Sentence examples for modifying the molecular from inspiring English sources

The Mechanical property of epoxy matrices can be influenced by modifying the molecular architecture and structure, thereby increasing the crosslink density to generate high stiffness and strength.

Recent experimental studies have explored the possibilities to generate controllable surface patterns by chemically modifying the molecular structures of the hydrogel near the surface.

By modifying the molecular breeding approach to epitope shuffling, we have constructed a polyepitope chimeric gene that encodes 11 B-cell and T-cell proliferative epitope peptides derived from eight key antigens mostly in the blood stage of Plasmodium falciparum.

Using this approach, we observe two types of nanostructure, namely, nanoporous and nanoisland structures, of which the dimensions can be tuned by modifying the molecular weight of each polymer in the blend.

Redefining the cell surface by temporarily (or permanently) modifying the molecular landscape of the plasma membrane affects the way in which the cell interacts with its environment and influences the information that is relayed into the cell along downstream signaling pathways.

The results indicate that modifying the molecular architecture from a 'generation-zero' comb-like (PCEVE-g-PS) to a 'first-generation' hyperbranched (PCEVE-g- PS-b-PCEVE-g-PS)) architecture strongly modifies the observed geometrical PCEVE-g- PS-b-PCEVE-g-PSles, in good agreement with the exPCEVE-g- PS-b-PCEVE-g-PSmolecular dimensions and the corresPCEVE-g- PS-b-PCEVE-g-PS solution.

Changing the mold temperature from 20 to 40 °C did not modify the molecular orientation.

For example, some may act on the bacterial wall, others affect cell membranes, some modify the molecular mechanism for duplication, some change the nucleic acid metabolism, and others change the intermediary metabolism of two interacting organisms.

Currently, the most popular technology used to modify the molecular makeup of the nervous system is through germline modifications of early embryos.

With the help of antibody engineering, it has been possible to modify the molecular size, pharmacokinetics, immunogenicity, binding affinity, specificity and effector function of antibodies.

In addition, various directed evolution techniques have been applied to modify the molecular structure of CGTase for improved performance in industrial applications.