KEGG   Argentina anserina (silverweed cinquefoil): 126789149
Entry
126789149         CDS       T10558                                 
Name
(RefSeq) probable bifunctional methylthioribulose-1-phosphate dehydratase/enolase-phosphatase E1 1
  KO
K16054  methylthioribulose 1-phosphate dehydratase / enolase-phosphatase E1 [EC:4.2.1.109 3.1.3.77]
Organism
aans  Argentina anserina (silverweed cinquefoil)
Pathway
aans00270  Cysteine and methionine metabolism
aans01100  Metabolic pathways
Module
aans_M00034  Methionine salvage pathway
Brite
KEGG Orthology (KO) [BR:aans00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00270 Cysteine and methionine metabolism
    126789149
Enzymes [BR:aans01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.77  acireductone synthase
     126789149
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.1  Hydro-lyases
    4.2.1.109  methylthioribulose 1-phosphate dehydratase
     126789149
SSDB
Motif
Pfam: Aldolase_II Hydrolase HAD_2 DUF6937
Other DBs
NCBI-GeneID: 126789149
NCBI-ProteinID: XP_050371194
LinkDB
Position
3:11788408..11793506
AA seq 518 aa
MAAVALNGVTLGTTSQAYLESKPVNDTKVLISDLCRQFYNLGWVSGTGGSITIKVHDDSI
PKPQQLVIMSPSGVQKERMLPEDMYVLSPTGSVLRSPSPKPYPNKPPKCSDCGPLFMKAY
EMCNAGAVIHSHGIESCLVTMINPSSKEFRITHMEMIKGIKGHGYYDELVVPIIENTAYE
YELTESLAKAIAAYPKATAVLVRNHGVYIWGDSWINAKTQAECYHYLFDAAIKLNQLGLD
WSTPLHGPIHSGRIKGRFVSVKAGTVDPDNKSKPAPRCIVLDIEGTTTPISFVTDVLFPY
ARDNVERHLSETYDSAETKDDIKLLRSQVQDDLEKGVAGAVPIPSNEAGKEKVVCALVAN
VESMIKADHKITALKQLQGHIWRTGFEKNELKGIVFEDVPEALMKWHDEGIKVYIYSSGS
RLAQRLLFGYSNYGDLRKYLSGFFDTTVGNKRETKSYAEIAESVGVDRPSEVLFLTDVFQ
EAVAAKAAGLEVIVSIRPGNGPLPDSHGFKTITSFSEI
NT seq 1557 nt   +upstreamnt  +downstreamnt
atggcggcagtggcactgaacggagtgacacttggtacgacgtcgcaggcttacttagaa
agcaaaccagtcaacgacaccaaggttctgatatccgacctgtgccgccagttctacaac
ctcggatgggtgtccggtaccggtggaagcatcactatcaaagtccatgatgactcgatt
cctaagcctcagcaactcgtcatcatgtctccttctggcgttcagaaggagagaatgtta
ccagaggacatgtatgtgttatctcccactgggtctgtcctgcgttctccttctccaaag
ccttatccgaacaagcctcccaagtgttccgactgtggtccactcttcatgaaggcatat
gagatgtgcaatgcgggagctgttattcatagccatggcatcgaatcttgtcttgtaacc
atgatcaatccatcatccaaagaatttcgaattactcacatggagatgatcaaaggaatc
aaggggcatggttattatgatgaacttgtggtcccaataatagagaatactgcctatgag
tatgagctcacagagtcccttgccaaagctattgcagcatacccaaaagcaacagccgtg
cttgttcgtaaccatggtgtctatatatggggagactcatggatcaatgctaagactcag
gcggaatgctatcattatctctttgatgctgctatcaaacttaaccagttgggtttggat
tggtccactccacttcatggtccgatacattcaggacgcattaagggtagatttgtatct
gtaaaggcagggactgtggatccagataacaaatcaaaaccagctccgcgttgtattgtt
cttgacattgaggggaccactactcccatatcatttgtgactgatgttctctttccatat
gctcgcgataatgtagagaggcatttgtctgaaacatatgacagtgcagaaacaaaggat
gacataaaattactgcgatcccaggttcaagatgacctggaaaaaggcgttgctggtgct
gttcccatcccttctaacgaagctgggaaagagaaggttgtttgtgctttggttgctaat
gttgaatcaatgataaaagccgatcacaagatcacagcattgaaacaattgcaaggtcat
atatggcgaactggatttgaaaagaacgaattgaagggtatagtgtttgaggatgtacca
gaagctctcatgaaatggcatgatgagggcataaaggtttacatatactccagcggtagt
aggttggctcaaaggcttttatttggctactcgaactatggggacctgagaaaatatttg
tctggattttttgacaccacagtggggaacaaaagagaaaccaaaagttatgctgagatc
gcagaatctgttggagttgatagaccatcagaggttttgtttctaacagatgtctttcaa
gaagctgtagctgcaaaagcagcaggattggaagtgattgtatctatcagaccaggaaat
gggcctcttccagactctcatggattcaagacgatcacttctttctcagagatctaa

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