Sentence examples for enable overlap from inspiring English sources

Moreover, overlap coding for gau by the mitochondrial cox1 gene implies that synonymous codon usage is optimized to enable overlap coding on the opposite strand.

These simulation analyses suggest that c ox1 coding sequences are optimized to enable overlap coding for Gau and that matching an existing GenBank sequence of Gau is not the result of chance.

This enables overlap of communication with local computation and helps mask message latency.

This enables overlapping glass transitions (with Tgs closer than 10°C) to be distinguished successfully.

Third, being located within disordered regions enables overlapping SLiMs to change their conformations to bind to different partners and thus increase signalling complexity.

While geographic isolation can be difficult to overcome without suitable means of dispersal [ 40], allochronic isolation can be quickly bypassed following changes in climatic conditions that enable phenological overlap.

Male A. palmeri plants shed pollen during the entire experimental period (approximately 12 weeks) in both years, enabling temporal overlap in pollination with all other species.

The absence of repeats enabled accurate overlap detection in Phase 2. The contigs were then unmasked in Phase 3, and the correct hybrid assembly was obtained in Phase 4 by merging all overlapping contigs into hybrid contigs.

The more contracted C C bond corresponds to an aryl ring that is nearly co-planar with the carbene center to enable efficient orbital overlap, which stabilizes the electron-deficient center.

Driving regenerative neural processes into closer spatial proximity of specific stimulating electrodes would allow for lower current trigger thresholds that would reduce problematic signal overlap, enable higher stimulatory specificity, and perhaps lead to greater precision in both signal input and biological functional output.

This is obtained by modification of the kernels that have to be organized in such a way to enable (1) the overlap of the CUDA computation with the GPU data transfer/MPI communication and (2) the asynchronous execution of different kernels.