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Protein adsorption to colloidal surfaces can lead to denaturation.
Exposure to certain conditions, such as elevated temperatures or organic solvents, can lead to denaturation (unfolding) and concomitant loss of activity.
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Increase in tissue temperature beyond 57 60°C leads to denaturation of cell proteins sufficient to cause coagulative necrosis.
A heat incubation step at the beginning of the purification procedure leads to denaturation of the majority of the proteins.
It was believed for a long time that routinely used metal electrodes such as gold, platinum, mercury, and silver led to denaturation and irreversible adsorption of the proteins at the electrode surfaces.
Also, high acetone concentration may lead to protein denaturation that is responsible for the activity loss (Wang et al. 2011).
Although aerobic bacteria, mostly Bacillus species, are often active between 60 and 65 °C, composting temperatures should not exceed 75 °C, as this will lead to irreversible denaturation of bacterial enzymes (Tuomela et al. 2000).
Oxidation stress can lead to protein denaturation and lipid peroxidation.
Protein adsorption on planar surfaces is known to alter structure and lead to partial denaturation.
First, both heating and compressing can lead to the denaturation of proteins.
Prolonged contact of cellulases with lignin may also lead to irreversible denaturation of enzyme proteins, especially at elevated temperatures [ 21].
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