Hello friends, in this post I have shared an overview and download links of notes of Biochemistry (BP203T) according to the PCI syllabus for B Pharm 2nd Semester 2023.
Notes from Biochemistry We have provided two types of notes: Handwritten notes and Standard notes.
Biochemistry notes provide a thorough comprehension of all the molecular aspects of chemical processes that are that is associated with living cells. The subject’s scope is to provide biochemical information and the fundamentals to comprehend the metabolic processes of nutrient-related molecules in the context of pathological and physiological situations. It also focuses on the genetic structure of mammalian DNA and the hetero and autocatalytic roles of DNA.
Friends Biochemistry is the subject of the 2nd semester of the B Pharm course, and as per the syllabus copy of PCI B Pharm 2nd semester, there are a total of 8 chapters in this subject.
Read this: B Pharma 2nd Semester all Study Material PDF Free
Download Biochemistry All Units Notes PDFs FREE
Click on the following download buttons below the names of the units to download Biochemistry both Handwritten and Standard Notes.
In the Biochemistry Notes Pdfs, the following chapters are explained in detail.
Introduction & the classification of chemical properties, & biochemical function of carbohydrate nucleic acids, lipids, amino acids, & proteins.
The concept of free energy reactions between exergonic & endergonic Relative relationship to free energy, Enthalpy, & the concept of entropy.
The classification of energy-rich chemicals; and the importance of ATP and the cyclic form of AMP
Glycolysis Pathway, energetics & significance of the Citric Acid cycle – Pathway, energetics, & importance HMP Shunt & its significance; Glucose-6-Phosphate Dehydrogenase (G6PD) insufficiency Glycogen metabolism pathways & glycogen storage disorders (GSD) Gluconeogenesis- Pathway & its importance hormone regulation of blood glucose levels & diabetes mellitus
The process of biological oxidation
Electron transportation chain (ETC) & its mechanism.
Oxidative phosphorylation & its mechanism & substrate phosphorylation Inhibitors ETC & oxidative phosphorylation/Uncouplers
b-Oxidation of saturated fatty acid (Palmitic acid)
Utilization & formation of ketoacidosis; ketone bodies De the synthesis in de novo of the fatty acid (Palmitic acid)
The importance of cholesterol in biology & the conversion of cholesterol steroids, bile acids, & vitamin D
Disorders of lipid metabolism: atherosclerosis, fatty liver, obesity & Hypercholesterolemia.
Amino acid metabolism
General reactions that regulate amino acids: Transformation
decarboxylation & decarboxylation, the Urea cycle, & disorders Catabolism of phenylalanine as well as Tyrosine, & their metabolic diseases (Phenylketonuria, Albinism, alkaptonuria, Tyrosinemia) Synthesis & importance of biological substances, 5-HT, melatonin & dopamine, noradrenaline & adrenaline catabolism of heme, hyperbilirubinemia, & jaundice
Metabolism of Nucleic Acids and transfer of genetic information
Biosynthesis of pyrimidine & purine nucleotides Catabolism in purine nucleotides as well as Hyperuricemia & Gout disease. mammalian genome DNA & RNA as well as their roles in Replication of DNA (semi-traditional model) transcription or DNA synthesis Genetic code protein synthesis or translation, & inhibitors.
Introduction properties, nomenclature, & classification by IUB of enzymes Kinetics (Michaelis plot Line Weaver Burke plot) Enzyme inhibitors & examples
Regulation of enzymes, including enzyme induction & repression, as well as allosteric enzymes’ regulation Therapeutic & diagnostic applications of isoenzymes & enzymes Coenzymes-Structure & biochemical roles
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