Sentence examples for manipulation of functional from inspiring English sources
This study advocates the importance of genetic manipulation of functional cis-motif for amending the tissue specificity of a plant promoter.
This can be attributed to changes on the surface of the carbon after each treatment due to the manipulation of functional groups that have different hydrophilicity and hydrophobicity properties.
Regioselective manipulation of functional groups led to highly embellished bicyclic systems endowed with appendages containing diene and dienophilic moieties that upon inverse electron demand intramolecular cycloaddition provide the tetracyclic framework of atisanes in stereoselective fashion.
Thank you for sending your work entitled "Causal manipulation of functional connectivity in a specific neural pathway during behaviour and at rest" for consideration at eLife.
We have shown that contrasting sward types may result from direct and indirect interactions among management regimes (cutting frequency and fertilizer application) and the manipulation of functional group composition.
They work provides insight into the design and manipulation of functional engineered constructs using multi-scale hierarchical topography-based substrates for various biomedical applications, including stem cell therapy and tissue engineering.
The condition difference in the correlation value is the measure of most interest, as it describes the effect of the experimental manipulation on functional connectivity.
Nevertheless, this manipulation of plant functional group composition was efficient, since plant diversity and functional group composition were clearly affected even three years after the treatment.
Our study demonstrates the tunability of PL spectrum from CDG materials through selective manipulation of the functional groups at the in-plane defects and edge sites.
Our results demonstrate that the manipulation of oxygen functional groups on GO is an effective strategy to greatly improve the Li storage property of GO-based materials for advanced LIBs cathodes.
We suggest that our methodology could be used as efficient strategies for the design and manipulation of various functional platforms, including well-defined 3D tissue structures for advanced regenerative medicine applications.
