the antiatherogenicity of high-density lipoprotein is a major focus of cardiovascular research.
researchers demonstrated the antiatherogenicity of specific omega-3 fatty acids in clinical trials.
evidence suggests that moderate wine consumption contributes to the antiatherogenicity of the mediterranean diet.
scientists are investigating the molecular mechanisms underlying the antiatherogenicity of statins.
enhancing the antiatherogenicity of vascular endothelium is crucial for preventing heart disease.
the study evaluated the antiatherogenicity of various plant sterols in human subjects.
oxidative stress can significantly impair the antiatherogenicity of nitric oxide in blood vessels.
nutritional interventions aim to improve the antiatherogenicity of serum lipoprotein profiles.
data confirms the strong antiatherogenicity of soluble fiber found in oats and barley.
genetic factors may influence the antiatherogenicity of an individual's metabolic system.
pharmacologists are developing new drugs to mimic the antiatherogenicity of apolipoprotein a-i.
the antiatherogenicity of high-density lipoprotein is a major focus of cardiovascular research.
researchers demonstrated the antiatherogenicity of specific omega-3 fatty acids in clinical trials.
evidence suggests that moderate wine consumption contributes to the antiatherogenicity of the mediterranean diet.
scientists are investigating the molecular mechanisms underlying the antiatherogenicity of statins.
enhancing the antiatherogenicity of vascular endothelium is crucial for preventing heart disease.
the study evaluated the antiatherogenicity of various plant sterols in human subjects.
oxidative stress can significantly impair the antiatherogenicity of nitric oxide in blood vessels.
nutritional interventions aim to improve the antiatherogenicity of serum lipoprotein profiles.
data confirms the strong antiatherogenicity of soluble fiber found in oats and barley.
genetic factors may influence the antiatherogenicity of an individual's metabolic system.
pharmacologists are developing new drugs to mimic the antiatherogenicity of apolipoprotein a-i.
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