KEGG   Methanothermobacter marburgensis: MTBMA_c02110
Entry
MTBMA_c02110      CDS       T01297                                 
Name
(GenBank) predicted phosphoserine phosphatase
  KO
K01079  phosphoserine phosphatase [EC:3.1.3.3]
Organism
mmg  Methanothermobacter marburgensis
Pathway
mmg00260  Glycine, serine and threonine metabolism
mmg00680  Methane metabolism
mmg01100  Metabolic pathways
mmg01110  Biosynthesis of secondary metabolites
mmg01120  Microbial metabolism in diverse environments
mmg01200  Carbon metabolism
mmg01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:mmg00001]
 09100 Metabolism
  09102 Energy metabolism
   00680 Methane metabolism
    MTBMA_c02110
  09105 Amino acid metabolism
   00260 Glycine, serine and threonine metabolism
    MTBMA_c02110
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mmg01009]
    MTBMA_c02110
Enzymes [BR:mmg01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.3  phosphoserine phosphatase
     MTBMA_c02110
Protein phosphatases and associated proteins [BR:mmg01009]
 HAD phosphatases
  Other HAD phosphatases
   MTBMA_c02110
SSDB
Motif
Pfam: Hydrolase DUF7121 HAD Hydrolase_3 Put_Phosphatase HAD_2
Other DBs
NCBI-ProteinID: ADL57820
UniProt: D9PUC2
LinkDB
Position
complement(211746..213221)
AA seq 491 aa
MIKLVVFDLDNVIIDGEAIDEIGKIAGVEEEVMEITEKAMQGDVDFESSIRERVKLLKGT
AVEDIKAVAGELPLMEGAEEAIRTLKEKGYRVAVISGSFDLVAEPIKDKLGIDYLFCNRL
HEEDGVLTGEVSGPLVENSKYDVLCKILDKEGISTSECVAVGDGANDISMIQAARLGIAF
NAKPALRKKADAVVEERDLRKILPIIEEIAEVDDKLDKLGYDEVMDLKNEYEEKLSGLAS
ERDELNKKAREMKELRDKLNTELRETLNRAVELRDRRNEINAKVEENKKLRDEINQEIKK
LEWSSGGRDRIKIENEIRRIDRIIETRVLDINKENELVKTANELRKKLMKIQEDEETRQK
ALELRKKSEEYHEKVVSLSEEAQKYHEGMLEYFRKTDEIRKKADEAHEKFLEFRRMASEK
HEEFKSTLGKIKRINERINALRSENRNVKRRATRERDLEEKERAREIYEKFKEGKKLTKD
EILLLQKHRIV
NT seq 1476 nt   +upstreamnt  +downstreamnt
ttgattaaacttgtagttttcgatcttgacaatgtcattattgatggggaagccatagac
gagataggaaagatcgctggagtcgaggaggaggtaatggagatcaccgaaaaggccatg
cagggtgatgttgactttgaatcctccataagggagagggtgaaactcctcaaggggaca
gcggttgaggatataaaggcagttgcaggggaattacccctcatggagggtgccgaggag
gccatcagaaccctcaaggagaagggttaccgtgttgcggttataagtggaagctttgac
ctggtggccgaacccatcaaagataagcttggtattgattatctgttctgcaacagactc
catgaagaggacggtgtgctgaccggtgaagtgagcggccctcttgtggaaaactcaaag
tatgatgttctctgtaaaatcctcgataaggagggtataagcaccagcgaatgtgttgct
gttggtgatggcgccaacgacatatccatgatacaggcggccaggttggggatagcattc
aatgcaaaacctgcgctcaggaagaaggctgacgccgtggttgaggagagggatctcaga
aaaatactgcccatcatcgaggaaatagctgaggtggacgataagctggataaactcggc
tacgatgaggtaatggaccttaaaaatgaatacgaggagaagctctcaggcctggcatct
gaaagggatgaactgaataaaaaggcccgtgaaatgaaggaactcagggataaactcaac
accgaacttcgtgaaaccctcaacagggctgttgaactcagggacagacgtaatgagata
aatgcaaaggttgaagagaacaagaagctcagggacgagataaaccaggagataaagaag
cttgagtggtcatccggtgggcgtgacaggataaagatagagaacgagatccgtaggata
gataggatcatagaaacaagggtccttgacattaacaaggagaatgaactggtcaagacc
gccaatgaactacgtaagaagctcatgaagatccaggaggatgaggagaccagacagaag
gcccttgaactcaggaagaaatcagaggaataccacgagaaggtggtctcactttcagag
gaggcccagaagtatcatgaggggatgcttgagtacttcagaaagacagacgagatacgt
aagaaggctgatgaagcccatgagaagtttcttgaattccgcaggatggcctcagagaaa
catgaggaattcaagtcaacccttggcaaaattaagaggataaacgaaaggatcaacgcc
ctcagatcagaaaatagaaatgttaaaagaagggccacccgtgaaagggatcttgaggag
aaggagagagcccgtgaaatatatgagaaattcaaagagggcaaaaagcttacaaaggat
gaaatccttcttcttcagaagcacaggatcgtttag

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