Thermal stability of anthocyanins
Most reactions show the rate of anthocyanins degradation in natural and model systems was affected by
processing and storage temperatures (Jackman et al., 1987). The thermal stability of anthocyanins differs with
their structure, pH, the presence of oxygen and interactions with other components in the systems (Jackman
and Smith, 1996). When subjected to heating process, degradation occurs mainly caused by oxidation,
cleavage of covalent bonds or superior oxidation reactions
Thermal stability of anthocyaninsMost reactions show the rate of anthocyanins degradation in natural and model systems was affected byprocessing and storage temperatures (Jackman et al., 1987). The thermal stability of anthocyanins differs withtheir structure, pH, the presence of oxygen and interactions with other components in the systems (Jackmanand Smith, 1996). When subjected to heating process, degradation occurs mainly caused by oxidation,cleavage of covalent bonds or superior oxidation reactions
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