Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - Microbiology, 2018 - microbiologyresearch.org
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of l-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - Microbiology (Reading …, 2018 - pubmed.ncbi.nlm.nih.gov
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of l-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - Microbiology, 2018 - microbiologyresearch.org
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of l-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
Cysteine biosynthesis in Neisseria species.
JL Hicks, CV Mullholland - Microbiology (Reading, England), 2018 - europepmc.org
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of l-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
[PDF][PDF] Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - pdfs.semanticscholar.org
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of L-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - Microbiology, 2018 - cir.nii.ac.jp
抄録< jats: p> The principal mechanism of reducing sulfur into organic compounds is via the
synthesis of< jats: sc> l</jats: sc>-cysteine. Cysteine is used for protein and glutathione …
synthesis of< jats: sc> l</jats: sc>-cysteine. Cysteine is used for protein and glutathione …
Cysteine biosynthesis in Neisseria species
JL Hicks, CV Mullholland - Microbiology (United Kingdom), 2018 - einstein.elsevierpure.com
The principal mechanism of reducing sulfur into organic compounds is via the synthesis of L-
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …
cysteine. Cysteine is used for protein and glutathione synthesis, as well as being the primary …