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Chem 40 Sem2, AY 22-23
General
Course Introduction
Buffers
Proteins: Amino Acids and their Isoelectric point
Proteins: Levels of Organization
Proteins: Isolation and Characterization Methods
Enzymes
Enzyme Kinetics
Nucleic Acids: Structure and Function
Nucleic Acids: Replication
Mutations and Repair
Nucleic Acids: Transcription and Post-transcriptional Modifications
Nucleic Acids: Translation and Post-translational Modifications
Nucleic Acids: Isolation and Characterization Methods
Carbohydrates: Structure and Function
Lipids: Structure and Function
Biological Membrane
Bioenergetics
Carbohydrate Catabolism
Lipid Catabolism
Nitrogen Catabolism
Carbohydrate Anabolism
Lipid Anabolism
Nitrogen Anabolism and Integration
Course Evaluation
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Chemistry 40: Elementary Biochemistry
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Department of Physical Sciences and Mathematics
Chem 40 Sem2, AY 22-23
Nucleic Acids: Translation and Post-translational Modifications
📚 Reading Module: Translation
📚 Reading Module: Translation
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◄ Translation and Post-translational Modifications
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Announcements
ANNOUNCEMENTS
😊✨Introduce Yourself!💓😍
Course Guide
Additional Guides/Resources for Distance Education
Quick Survey
Sample Quiz
Our Class Contract
Course Intro: Questions/Clarifications/Concerns
Session 1 Guide
Intro to Biochemistry and Buffers
📚 Reading Module: Introduction and Buffers
Buffer: Check your understanding
Buffer computation exercises
Discussion/ Questions/ Clarifications
Session 2 Guide
Amino Acids and Isoelectric Point
📚 Reading Module: Amino Acids
Amino Acid Handouts
Sample Assignment Submission
Quick Exercise 1: Amino Acids and Isoelectric Points
Problem Set 1: Buffers and Amino Acids
Quiz 1: Buffers and Amino Acids
Discussions/ Questions/ Clarifications
Session 3 Guide
Levels of Protein Organization
📚 Reading Module: Peptides and the Primary Structure
📚 Reading Module: Secondary Structure to Quaternary Structure
Protein Models: GFP and Insulin
Discussions/ Questions/ Clarifications
Session 4 Guide
Protein Isolation and Purification Workflow
Methods in Studying Proteins
📚 Reading Module: Techniques in Protein Isolation and Characterization
Problem Set 2: Proteins and Techniques
Discussions/ Questions/ Clarifications
📹 Recording: Chem 40 MHI1 Consultation
Session 4 Guide
Protein Isolation and Purification Workflow
Methods in Studying Proteins
📚 Reading Module: Techniques in Protein Isolation and Characterization
Problem Set 2: Proteins and Techniques
Discussions/ Questions/ Clarifications
📹 Recording: Chem 40 MHI1 Consultation
Session 5 Guide
Protein Functions and Introduction to Enzymes
📚 Reading Module: Structure and Catalysis of Enzymes
📚 Reading Module: Coenzymes, Cofactors, and Enzyme Regulation
Quiz 2: Enzymes
Discussions/ Questions/ Clarifications
Session 6 Guide
Enzyme Kinetics
Discussion 1: Application of Enzymes and Enzyme Kinetics
Problem Set 3: Enzyme Kinetics
Discussions/ Questions/ Clarifications
Self and Course Evaluation: Proteins
Session 7 Guide
Nucleic Acids
📚 Reading Module: Introduction to Nucleic Acids
Nucleic Acid Models: B-DNA and tRNA
Quick Exercise 2: Structure and Function of Nucleic Acids
Problem Set 4: DNA and RNA
Quiz 3: Structure of Nucleic Acids
(Optional): Isolate DNA using Household Materials
Discussions/ Questions/ Clarifications
Session 8 Guide
Replication in Eukaryotes and Prokaryotes
📚 Reading Module: DNA Replication
Quiz 4: DNA Replication
Discussions/ Questions/ Clarifications
Session 9 Guide
Mutations and Repair
📚 Reading Module: DNA Mutation and Repair
Quick Exercise 3: Mutation and Repair
Discussions/ Questions/ Clarifications
ACLE Attendance
Session 10 Guide
Transcription and Post-transcriptional Modifications
📚 Reading Module: Transcription
Discussions/ Questions/ Clarifications
Session 11 Guide
Translation and Post-translational Modifications
Quick Exercise 4: Guide
Quick Exercise 4: Submission
Problem Set 5: Transcription and Translation
Discussions/ Questions/ Clarifications
Session 12 Guide
Methods in Studying Nucleic Acids
📚 Reading Module: Techniques in Nucleic Acid Analysis
Discussion 2: Explain how the mRNA COVID-19 vaccine works
Problem Set 6: NA techniques
Discussions/ Questions/ Clarifications
Session 13 Guide
Carbohydrates
📚 Reading Module: Carbohydrates
Quick Exercise 5: Carbohydrate Structure and Function
Discussions/ Questions/ Clarifications
Session 14 Guide
Lipids
📚 Reading Module: Lipids
Quick Exercise 6: Lipid Structure and Function
Discussions/ Questions/ Clarifications
Discussion 3: Carbs and Lipids Practice Exercises
Carbs and Lipids Practice Exercises: Answer Key
Session 15 Guide
Biological Membrane
Membrane Transport Activity: Simulation Guide
Discussion 4: Sharing of Membrane Transport Activity Results 📸
Problem Set 7: Lipids and the Membrane
Discussions/ Questions/ Clarifications
Session 16 Guide
Bioenergetics
📚 Reading Module: Introduction to Metabolism and Bioenergetics
Discussions/ Questions/ Clarifications
Carbohydrate Catabolism I
📚 Reading Module: Catabolism
Session 17 Guide
Carbohydrate Catabolism II
Problem Set 8: Bioenergetics and Carb Catabolism
Discussions/ Questions/ Clarifications
Session 18 Guide
Lipid Catabolism
Quiz 5: Carbohydrate Catabolism
Quiz 6: Lipid Catabolism
Discussions/ Questions/ Clarifications
Session 19 Guide
Nitrogen Catabolism
Quick Exercise 7: Catabolism
ATP Calculation: Carbohydrates
ATP Calculation: Lipids
ATP Calculation: Amino Acids
Discussions/ Questions/ Clarifications
Session 20 Guide
Carbohydrate Anabolism
📚 Reading Module: Anabolism
📚 Reading Module: Integration and Regulation
Practice Questions on Carbohydrate Metabolism
Discussions/ Questions/ Clarifications
Session 21 Guide
Lipid Anabolism
Discussions/ Questions/ Clarifications
Session 22 Guide
Nitrogen Anabolism
Integration
Practice Questions on Fat and Protein Metabolism
Problem Set 9: Anabolism and Integration
Discussions/ Questions/ Clarifications
Course Evaluation
Quick Exercise 4: Guide ►