KEGG   Syntrophobotulus glycolicus: Sgly_2813
Entry
Sgly_2813         CDS       T01429                                 
Name
(GenBank) methionine synthase (B12-dependent)
  KO
K00548  5-methyltetrahydrofolate--homocysteine methyltransferase [EC:2.1.1.13]
Organism
sgy  Syntrophobotulus glycolicus
Pathway
sgy00270  Cysteine and methionine metabolism
sgy00450  Selenocompound metabolism
sgy00670  One carbon pool by folate
sgy01100  Metabolic pathways
sgy01110  Biosynthesis of secondary metabolites
sgy01230  Biosynthesis of amino acids
Module
sgy_M00017  Methionine biosynthesis, aspartate => homoserine => methionine
Brite
KEGG Orthology (KO) [BR:sgy00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00270 Cysteine and methionine metabolism
    Sgly_2813
  09106 Metabolism of other amino acids
   00450 Selenocompound metabolism
    Sgly_2813
  09108 Metabolism of cofactors and vitamins
   00670 One carbon pool by folate
    Sgly_2813
 09150 Organismal Systems
  09154 Digestive system
   04980 Cobalamin transport and metabolism
    Sgly_2813
Enzymes [BR:sgy01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.13  methionine synthase
     Sgly_2813
SSDB
Motif
Pfam: S-methyl_trans Met_synt_B12 Pterin_bind B12-binding B12-binding_2 CdhD Sacchrp_dh_NADP MtrH PBECR3
Other DBs
NCBI-ProteinID: ADY57083
UniProt: F0SYH1
Position
complement(2850037..2853522)
AA seq 1161 aa
MDLFKTQLEKKILILDGAMGTMLQRHQLKPDDFGQPEYDGCNEILNLSQPDLIKAIHEAY
LDAGADIIETNSFGATNVVLEEYGLADRDIELNEISARLAREAADARSTKAWPRFVAGSM
GPTIRMLTLSAGITFEELEEAYYRQALGLIKGGADLLLVETCQDTLNVKAAGIGIGRAFH
GLGKEIPIMISCTIEPSGTMLAGQNIQAFYLSVKHLNPAVIGLNCGTGADGMREHVRTLA
GIASCAVSCHANAGLPDEEGNYLEQPRAFAAKQAEFARNGWLNIAGGCCGTTPEHIKALA
EELRDCRPRAGKQKAESAVSGIEPLWLEKTGRPILVGERSNVIGSRLFRDLIVGEHYEEG
SEVARGQVKKGAHVVDICVANPDRDEYHDMVNFLSYVVKKVKVPLMLDSTDAQVVEAGLK
MIQGKAIINSINLENGLERFEQIVPLIHKYGAAIVVGLIDEQGMALSREDKLRVAERSCQ
LLTERYALQPGDIIFDPLTFPVGTGDPKYLGSAKETIEGLRLIKEKIPACKTILGVSNVS
FGLPTVGREVLNAVFVHHNTLAGLDYAIVNAEKHKSYADIPEEERKLAEDLLFQTNDRTL
KNFTDFYRDKKAVPVHVQEQLSWDQRLARNIVDGSKEGLEADLSEGLKTHTPLELINGPL
LKGMDEVGRLFNRNMLIVAEVLQSAEVMKAAVGILEKHMDKTEEAIKGKLILATVKGDVH
DIGKNLVEIILSNNGYQVINLGVKVSPEEIIKACREHKPDAVGLSGLLVKSVQQMLVTAQ
EMRAENIKVPLILGGAALSRKFTEEKIAPAYDAPAFYCQDAMEGLKVLQEYLYAHKDTVI
KANQDKGIDRRDEEARKRKTFAQESRDTHPLNETGLLRSQTDQIARPLPGPIYVPSDLQR
HVLLDFPLQEIIRDIDVKSLMKFYLGIGKKKPDTLQEMGSGFVRDTREEELAHTIQQLFN
EIVDQKMIKARGVYRFLPARSAGNLVRILNPENHEEIQAEFLFPRQTAEPFLSPADYIQN
PINGKTDYLGLFTVTTGVGLREKAQALKDGGQYLKSYLLQVISLKMAEAMAEKVHEIMRK
EWGLPEREVSGNKEKNRRRYQGIRLSPGYPLCPDLEAQRQIFKLLQPEDIGITLTESLMM
DPEASVSALVFAHPEARIFSL
NT seq 3486 nt   +upstreamnt  +downstreamnt
atggacttattcaagacacagctggagaaaaagatactgattctcgacggcgctatggga
accatgcttcagcgtcaccagttaaaaccggatgattttggtcagccggaatatgatggc
tgtaacgaaatcctgaatttatctcaaccggacctgatcaaggcaatacatgaggcttat
ttggatgccggtgcggatatcatagaaaccaattccttcggggcgacaaatgttgtcctg
gaggaatatgggttggcggaccgggatattgagctgaatgaaatttccgcccgtctggcc
cgggaagccgcggatgcaaggtccacaaaagcatggcccagattcgttgccggatctatg
ggaccgaccatcagaatgctgacattatccgcggggattacctttgaagaattggaagaa
gcctattatcgtcaggccttaggattaataaaaggtggagcggatcttttgctggtcgag
acctgtcaggatactttgaatgtgaaggcagccggaattggaatcggaagggctttccac
