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Continued research is needed to identify ligninolytic fungal strains that consistently and completely degrade aflatoxin, but the demonstrated degradation capacity of P. ostreatus and its renowned edibility make it a superior candidate for further investigation.
The poor growth of T. atroviride on chitin shows that the large number of different chitinases probably rather reflects a chitinolytic system that can degrade a wide range of different chitinous substrates than the good degradation capacity of bulk chitin.
However, the degradation capacity was controlled mainly by the interaction effect of the initial concentration.
In vitro degradation capacity was analyzed for 4 weeks at 37 °C.
The results imply that the nanoparticle decoration is the key strategy to increase the degradation capacity.
NPs can induce autophagy, and accumulate in lysosomes impairing their degradation capacity.
The results showed that HMW lignin decreased and showed a maximum degradation capacity of 3.49 mg/l/day.
At these conditions, the degradation capacity increased from 53 to 87.2% with increasing the chromite mass from 0.02 to 0.14 g, respectively.
Although microbial degradation of chlorothalonil is known, we know little about the colonization and degradation capacity of these microbes in the natural and semi-natural soil environments.
The decrease in the degradation capacity was due to the ability of HaP to reduce the access of enzymes to the polysaccharide moieties.
We then used arIs36 animals to examine whether lysosomal degradation capacity is compromised in the enlarged lysosomes induced by HEC-23.
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