Sentence examples for molecular recognition phenomena from inspiring English sources

Quantitative information of solvation and transfer free energies is often needed for the understanding of many physicochemical processes, e.g the molecular recognition phenomena, the transport and diffusion processes through biological membranes and the tertiary structure of proteins.

DNA sequence specificity plays a critical role in a number of biological processes, and influences a diverse range of molecular recognition phenomena, including protein DNA, oligomer DNA, and ligand DNA interactions.

With respect to biomacromolecules, charges can elucidate electrostatic effects critical for long range molecular recognition phenomena, protein folding, dynamics and allostery, directed adduction of substrates and egression of products in enzymes, ligand binding and complex formation for proteins and nucleic acids, etc. [1 3].

Carbohydrate moieties of cell glycoconjugates play a pivotal role in molecular recognition phenomena involved in the regulation of most biological systems and the changes observed in cell surface carbohydrates during cell activation or differentiation frequently modulate certain cell functions.

The exploitation of molecular recognition phenomenon is no longer limited to affinity chromatography modes.

Efforts by synthetic biologists to make alternative kinds of DNA have led us to discover that the sugars and the phosphates are integral to the molecular recognition phenomenon.

Apart from aiding the development of novel materials, clusters are very useful for understanding the intrinsic and fundamental nature of molecular recognition and self-assembling phenomena.

Corona phase molecular recognition (CoPhMoRe) is a phenomenon whereby a polymer or surfactant corona phase wrapped around a nanoparticle selectively recognizes a particular molecule.

I've based my informational scheme of the cell on this thinking of "distinction on the adjacent" -- where molecular recognition is the essential phenomenon over which biological complexity has been developed.

The phenomenon of molecular recognition, which underpins almost all biological processes, is dynamic, complex and subtle.

He worked on the organic synthesis of molecules able to recognize and bind with other, smaller molecules, a phenomenon called molecular recognition, which had won Donald J. Cram, Jean-Marie Lehn, and Charles J. Pedersen the Nobel Prize in chemistry in 1987.