2.5.1.73: O-phospho-L-seryl-tRNA:Cys-tRNA synthase
This is an abbreviated version!
For detailed information about O-phospho-L-seryl-tRNA:Cys-tRNA synthase, go to the full flat file.
Word Map on EC 2.5.1.73
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2.5.1.73
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cys-trnacys
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methanogen
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archaea
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o-phosphoseryl-trna
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seprs
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cysteinyl-trna
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o-phosphoserine
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sulfur
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cysrs
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trna-dependent
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cysteinyl-trnacys
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jannaschii
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methanocaldococcus
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selenocysteine
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pyridoxal
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methanosarcina
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sec
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aminoacylation
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misacylated
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acetivorans
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auxotrophy
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persulfide
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relay
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sep-trna:sec-trna
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homocysteine
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fulgidus
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isoacceptors
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aminoacyl-trnas
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archaeoglobus
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trna-bound
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maripaludis
- 2.5.1.73
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cys-trnacys
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methanogen
- archaea
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o-phosphoseryl-trna
- seprs
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cysteinyl-trna
- o-phosphoserine
- sulfur
- cysrs
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trna-dependent
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cysteinyl-trnacys
- jannaschii
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methanocaldococcus
- selenocysteine
- pyridoxal
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methanosarcina
-
sec
- aminoacylation
-
misacylated
- acetivorans
-
auxotrophy
- persulfide
-
relay
-
sep-trna:sec-trna
- homocysteine
- fulgidus
-
isoacceptors
- aminoacyl-trnas
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archaeoglobus
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trna-bound
- maripaludis
Reaction
Synonyms
MJ1678, Sep-tRNA-Cys-tRNA synthase, Sep-tRNA:Cys-tRNA synthase, SepCysS
ECTree
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Subunits
Subunits on EC 2.5.1.73 - O-phospho-L-seryl-tRNA:Cys-tRNA synthase
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dimer
homodimer
additional information
dimer
the active site is located near the dimer interface, crystal structure analysis, overview
amino acid residue conservation mapping on the basis of the surface electrostatic potential, overview, construction of a SepRS-tRNACys-SepCysS ternary complex model, in the ternary complex the phosphoserylated 3'-terminus of tRNACys can possibly be transferred directly from SepRS to SepCysS, for conversion to the cysteinylated form, overview
additional information
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amino acid residue conservation mapping on the basis of the surface electrostatic potential, overview, construction of a SepRS-tRNACys-SepCysS ternary complex model, in the ternary complex the phosphoserylated 3'-terminus of tRNACys can possibly be transferred directly from SepRS to SepCysS, for conversion to the cysteinylated form, overview
additional information
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both SepRS and SepCysS are active as a monomer in theSepRSSepCysS binary complex
additional information
both SepRS and SepCysS are active as a monomer in theSepRSSepCysS binary complex