ggattgggcaaagaaatccctatcatgatttcctgtacaatagaaccttcgggaacgatg
cttgccgggcagaacattcaggctttctatctttcggttaagcacctgaaccctgcggta
atcgggctaaactgcgggacaggggccgatggaatgagggaacatgtacggactttggcc
ggaattgcttcttgcgcggtcagttgtcacgctaatgcggggctgccggatgaagaaggg
aattatttggaacagccgcgggcctttgccgctaaacaggctgaattcgcgcgaaacggc
tggttgaatattgccggcggctgctgcggaacgacaccggagcatattaaagccttggcg
gaagaactcagggactgtcggccaagagccggcaaacaaaaagcagagagcgcggtttcc
gggatagaaccgctgtggctggaaaaaacgggaaggccgattctggtcggggagcgttcc
aatgtcattggctcccgtcttttccgggatttaatcgtgggggaacattatgaagaaggt
tctgaggtcgccagaggccaggtgaaaaaaggcgcccatgttgttgatatctgtgtggct
aatcctgaccgggacgaataccatgatatggtgaactttctctcctatgtcgtcaaaaaa
gttaaagttcctctaatgctggattccacagatgcccaggtagtggaagccgggctgaaa
atgatccagggcaaggccatcatcaattcaattaatttggaaaacggcttggagagattt
gaacaaattgttcctttaattcacaaatacggtgcggcaatcgttgtcggactgattgac
gaacaagggatggccctgtccagagaggacaagctcagagtagcggagcgttcctgccaa
ttgcttaccgaacggtatgcactacagccaggtgatatcatttttgatccgcttaccttt
ccggtcggcaccggtgatcccaaatatctgggttctgccaaagagacgattgagggcctg
cgcttgatcaaagaaaaaattcccgcttgtaaaaccattctcggggtaagcaatgtatct
tttggtctgccgaccgtgggcagagaagtgcttaatgctgtttttgtccatcacaatact
ttggccggactggattatgctattgtgaatgcggaaaagcacaaatcctatgcggatatt
cctgaggaagagcgtaaattagctgaggaccttctctttcagaccaatgaccggacctta
aagaactttacagatttctaccgggataaaaaagctgtgccggttcatgtccaggagcag
ctttcctgggatcaaaggctggccagaaatattgttgacggatctaaagaagggctggag
gccgatctgagcgaaggcctgaaaacgcatacccctttagaattgatcaatgggccttta
ctgaaaggaatggatgaggtcggacgcctgtttaaccggaatatgctgattgtggctgaa
gtcctccaaagtgccgaagtgatgaaagcggctgtgggtattctggagaaacatatggat
aaaacagaagaggcgattaaaggaaagctgatcctggcgacagttaaaggagatgttcac
gatatcggaaagaaccttgtggaaatcattctttccaataacggctatcaggtgattaat
ctgggagtaaaagtgtcgcctgaagagatcatcaaggcttgcagggagcacaagccggat
gcggtcggactttccggtcttttagtgaaatctgtgcaacagatgctggttacagctcag
gagatgcgcgccgaaaacataaaagttcctctgatcctgggcggcgctgctctttcccga
aagtttaccgaggaaaaaatagccccggcttatgacgcaccggccttttattgccaagat
gccatggaaggtctgaaagttctgcaggaatacctgtatgcccataaagacacggtgatc
aaagccaatcaggacaaggggatagaccggagggatgaagaagcccggaaacgaaaaact
tttgcccaggaatcacgggatacccacccgctcaatgaaaccggactgctgagaagccaa
acggatcagattgcacgtcctcttcccggaccgatttatgtgcccagtgacctgcaaagg
catgtcctgcttgattttcccttgcaggaaatcattcgggatatcgatgtaaaatcttta
atgaaattttatctgggtataggcaagaagaagcctgataccttgcaggaaatggggagc
ggcttcgtcagggatacccgggaagaagaacttgcccataccattcagcaattgtttaat
gaaattgttgatcaaaaaatgattaaggccaggggggtatatcgttttctgccggcccgt
tccgccggaaatctggtcagaatactcaacccggaaaatcatgaggaaatccaggcggaa
tttttattccccagacaaactgcggagccttttttaagccctgctgattatattcaaaac
cccataaacggaaagaccgattatctcggcctttttacagtgaccaccggtgtcggcctc
agagaaaaagctcaggcgttaaaggacgggggccaatatctcaaatcataccttctccag
gtcatctctctcaaaatggctgaagccatggcggaaaaagtccatgaaatcatgcggaaa
gaatgggggcttccggagcgggaggtttccggaaataaagaaaaaaaccgcagaagatac
cagggaatacggctgtccccgggctatcccctttgtccggatttggaagctcagaggcag
atattcaagttgcttcaaccggaggacattggaatcaccctaaccgaaagtctgatgatg
gacccggaagcatcagtttccgctctggtttttgctcatcctgaagccagaatattttct
ttatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (6)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (9)   
   Pfam (9)   
All databases (50)   

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