Sentence examples for necessary turnover from inspiring English sources

Mayor Michael R. Bloomberg again defended Sunday metered parking yesterday, saying it provided for a necessary turnover of parking spaces in commercial areas and stopped people from monopolizing spaces for the entire weekend.

The result is typically higher-than-necessary turnover rates.

A recent study has shown that CYB5R provides the electrons necessary for turnover of fatty acid desaturase in the desaturation process of fatty acids [ 6].

Autophagy is necessary for turnover of organic matter during the formation of conidia and appressoria and for normal development and pathogenicity in Magnaporthe grisea.

These results demonstrate that Mad3p binding is necessary for Cdc20 turnover, and suggest the intriguing possibility that the N-terminal Mad3 KEN box acts in trans as a Cdc20p destruction signal during early mitosis.

This Mtb specific behavior of C-terminal domain justifies the need for accommodating different BCCP domains [32] and biotinylation turnover necessary for the biosynthesis of unique fatty acids in Mtb under varying environmental conditions.

The BRCT domain of the AMD contains numerous possible automodification sites (9/15 glutamates found in the AMD are in the BRCT domain) and has been implicated in protein-protein interactions of PARP-1, including its homodimerization (which is thought to be important for catalytic activity and automodification [41]), recruitment of XRCC1, and recruitment of PARG (necessary for PAR turnover [10]).

They are necessary for protein turnover.

Glukhova and colleagues used the CK5 promoter to overexpress a β-catenin variant, ΔN59Cat, that cannot be phosphorylated at a site necessary for normal turnover [ 17].

However, an important but often overlooked fact is that cofilin, while essential, is not sufficient to support rates of actin turnover necessary for cell viability.

We hypothesized the positioning of CTAD-Asn by FIH-Gln was necessary to support turnover and therefore focused our studies on steady-state characterization by monitoring CTADOH formation via MALDI-TOF.