Sentence examples for effective checkpoint from inspiring English sources

Activation of the ARF pathway stabilizes TP53, thereby promoting effective checkpoint activity [ 43].

Additional SAC components include the kinases Bub1, monopolar spindle 1 (Mps1), and Aurora B which are required for effective checkpoint signaling.

Transient stem and progenitor cells undergo fewer cell divisions and are at reduced risk of chromosome aberrations owing to an inefficient decatenation checkpoint and may not be under selection for an effective checkpoint; the incidence of chromosome aberrations from the deficiency will be directly proportional to the number of divisions that the cells undergo.

Normal cells have a low expression level of MELK and effective checkpoints which ensure a balanced equilibrium between DDR and senescence or apoptosis in the event of unrepairable DNA.

These characteristics of stemness may not be compatible with an effective decatenation checkpoint; in other words, it is possible that stem cells cannot simultaneously maintain multipotency and the decatenation checkpoint.

Australian checkpoints were found to be more effective than checkpoints in other countries.

In a recent council meeting, Councilman Steve Mensinger said the city should use Gazsi's suggestion of saturation patrols for DUI enforcement, since it is more effective than checkpoints.

We place this knowledge in the context of observations in the clinic and discuss how it may inform the design of more precise and effective cancer immune checkpoint therapies.

Five CnSNPs were detected within Bub1b, three of which (S240G, P278T and V312A) are within a Mad2 dependent, Cdc20 binding domain necessary for effective cell cycle checkpoint functions (16).

In other words, all samples should possess a similarly effective spindle-assembly checkpoint that monitors the intactness of mitotic spindle assembly and governs mitotic progress.

In both situations, functional loss of the p53 pathway renders tumour cells reliant on effective G2/M cell cycle checkpoint control (Fig. 1).