Sentence examples for mechanical protein from inspiring English sources

A few recent studies probing the effects of ligand binding on mechanical protein stability have come to quite different conclusions.

These forces are not unusual in mechanical protein unfolding, and thus the presence of the knot does not automatically indicate a superstable protein.

However, most aquarists popularly use mechanical protein skimmer which as its name applies, scrub crude matrix-structured proteins but not nitrogenous wastes as proteins are broken down by microorganisms in the water.

These data indicate that CNHs can promote the expression and intercellular distribution of electrical and mechanical proteins and functional maturation of NRVMs.

Immunohistochemical staining, western blot analysis, and intracellular calcium transient measurements indicated that the addition of CNHs significantly increased the expression and maturation of electrical and mechanical proteins (connexin-43 and N-cadherin).

Our results demonstrated that this new mixed scaffold was able to enhance the differentiation and maturation of NRVMs, and promote the expressions of electrical and mechanical proteins (Cx-43 and NC).

Nanomechanical analysis of proteins by single-molecule force spectroscopy based on atomic force microscopy is increasingly being used to investigate the inner workings of mechanical proteins and substrate proteins of unfoldase machines as well as to gain new insight into the process of protein folding.

There is increasing interest in the investigation of so-called mechanical proteins.

In the case of mechanical proteins, the understanding of the relationship between sequence, structure, and mechanical properties is incomplete.

To investigate the molecular basis of this mechanical stability, protein engineering Φ-value analysis has been combined with atomic force microscopy to investigate the structure of the barrier to forced unfolding.

The complex interdependence of mechanical forces, protein transport and extracellular morphogen gradients needs to be elucidated in a comprehensive way in order for the importance of transport on morphogenesis to be fully appreciated.