Sentence examples for mechanisms include decreased from inspiring English sources

Suggested mechanisms include decreased immune response, and decreased production of TNFα by macrophages [ 24].

Possible mechanisms include decreased production due to viral invasion of type II pneumocytes and altered regulation of the production of surfactant lipids.

More specifically, these mechanisms include decreased drug uptake, increased drug inactivation, increased repair of platinum DNA adducts and increased platinum DNA damage tolerance.

The consensus seems to be that cisplatin resistance mechanisms include decreased drug accumulation, enhanced detoxification, and increased DNA repair efficiency [ 13].

Carboplatin resistance mechanisms include decreased net intracellular drug accumulation, drug detoxification, enhanced DNA repair mechanisms, or changes in apoptotic signaling pathways [ 8- 11].

Such mechanisms include decreased intracellular drug accumulation and/or increased drug efflux [ 6- 9], drug inactivation by increased levels of cellular thiols [ 6, 10], increased nucleotide excision-repair activity [ 9, 11] and evasion of apoptosis [ 6, 12].

Resistance involves numerous mechanisms including decreased drug uptake, increased drug efflux along with reduction of intracellular drug concentration, activation of detoxifying systems, activation of altered DNA repair mechanisms, evasion of drug-induced apoptosis, induced emergency response genes to impair apoptotic pathway, etc.

This association is plausibly supported by several biological mechanisms, including decreased inflammation, decreased insulin-like growth factor levels, reduced hyperinsulinemia and modulated immune function (Wolin et al, 2009).

Numerous mechanisms, including decreased permeability, efflux pump overexpression, and carbapenemase production, can be responsible for the resistance to carbapenems [ 7, 32, 33].

Moreover, this association is plausibly supported by several biological mechanisms, including decreased inflammation, reduced intestinal transit time, decreased insulin-like growth factor levels, reduced hyperinsulinemia and modulated immune function with physical activity.

Detrimental effects of hyperglycaemia-induced increase in polyol pathway flux could be explained by a number of proposed mechanisms including decreased (Na+&K+) ATPase activity, sorbitol-induced osmotic stress, decrease in cytosolic NADPH, and increase in cytosolic NADH/NAD+.