Sentence examples for potential pruning from inspiring English sources

However, as always, the process of LD-based pruning implies a trade-off between gaining power by reducing the number of redundant tests, and losing power by potential pruning of real genetic signal.

However, there are cases when Y or a descendant of Y is pruned by X but it cannot be identified using Theorem 2. In this case, the branch at Y must be enumerated and potential pruning by X verified.

His gâteau Breton, a moist shortbread-like torte with a layer of prune at its core, was saved from any potential prune-y stodginess by the astonishing buttery richness of the dough.

Dally also referenced a study that Nvidia did to test the potential of "pruning"—the idea that you can reduce the number of calculations that must be performed during training, without sacrificing a deep-learning model's accuracy.

The experiments show that using color/texture descriptors to prune potential surface pairs in the initial correspondence phase and to provide additional information in the hypothesis evaluation phase of a feature-based localization scheme can result in considerable speedup of the localization process and help distinguish between geometrically similar places.

These opposing requirements of geographical separation and low latency have the potential to severely prune the solution space.

These findings point to deficits in synaptic plasticity and pruning as potential causes for motor problems and abnormal circuit development in autism.

This phenomenon is a potential mechanism of synaptic pruning in developing neurons.

These observations provide novel insights into the potential mechanisms of axon pruning and provide specific molecular probes to visualize these elusive events.

In test-tube studies, dried fruits were found to have significant antioxidant potential, with figs and prunes being particularly potent in this respect.

(When US scientists edited embryos in 2017, it was heralded as a "breakthrough"). Many had begun to see the procedure as a potential new way to prune risks of genetic disease from tomorrow's children.