Sentence examples for translate change from inspiring English sources

The licensee is not authorized without the written express permission of Avira, to change, translate, retro-develop, decompile or disassemble the Software, or to create works derived from the Software or the documentation, or to reproduce, translate, change or create works derived from the documentation, insofar as this is not absolutely necessary within the context of contractual use.

Whatever else it does or doesn't do, design helps us to translate changes in other fields — scientific, political or whatever — into things that may be useful or enjoyable, ideally both.

Change is most likely when important officials are able to translate changes in such way that it suits with a culture's core values.

To meaningfully interpret trials using surrogate outcomes, one must translate changes in the surrogate outcome to changes in the clinical outcome.

Therefore, the synaptic vesicle-associated synapsin phosphoproteins act at the intersection of cAMP and calcium-dependent cascades making them optimal candidates to translate changes in cAMP levels into modulation of vesicle recycling.

The long-term cost-effectiveness of U@Uni was estimated using an economic model developed to translate changes in health behaviours into long-term life years and QALYs.

RNA polymerase plus the ribosomes that together translate changes in the concentration of metabolites to changes in gene expression, or direct metabolic regulation of the activity of an enzyme correspond to such control actions.

The purpose of the Bernoulli model is to translate changes in sexual behaviour as observed in the trial into the probability of HIV transmission in order to estimate the number of averted transmissions.

Therefore, we use knowledge from empirical data showing the relationship between functional status and medical expenditures to translate changes over time in SF-36 composite scores into predicted annual medical expenditure savings [ 22].

We then translated change in vegetation patterns to change in patterns of vulnerability to wildfires, smoke production, and 21 major forest pathogen and insect disturbances.

While our current understanding is that contraction-sensitive allosteric factors (e.g., Ca2+, AMP, NAD+, and acetyl-CoA) initiate signaling changes, how the muscle translates changes in these factors into the appropriate adaptive response remains poorly understood.