAIADKWLPSKVYGLDINPRAIKISWINLYLNALDDKGQLIYDEEKKTLLDRVE
FYESDLLSYCRENHIQLDRIVGCIPQILNPNPDAMSKMITENASEEFLHALSNYCALQGF
VEDQFGLGLIARAVEEGISVIKAAGIMIFNMGGRPGQAVCKRLFERRGFCITKLWQTKIL
QAGDTDIAALVEIEKNSPHRFEFFMGLSGDQPICARTAWAYGKAGGRISHALSVYSCQLR
NPTQIKVIFEFLKNGFQGISSSLDLSFEDDSVADEKIPFLAYLASTLKNSSYFPYEPPAG
SKRFRNLIAGFLKTYHHIPLSANNVVIFPSRAAAIENALHLFSPRLAIVDEHLTRHLPRK
WLTSLALKGTETIEPLDDAITVIEAPRQSDLLIELIKKLKPQVVVTGIAHFEAVTSSAFV
HLLDTTQEIGSRLFLDISDHFELSSLPGSNGVLKYLSGTPLPSHAAIICGLVKNKVYPDL
ETAFVVTEEESLFSALSKTVELLEGNTSLINQYYYGCIFHELLAFQLSGRHAPAERKSNN
AKSVDMIGYSAAASSVLDNAELSINGVESDSVIHMDVDQTFLPVPSPVKGALFESFARQN
MSESEADVNTSIKNYVKSNYGFPTKSGTEFIYADNSKALFNKLVLCCIKEAGTLCFPAGS
NGNYVSSARFLKADTVIVPTDANVGFKFTEKALTKVFGTVKNPWVYISGPTVNPTGLVYS
NNEIGEILSTCAKFGARVIIDTSSSGLEFDSNGWDLEPCLSKLKSSCNPSFCVSLLGGLS
LPMLNGVLKFGFLILNEPHLVDTFHSFPGLIRPHSTARYAIKKLLELRAQKPSSLSDAIV
EYTAILKNRSKSLKEALEQNGWEVLESCAGVSVVAKPSAYLNKTVTLKILPEGEGGQDNA
TMKITLDDSNIRNALLKSTGLCINSGSWTGIPGYCRFNIALEESDFSKALDCIKKFKVIA
LH
NT seq 3249 nt   +upstreamnt  +downstreamnt
atggacgagtttttgaacacctgcaaggtctccggcgacgccgcgtacgccgccctaagg
tcggtgcttgacaagctcgaggatccgaagactcgtacggacactcggatcttcttgtcg
gagcttaagaaacggtttccgacgaaggaagattgtgatagctgctttgaaacctaccac
tttcgaatcgaagacgtgcttttggaccaaaacgaaggacacaaggggagaaagaaattg
actacgatggtgattcctagcatatttctgccagaggactggtcttttactttctttgaa
gggattaataggcacccggactccattttcaaggacaggactgttgccgagcttggctgt
ggaaatgggtggatatccattgccattgctgacaagtggttgccttccaaggtttatggc
cttgatatcaatcctagagcgataaagatttcctggataaacttatatttaaatgcttta
gatgataaaggccagctcatctatgatgaggagaagaaaactttgctggacagggtagag
ttctatgaatctgatcttctgtcatattgcagagaaaatcatattcaacttgacagaatt
gtaggatgcataccacagattcttaatccaaatccagatgcaatgtctaagatgataaca
gaaaatgcaagtgaagaattccttcatgcattgagtaattattgtgcacttcagggtttt
gtggaggatcagtttggcttgggtttaattgctagggcggttgaagaggggatatcagta
atcaaagctgccggaattatgatcttcaatatgggaggccgaccaggtcaagctgtttgc
aaaaggttgtttgaacgacgggggttttgcattacaaagctttggcaaaccaaaattctt
caggctggtgacacagatattgcagcattggttgagattgagaagaacagcccccaccgt
tttgaattctttatgggactttctggtgatcagcctatttgtgcacggacagcatgggcc
tatggaaaggctggtggcagaatttcccatgctttatcagtttacagttgtcaacttcgt
aatcctacccagatcaaagttatttttgagtttcttaaaaatggatttcaagggatcagc
agctctctagatttgtcctttgaggatgattctgttgccgatgagaagattccttttttg
gcttatcttgcaagcactttaaaaaatagttcttattttccatacgagccacctgctgga
agcaaacgttttcgcaatctcattgcagggtttttgaagacttatcaccatattccactt
tctgctaataatgttgtcattttcccctcaagggctgctgcaattgaaaatgctcttcac
ttgttctcgcctcgccttgctattgttgatgaacatctaactcgacacctccctaggaaa
tggttgacatctttggcccttaagggcacagaaaccattgagcctttagatgatgcaatt
actgtaattgaagcccctcggcaatcagatttactgatagaactaataaagaaattgaag
cctcaagtggtggtgacagggattgctcattttgaggcagttactagttcagcttttgtg
caccttctagatacaacacaggagattgggtctcgtcttttcttggacatatcagatcac
tttgagctatccagtcttccaggatcaaatggtgtccttaagtatctttcaggaactcct
ttgccgtctcatgcagcaatcatatgcggactggtaaaaaacaaggtttatccagattta
gaaacagcctttgtcgttacagaagaagaatccctctttagtgcactgtccaaaactgtg
gaattactagaaggcaatacttcattgattaatcaatactattatggttgtatttttcat
gagctgcttgcatttcagctttctggccgacatgcaccagctgagagaaagagcaacaat
gccaaatcagtagatatgataggatattccgcagcagcctcatcagtgcttgataatgct
gagctttcaattaacggggtggagagcgactctgttattcacatggatgttgatcaaacc
ttcttgcctgttccatctcctgttaagggtgctctttttgaaagttttgctaggcaaaac
atgtcagaatccgaggctgatgttaacacaagcatcaaaaactatgttaaaagcaactat
ggttttccaactaaaagcggcactgaatttatatacgctgacaattcaaaggctcttttc
aataagcttgtcctctgctgcatcaaagaagctggcaccctctgttttccggctggatca
aatgggaactatgtttcttctgccagatttttgaaagctgacacagtgatagtccctaca
gatgccaatgtgggtttcaagtttacagagaaggcactcaccaaagtctttgggactgtg
aaaaacccatgggtgtatatttctggccctacagttaacccaacaggcttagtttatagc
aacaatgaaataggagagattttgagcacttgtgctaaatttggcgcaagagttataatt
gatacatcgtcttctggtctcgagtttgacagcaatggctgggatttggagccgtgttta
tctaagttgaagtcttcatgcaacccatcattttgtgtgtctcttcttggagggttgtct
ctgccaatgctaaatggtgttctcaaattcgggtttcttattctaaatgagccgcatttg
gttgacaccttccatagttttccaggattaatcaggcctcacagtactgctagatatgct
ataaagaagttgctggagcttagggcacaaaaaccttcaagtttatcagatgctattgtt
gaatacactgcaatattgaaaaacaggtccaagtctttgaaagaggcacttgagcaaaat
gggtgggaagtgcttgaatcgtgtgctggtgtctcggtagtggcaaagccctctgcctat
ctcaacaagactgttacactaaagattttgccagaaggtgaaggtggacaagacaatgcc
accatgaaaatcacacttgatgactccaatattaggaatgcccttctcaaatctactgga
ctatgcatcaatagtggctcctggactggaattcctggatactgtcgcttcaacattgcg
ttggaagagagcgatttcagcaaagcattggattgcattaagaagttcaaagtgattgca
ctacattaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (32)   

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