خرید و دانلود نسخه کامل کتاب Clinical Biochemistry Essays Part 1: Structured & Long Answer Guide for MBBS Exams

List of ContentHow To Use This Book Page 13Part I — Core Biochemistry Each subchapter includes:2 Structured Essay Questions (SEQs) + 2 Long Essay Questions (LEQs)with Model Answers, Marking Schemes, Answer Strategies, Clinical Pearls, and Textbook References (Harper’s, Lippincott’s, Satyanarayana’s, Wikramanayake).Chapter 1 — Cell & Molecular Biology Page 211.1 Structure and function of the cell1.2 Biological membranes and transport mechanisms1.3 Nucleic acids – DNA & RNA structure1.4 Chromatin, gene organization, and replication1.5 Transcription, translation, and genetic code1.6 Regulation of gene expression1.7 Mutations and repair mechanisms1.8 Recombinant DNA technology & clinical applicationsChapter 2 — Enzymes Page 962.1 Nature and classification of enzymes2.2 Enzyme kinetics (Michaelis–Menten)2.3 Factors affecting enzyme activity2.4 Enzyme inhibition and regulation2.5 Isoenzymes and clinical importance2.6 Diagnostic enzymology (AST, ALT, CPK, LDH, etc.)2.7 Clinical correlations (enzyme deficiencies, inhibitors in therapy)Chapter 3 — Bioenergetics & Biological Oxidation Page 1563.1 Principles of bioenergetics3.2 ATP production and high-energy compounds3.3 Mitochondrial electron transport chain3.4 Oxidative phosphorylation and inhibitors3.5 Uncouplers and regulation of oxidative metabolism3.6 Free radicals and antioxidant defense3.7 Clinical correlations (cyanide poisoning, mitochondrial diseases)Chapter 4 — Carbohydrate Chemistry & Metabolism Page 2164.1 Classification, structure, and functions of carbohydrates4.2 Glycolysis and its regulation4.3 Citric acid cycle and its amphibolic role4.4 Gluconeogenesis and glycogen metabolism4.5 Pentose phosphate pathway and its functions4.6 Cori cycle, glucose–alanine cycle4.7 Blood glucose regulation and hormones4.8 Clinical correlations (diabetes mellitus, glycogen storage diseases)Chapter 5 — Lipid Chemistry & Metabolism Page 2805.1 Classification and structure of lipids5.2 Digestion and absorption of lipids5.3 β-oxidation and synthesis of fatty acids5.4 Ketone body formation and utilization5.5 Cholesterol and lipoprotein metabolism5.6 Regulation of lipid metabolism5.7 Eicosanoids and prostaglandins5.8 Clinical correlations (hyperlipidemia, fatty liver, atherosclerosis)Chapter 6 — Protein & Amino Acid Metabolism Page 3466.1 Classification and structure of amino acids6.2 Levels of protein structure (primary–quaternary)6.3 Protein synthesis, folding, and degradation6.4 Transamination, deamination, and urea cycle6.5 Specialized products of amino acids (creatine, catecholamines, etc.)6.6 Inborn errors of metabolism (PKU, alkaptonuria, etc.)6.7 Clinical correlations (uremia, ammonia toxicity, genetic enzyme defects)Chapter 7 — Nucleic Acid Metabolism Page 4037.1 Purine and pyrimidine synthesis7.2 Salvage pathways and degradation7.3 Regulation of nucleotide metabolism7.4 Antimetabolites and chemotherapy7.5 Clinical correlations (gout, SCID, orotic aciduria)