ketonemia

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“Clinical Biochemistry: Fatty Acid Metabolism, Ketogenesis, and Energy Regulation”

Nov

"Discover key insights into fatty acid metabolism, ketogenesis, and triglyceride synthesis through clinical scenarios. This guide explains enzyme deficiencies like MCAD, hormonal regulation by insulin, and the role of beta-oxidation and omega oxidation pathways in energy production."

Posted in: Energy metabolism , Library , Metabolism of lipids , Multiple-Choice questions , Multiple-choice questions , Practice questions , Quizzes , USMLE Content , USMLE Style questions , USMLE styled question bank ,

Tags: Clinical biochemistry, Fatty acid metabolism, Glycrol, Ketogenesis, ketonemia, Lipolysis, MCAD deficiency, Omega oxidation, Triglyceride synthesis i,

Utilization of ketone bodies and ketosis- lecture 3

Mar

Posted in: Energy metabolism , Learning resources , Lecture notes , Lecture notes , Library , Metabolism of lipids , Theory notes , USMLE Content ,

Tags: Acetoacetate., acetyl CoA, Beta-hydroxybutyrate, ketonemia, Ketosis, NAD+/NADH ratio, Succinyl co A: Acetoacetate co A transferase, succinyl CoA, succinyl-CoA synthetase, Thiolase., Thiophorase, β-ketoacyl-CoA transferase,

Ketone bodies and their biological significance- lecture 1

Mar

Posted in: Lecture notes , Metabolism of lipids , Theory notes ,

Tags: Acetoacetate., Acetoacetyl co A, acetone, Acetyl co A, beta hydroxy butyrate, HMG Co A lyase, HMG Co A synthase, ketolysis, ketonemia, Ketosis,

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ketonemia

“Clinical Biochemistry: Fatty Acid Metabolism, Ketogenesis, and Energy Regulation”

Utilization of ketone bodies and ketosis- lecture 3

Ketone bodies and their biological significance- lecture 1