Sentence examples for structurally interacting from inspiring English sources

Second, the presence of drusen between two functionally and structurally interacting tissues may hinder the process of oxygen and nutrients delivery to RPE cells by Bruch's membrane (Strauss 2005).

Because each of these scenarios is equally possible in evolutionary terms, terminal extensions are defined separately, and alternative domain definitions are provided: "By sequence" definitions include the extension as part of the sequence continuous domain (fig 1a), while "by structure" definitions include the extension as part of the structurally interacting domain (fig 1b).

(84) Scott Tenenbaum's group (State University of New York, Albany) is pioneering an RNA-based nanoswitch technology, called "structurally interacting RNAs" (sxRNA) for real-time detection of specific microRNAs (miRNA) in cells; this technology has tremendous potential to be developed as a method in diagnostics and therapeutics.

Additivity of component free energies is observed when the component interactions do not structurally interact and contribute independently to the standard free energy of binding [22].

It is unknown, however, whether the RGD domain present in the 30-kDa antigen/GE-rich proteins of Nyssorhynchus mosquitoes is structurally capable of interacting with integrins.

And the small number of structurally resolved template interacting domain instances also limits the number of PPIs we can predict using our stringent DDI-based approach.

In addition to their potent regenerative activity, multipotent pericytes also play a role in vascular stabilization by structurally and functionally interacting with endothelial cells.

As such, these genes may contain more conserved protein interaction domains and be structurally more "familiar" as interacting partners for the viral proteins and provide ideal candidates for predicting host-pathogen protein interactions.

Several structurally related ligand molecules interacting with TpMan were solved at high-resolution and resulted in a wide-range representation of the subsites forming the active-site cleft with residues W134, E198, R200, E235, H283 and W284 directly involved in glucose binding.

Functional analysis has revealed that structurally related and physically interacting WRKY18, WRKY40 and WRKY60 have a complex pattern of overlapping, antagonistic and distinct roles in plant defense and stress responses [ 27].

The significance of the KCNQ1 and KCNE1 C-terminal regions warrants more detailed studies into how they interact structurally, and how disease-causing mutations compromise these interactions.