Sentence examples for exploited to change from inspiring English sources

Because most studies examining the control of limb stiffness have constrained limb posture, it is unclear if posture selection is a critical component of endpoint stiffness regulation during more natural tasks in which the kinematic redundancies of the arm can be exploited to change posture without altering endpoint location.

To study collisions and decay processes in states with low- ℓ character microwave transitions could be exploited to efficiently change the value of |M J | after deceleration and trapping.

In addition, phosphoproteomic approaches can be exploited to monitor changes in phosphorylation events in order to characterize drug actions on cell signaling pathways and/or signaling cascades.

Furthermore, phosphoproteomic approaches can be exploited to monitor changes in phosphorylation events in order to characterize drug actions on cell signalling pathways and/or signalling cascades.

The sensitivity of SAR to canopy structure and biomass can be exploited to map changes associated with young and degraded (low biomass) forests.

Surface plasmon resonance (SPR) real time monitoring was exploited to measure changes in refractive index caused by the binding of chemokines to each of the immobilized GAGs.

Inhibition of the NMD pathway can be exploited to detect changes in the stability of transcripts carrying such truncating mutations.

High-dimensional flow cytometry, and more recently mass cytometry, have been exploited to interrogate changes in the cellular compositions before and after vaccination [ 10].

Selected RNA-seq experiments initially aimed at completing the transcript catalogue were subsequently further exploited to detect changes in N. furzeri gene expression over lifetime.

This property has been exploited to detect changes in synaptic DA release induced by experimental manipulations including the administration of amphetamine.

69 70 The ability to analyse multiple gene sequences from large numbers of samples, complemented with functional screening and characterisation of randomly cloned DNA fragments from the GI tract, is currently being exploited to uncover changes in disease states including in inflammatory bowel disease (IBD).