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Metabolism - Complete Notes
Complete notes covering the 1st year of principles of metabolism. Includes notes on thermodynamics, enzymes, Michaelis-Menten equations, Lineweaver-Burk plot, types of enzymes, inhibition, control of enzymes by allosteric control, feedback and feedforward reactions and covalent modifications.
Notes also include anabolic and catabolic reactions. Huge emphasis on glucose metabolism (glycolysis and gluconeogenesis) - both pathways discussed in-depth.
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Class notes
Metabolism - Complete Notes
Last document update: agoComplete notes covering the 1st year of principles of metabolism. Includes notes on thermodynamics, enzymes, Michaelis-Menten equations, Lineweaver-Burk plot, types of enzymes, inhibition, control of enzymes by allosteric control, feedback and feedforward reactions and covalent modifications.
Notes also include anabolic and catabolic reactions. Huge emphasis on glucose metabolism (glycolysis and gluconeogenesis) - both pathways discussed in-depth.

Biochemistry Enzyme Inhibition and Regulation Notes
Quickly learn biochemistry topics with my concise and visually appealing notes! These notes cover the topics of Enzyme Inhibition, Competitive Enzyme Inhibitors, Noncompetitive Enzyme Inhibitors, Irreversible Enzyme Inhibitors, Enzyme Regulation, Allosteric Control, Feedback Control, Negative Regulators, Positive Regulators, Proteolytic Enzymes, Zymogens, and Covalent Modification. These notes also include important definitions, and beautiful digitally-drawn figures, and exam study-tips. I earn...
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Textbook notes
Biochemistry Enzyme Inhibition and Regulation Notes
Last document update: agoQuickly learn biochemistry topics with my concise and visually appealing notes! These notes cover the topics of Enzyme Inhibition, Competitive Enzyme Inhibitors, Noncompetitive Enzyme Inhibitors, Irreversible Enzyme Inhibitors, Enzyme Regulation, Allosteric Control, Feedback Control, Negative Regulators, Positive Regulators, Proteolytic Enzymes, Zymogens, and Covalent Modification. These notes also include important definitions, and beautiful digitally-drawn figures, and exam study-tips. I earn...


Metabolic Biochemistry - Glycolysis & Glycogenolysis
Summary of the 12 steps of glycolysis - investment & reward phases
Products of glycolysis
Control of glycolysis (hexokinase, phosphofructokinase & pyruvate kinase) allosteric & hormonal
Difference between phosphofructokinase I & II and their regulation 
Glycolysis in relation to cancer
Glycogen - structure, bonding etc.
Glycogenolysis (2 stages)
Glucose 6-phosphatase - and regulation of glycogenolysis (phosphorolysis)
Regulation of glycogenolysis (In liver and muscle)
Glycogen synthesis
Regulati...
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Summary
Metabolic Biochemistry - Glycolysis & Glycogenolysis
Last document update: agoSummary of the 12 steps of glycolysis - investment & reward phases
Products of glycolysis
Control of glycolysis (hexokinase, phosphofructokinase & pyruvate kinase) allosteric & hormonal
Difference between phosphofructokinase I & II and their regulation 
Glycolysis in relation to cancer
Glycogen - structure, bonding etc.
Glycogenolysis (2 stages)
Glucose 6-phosphatase - and regulation of glycogenolysis (phosphorolysis)
Regulation of glycogenolysis (In liver and muscle)
Glycogen synthesis
Regulati...

2 How is enzyme activity regulated in the context of metabolic pathways?
A tutorial essay for Cells 2. Discusses examples of regulation of metabolic pathways: allosteric inhibition of PFK, isomerism of hexokinase, transcriptional control by insulin and glucagon, competitive product inhibition of pyruvate dehydrogenase, environmental inhibition in the Calvin-Benson cycle, and reductive activation in photosynthesis. Includes bibliography; it was not marked on paper.
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Essay
2 How is enzyme activity regulated in the context of metabolic pathways?
Last document update: agoA tutorial essay for Cells 2. Discusses examples of regulation of metabolic pathways: allosteric inhibition of PFK, isomerism of hexokinase, transcriptional control by insulin and glucagon, competitive product inhibition of pyruvate dehydrogenase, environmental inhibition in the Calvin-Benson cycle, and reductive activation in photosynthesis. Includes bibliography; it was not marked on paper.

Chapter 05—GROUND RULES OF METABOLISM. Questions and Answers
Multiple Choice 1. Essentially, the first law of thermodynamics says that: a. one form of energy cannot be converted into another b. entropy is increasing in the universe c. energy can be neither created nor destroyed d. energy cannot be converted into matter or matter into energy e. energy is the capacity to do work ANSWER: c POINTS: 1 REFERENCES: Section 5.1 What is energy? LEARNING OBJECTIVES: BCA.SES.5.1.1 - Explain the first law of thermodynamics. KEYWORDS: Bloom's: Remember NOTES: Modifie...
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Exam
Chapter 05—GROUND RULES OF METABOLISM. Questions and Answers
Last document update: agoMultiple Choice 1. Essentially, the first law of thermodynamics says that: a. one form of energy cannot be converted into another b. entropy is increasing in the universe c. energy can be neither created nor destroyed d. energy cannot be converted into matter or matter into energy e. energy is the capacity to do work ANSWER: c POINTS: 1 REFERENCES: Section 5.1 What is energy? LEARNING OBJECTIVES: BCA.SES.5.1.1 - Explain the first law of thermodynamics. KEYWORDS: Bloom's: Remember NOTES: Modifie...