Cytochromes-c are ubiquitous heme proteins with enormous impact at the cellular level,
being key players in metabolic processes such as electron transfer chains and apoptosis …

c-Type cytochromes are characterized by covalent attachment of haem to protein through
thioether bonds between the vinyl groups of the haem and the thiols of a CXXCH motif …

c-type cytochromes are normally characterized by covalent attachment of the iron cofactor
haem to protein through two thioether bonds between the vinyl groups of the haem and the …

Cytochromes c are typically characterized by the covalent attachment of haem to
polypeptide through two thioether bonds with the cysteine residues of a Cys-Xaa-Xaa-Cys …

Cytochrome c biogenesis describes the posttranslational pathway for the conversion of pre‐
apocytochrome c into the mature holocytochrome c. It involves an unknown number of …

c-type cytochromes are characterized by covalent attachment of haem to the protein by two
thioether bonds formed between the haem vinyl groups and the cysteine sulphurs in a …

Almost without exception, c-type cytochromes have heme covalently attached via two
thioether linkages to the cysteine residues of a CXXCH motif. The reasons for the covalent …

Cytochromes c are widespread respiratory proteins characterized by the covalent
attachment of heme. The formation of c‐type cytochromes requires, in all but a few …

Expression of cytochrome c from Thermus thermophilus in Escherichia coli (E. coli) leads to
a protein with characteristics of a molten globule. Unfolding induced by guanidine …

C-type cytochromes are characterized by post-translational covalent attachment of heme to
thiols that occur in a Cys-Xxx-Xxx-Cys-His motif. Three distinct biogenesis systems are …