Sentence examples for testable effects from inspiring English sources

We describe a heuristic model of supported employment that posits specific and testable effects of cognitive domains and symptoms on vocational services and employment outcomes.

This paper shows that models where preferences of individuals depend not only on their allocations, but also on the well being of other persons, can produce both large and testable effects.

That is why we study the mouse retina – it fits all these criteria, allowing us to use the tools of mouse genetics to subtly perturb circuit anatomy and make specific, testable hypotheses about the effects on circuit function.

Meta-analysis is a useful technique to evaluate evidence of an intervention's effect on testable outcomes, but it also has important limitations.

We then use our model to generate testable predictions concerning the effect of varying the concentrations of the auxin efflux transporters on the sizes of the different root regions.

The model provides testable predictions for the effect of experimental interventions on the circuit's performance in young and ageing flies". Using the original McCulloch-Pitts notion of simple on and off spike coding in lieu of rate coding, an Anderson-Kohonen artificial neural network (ANN) associative memory model was ported to a neuronal network with Hodgkin-Huxley dynamics.

They allow us to propose testable hypotheses regarding the effect of mutations in the CRM on the transcription rate of the gene.

The proposed mechanism agrees well with the experimentally observed features of EmrE topogenesis and provides a range of experimentally testable predictions regarding the effect of translocon mutations on membrane protein topogenesis.

This leads to the testable hypothesis that the effect of waiting time on patient satisfaction must be considered in the context of time spent with the patient to be meaningful.

In addition, such an allelic series could give investigators a set of natural predictions about the direction of effect and testable hypotheses, about the extent to which each allele of an mCNV predisposes to a phenotype.

A few simulation studies have made testable predictions about the effect of constantly changing environments on adaptive outcomes, in particular that lower rates of environmental change affect the dynamics of adaptive walks by reducing the fitness effect of fixed beneficial mutations, and increasing the range of time where the substitutions of largest effect are likely to occur.