MCAT Modules - Review

8:3. DNA Libraries and Generating cDNA

8:2. Polymerase Chain Reaction

8:1. Gel Electrophoresis

7:5. Applying the HP Equation

7:4. The Hardy-Weinberg Equation

7:3. Worked Example: Punnett Squares

7:2. Co-dominance and Incomplete Dominance

7:1. An Introduction to Mendelian Genetics

6:5. The Effects of Mutations

6:4. Mutagens and Carcinogens

6:3. The Causes of Genetic Mutations

6:2. The Different Types of Mutations

6:1. Introduction to Genetic Mutations

5:7. Tumor Suppressors

5:6. Oncogenes

5:5. Non-Coding RNA

5:4. Post-Transcriptional Regulation

5:3. Regulation of Transcription

5:2. DNA and Chromatin Regulation

5:1. The Lac Operon - Part 2

4:16. DNA Structure and Function (Random Info)

4:15. The Jacob Monod Lac Operon

4:14. Protein Modification

4:13. Semi-Conservative Replication

4:12. DNA Repair 2 (response to Dimers) + Summary of BOTH DNA Repairs

4:11. DNA Repair 1 (response to Mutations)

4:10. Differences in translation between prokaryotes and eukaryotes

4:9. Translation

4:8. Speed and Precision of DNA Replication

4:7. Transcription and mRNA Processing

4:6. The DNA Replication Process

4:5. Telomeres and Single Copy DNA vs. Repetitive DNA

4:4. Antiparallel Structure of DNA Strands

4:3. Molecular Structure of DNA

4:2. DNA (Overview)

4:1. Eukaryotic gene transcription (DNA —> RNA)

3:7. The Lineweaver-Burke Plot

3:6. Covalent Modifications to Enzynes

3:5. Non-enzymatic Protein Function

3:4. Allosteric Regulation and Feedback Loops

3:3. Cooperativity (or Cooperative Binding)

3:2. Steady States and the Michaelis-Mentin Equation

3:1. An Introduction to Enzymes Kinetics

2:7. Enzymes and their Local Environment

2:6. Cofactors, Coenzymes, and Vitamins

2:5. Six Types of Enzymes

2:4. Induced Fit Model of Enzyme Catalysis

2:3. Enzymes and Activation Energy

2:2. Intro to Enzymes and Catalysts

2:1. Enzyme Structure and Function