Sentence examples for binding properties can be from inspiring English sources

By contrast, antibody fragments, that are not glycosylated but still exhibit antigen binding properties, can be produced in microbial organisms, which are easy to manipulate and cultivate.

Using the SH3 domain of hematopoietic cell kinase as a test case, we show that SH3 binding properties can be profoundly altered by modifications within a hexapeptide sequence in the RT-loop region that is not involved in recognition of currently known consensus SH3 target peptides.

Peptides with specific binding properties can be isolated using phage display libraries.

Both, cooperativity and allosteric control in conjunction, render hemoglobin a highly versatile oxygen carrier whose binding properties can be tuned over a wide range by allosteric effectors such as protons and 2,3 bisphosphoglycerate [5], [6].

Therefore, they can be regarded as chimerolectins if their sugar binding properties can be experimentally validated.

Moreover, physical, optical, and binding properties can be rationally tailored by varying the conjugated π-chain, the donor, and the acceptor groups 48, 60, 61.

The approach by Kuhn et al., which incorporates the comparison of 3D binding site descriptors across kinases via Cavbase, has shown that kinase binding site properties can be used to predict kinase interaction with inhibitors, such as the cross-reactivity of Gleevec.

The rationale for the altered nucleotide-binding and release properties can be inferred from our recent studies of the inverse mutant of StNFeoB [ 23].

3DP is very versatile as without changing the primary binding material an array of material properties can be achieved by using different powdered materials and adding infiltrants.

In a cell transplantation setting, these bio-inert properties can be modified by binding growth factors and incorporating cell attachment and enzyme-sensitive peptide sequences to allow the cells of interest to attach, proliferate, and function [ 63].

The structural diversity in these CAPs and their different net positive charge, ranging from +3 in human α-defensin to +9 for the KW5 peptide, indicate that various structural properties can be involved in binding to GAGs.