Sentence examples for substrates able to from inspiring English sources

Substrates able to rectify transport of ions based on charge and/or size are ubiquitous in biological systems.

At the same time, our findings highlight the possibility of designing nanoengineered substrates able to trigger specific bio-molecular effects, thus opening the perspective of smartly tuning bacterial behavior by biomaterial design.

We show that these synthetic constructs represent interesting model substrates able to engage in a productive interaction with Rho and to direct NTP-dependent [5′→3′]-translocation of the hexamers.

The development of biocompatible collagen substrates able to conduct electric current along specific pathways represent an appealing issue in tissue engineering, since it is well known that electrical stimuli significantly affects important cell behaviour, such as proliferation, differentiation, directional migration, and, therefore, tissue regeneration.

One could thus generate a library of fluorescently distinct substrates able to discriminate and fractionate stem cell populations by flow cytometry based on expression of specific ALDH isoenzymes (Fig. 1 C ).

The existence of OCT1 substrates able to affect the bioavailability of cationic drugs in patients' blood may also account for the interindividual variability in the pharmacological activity of several other drugs [ 113 ].

Their research has ventured into testing the wind resistance of certain species of tree in wind tunnels, as well as finding a suitably lightweight substrate able to meet plants' nutritional demands.

H2 is considered to be the most energetic substrate, able to sustain lithoautotrophic ecosystems in subsurface environments, where it is readily consumed (Nealson et al. 2005).

Here we study and compare the impact in vitro on neuronal signaling of two classes of chemically modified multiwalled CNTs in reference to pristine CNTs, which are known to be a substrate able to boost neuronal growth and communication.

The obtained acellular scaffolds represent a great substrate able to promote cell adhesion, differentiation, and proliferation thanks to the specific ECM components and structure.

More recently, Thangaraj et al. [ 187] have described an explant culture system, without any substrate, able to better evaluate the development of photoreceptors and outer segments in vitro.