Sentence examples for disrupting components from inspiring English sources

Indeed, disrupting components in the niches may yield better outcomes without noncytotoxic effect, when compared with that of removing the CSCs [ 118].

In addition, disrupting components of the shelterin complex, including TPP1/POT1 and TRF2 (in combination with DNA repair factors involved in the classical non-homologous end joining [C-NHEJ], Ku70 and 53BP1) also results in elevated T-SCE [ 12- 14].

Repairing and restoring disrupted components in an enterprise data center requires a significant amount of time and human effort.

However, how fast and efficiently an enterprise infrastructure can be recovered depends on how the recovery mechanism restores the disrupted components, considering the inter-dependencies between services, along with the limitations of expert human operators.

Many mutations that disrupt components of this pathway affect the ability of larval worms to enter and leave the dauer stage, but they also increase the longevity and stress resistance of adults as well as reduce their fecundity [ 2- 6, 34].

CNL is the most prominent mechanism of component disruption, with RBX1 being the most frequently disrupted component.

In addition, HL096PA1 contains two pseudogenes in the only predicted galactitol PTS [ 35] and one disrupted component in the single glucitol PTS.

It is possible that the N-terminal domain, could either be interacting with and disrupting other components of the P-body machinery, or it may have a yet to be identified function in RNA processing.

The advantage of antimicrobial peptides is the generality of their mechanism of action, which involves either compromising the bacterial membrane integrity or disrupting essential components inside the cells [3], [4].

Beyond disrupting network components through insertion/deletion mutations, one alternative experimental approach would be to swap the hub or the node of a network with its evolutionary homologue and then allow the system to adapt under laboratory conditions.

Class P-III snake venom metalloproteinases are capable of rapid hemorrhagic activity by degrading the basement membranes and adhesion proteins and disrupting structural components of the tissues [ 13, 48].