WebQualitative results from these studies indicate that for the Ser130-->Cys mutation the large decrease in binding affinity is in part caused by steric effects, but also significantly by the differential work required to polarize the Cys thiol group relative to the Ser hydroxyl group. WebIn this study, we have employed a combined spectroscopic and computational approach to characterize three Cys-to-Ser (Cys --> Ser) mutants (C2S, C6S, and C2S/C6S NiSOD). …
Thiol–disulfide exchange is involved in the catalytic ... - PNAS
Webaccompanying the Ser130 to Cys mutation is attributable to steric effects. Cysteine is larg-er and has different geometries than serine. The atomic radius of sulfur is 0.4 A larger … WebApr 2, 2015 · To develop Cys-deficient mutants of AD, we examined the roles of the Cys residues in the structure, stability, and alkane producing activity of AD from Nostoc punctiforme PCC 73102 by systematic Cys-to … chunk ban text
Solved Mutations may be characterized by the change at the
WebMutations on surface residues are less likely to disrupt the fold of a protein but more likely to interfere with the protein interactions (e.g. the solvent). For Cys mutations I'd recommend... WebAug 3, 2012 · The mutation of Cys to Ser showed a lower yield of product and an instability of the C164S mutant. Aside from this, other mutational studies carried out to mutate Cys at position 169 with Ser showed failure in detecting enzyme activity which defined the destruction of Cys as an essential role in the catalytic machinery of CHS . However, in … WebWe generated a strain of Saccharomyces cerevisiae in which the sole source of alpha-tubulin protein has a cys-to-ser mutation at cys-377, and then we examined microtubule morphology and nuclear positioning through the cell cycle. During G1 of the cell cycle, microtubules in the C377S alpha-tubulin ( … chunk ban minecraft