Sentence examples for thermal disruption from inspiring English sources
Thermal disruption of protein structure and function is a potentially powerful therapeutic vehicle.
It has been shown that the distribution of bicadinane isomers in source rock extracts varies as a direct function of maturity, [8] which is consistent with the view that these products, and related unassigned "dimers" and higher homologues, are derived by thermal disruption of the HMW component of these ambers.
Thermal disruption at elevated temperature increases the rate of depurination (loss of purine bases from the DNA backbone) and single-strand breaks.
It was also used in ex vivo corneas using a forward detection configuration to study thermal disruption of the collagen lamellae [ 14].
Damage affected by external agents include exposure to UV light causing pyrimidine dimerization and free radical-induced damage, exposure to ionising radiation causing DNA strand breaks, thermal disruption causing hydrolytic depurination and single-strand breaks, and by xenobiotic contamination to cause DNA adduct formation, nucleobase oxidation and DNA crosslinking.
If the conformations of extracellular structural elements that contribute to the approach of a ligand to the orthosteric-binding site via the extracellular vestibule were susceptible to thermal disruption, then ligand binding capability would be ablated but core α-helical structure would be largely retained.
Laboratory efforts to build technological quantum computers are plagued by thermal disruptions, and accordingly carried out at near absolute zero temperature.
Thermal cell disruption can occur via microwave treatment, autoclaving, or freezing.
This superlinear behavior is attributed to a thermal-assisted disruption of dimers into monomers which is described by the classical Landau's approach for second-order phase transitions.
Hence, the techniques have evolved to minimise local trauma, thermal necrosis and disruption to the blood supply at the osteotomy site.
Massive gas injection (MGI) systems are being designed to dissipate a large fraction of the plasma stored energy at the disruption thermal quench (TQ) and hence reduce the consequences for FW components.
