Here, we identified a new error-prone function for Cdk1 in recombination and DDT, carried out in conjunction with the Plk1/Cdc5 kinase and involving the Mus81-Mms4 endonuclease.
We should identify corruption-prone functions both within the executive power and the management of state corporations.
The predominant method used to determine AGB relies on error-prone functions derived from the statistical relationships of tree attributes and biomass.
The aminoacyl-tRNA synthetases (aaRSs), which catalyze the ligation of tRNAs to their cognate amino acids, are particularly prone to functioning in multiple subcellular compartments.
These biochemical traits of wild-type pol ι are likely to be advantageous in that cells might be able to control the error-prone polymerase function of pol ι by varying the local concentration of metal near DNA damage sites in cell nucleus, which might permit the proficient TLS events by pol ι only in the presence of a low level of Mn2+.
Specifically, functions prone to correlated increases exhibited high degrees of genetic overlap with the selected EQU function.
Although it is experimentally difficult to quantify the measure of stochasticity involved in different biological functions, it is a well-known fact that some functions, such as proteasome degradation, are least prone to stochasticity while functions, such as scaffolding complexes that integrate signals arising from different pathways, are likely to behave most stochastically.
This suggests that nesprin-2 is prone to exert scaffolding functions at the NE and function in scaffolding protein complexes to F-actin rathan than play roles in other sub-cellular compartments.
Some studies describe positive effects of lateral and prone positioning on respiratory function [26, 27] while others do not [28 30].
Postoperative renal dysfunction (PRD) is well-documented after cardiovascular surgery but there are only limited available data concerning major orthopedic surgery, although patients may have several risk factors prone to impair renal function.
Diverse worm transgenic models where varying lengths of polyQ tracts are expressed in specific sets of neurons, muscle cells and even intestine cells have been widely used to model several aspects of polyQ neurotoxicity, notably to address the mechanisms underlying the impact of aggregation prone proteins on cellular function and to identify novel disease modifiers [39 41].
