Sentence examples for mechanisms also allows from inspiring English sources

The use of strand displacement mechanisms also allows fluorescence reporting complexes to be disassembled, and hence, new reporting complexes can be created and used to image additional sets of molecular markers.

However, the impairment in these two mechanisms also allows cancer cells to quickly accumulate mutations and, with these mutations, cancer cells can easily establish a bypass to circumvent the target, thus developing therapy resistance 18. Generally speaking, most clinically used chemo drugs provide only 9 14 months of effect before resistance occurs 13, 58, 66.

Similarly, higher order use of co-operative avidity-driven binding mechanisms also allows motifs to recruit, organise and stabilise large dynamic multimeric complexes such as those that assemble at DNA regulatory element-rich gene promoters [ 24] or on SLiM-rich scaffolding proteins [ 1, 85].

Homeostatic mechanisms also allow for adjustments to normal physiological states, such as pregnancy.

Routine data collection mechanisms also allow countries to monitor long-term trends of diabetes care.

The same mechanisms also allow the intrinsically weak affinities of a single motif (a particular feature of SLiMs, which mediate interactions with affinities that are generally in the 1 10 μM range) to be increased by binding multivalently with high avidity.

Additionally, these mechanisms also allow to explain that populations can rapidly recover from high concentrations of toxicants in the absence of interspecific competition, this is illustrated, for example, by the fast recovery observed in mosquito populations in the absence of competing species.

The mechanism also allows some predictions to be made.

It uses social channels as its primary discovery mechanism, but it also allows users to give back, with all the usual social sharing tools — posting to Facebook or sending video recommendations by email or SMS.

Such abstractions of neural mass models allow a deeper insight into underlying dynamic and physiological mechanisms, and also allow the more efficient exploration of large scale brain dynamics in disease.

Understanding these mechanisms may also allow better control of hiPS cell growth and differentiation ex vivo for therapeutic applications.