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Biology
Genetics and Genomics
DNA and Genetics
1. Introduction to Genetics
2. Structure and Chemistry of Genetic Material
3. Chromosome Organization and Structure
4. DNA Replication
5. Gene Expression: Transcription
6. Gene Expression: Translation
7. Gene Regulation
8. Patterns of Inheritance
9. Genetic Variation and Change
10. Population Genetics
11. Genomics and Modern Genetics
12. Genetic Technologies and Applications
DNA Replication
Replication Models
Semiconservative Replication
Meselson-Stahl Experiment
Heavy Nitrogen Labeling
Density Gradient Centrifugation
Conservative Model (Disproven)
Dispersive Model (Disproven)
Replication Machinery
DNA Helicases
Unwinding Function
ATP Requirement
Helicase Types
Single-Strand Binding Proteins
DNA Protection
Cooperative Binding
DNA Polymerases
Prokaryotic Polymerases
DNA Polymerase I
DNA Polymerase II
DNA Polymerase III
Eukaryotic Polymerases
DNA Polymerase α
DNA Polymerase δ
DNA Polymerase ε
Polymerase Properties
5' to 3' Synthesis
3' to 5' Exonuclease Activity
Processivity
DNA Primase
RNA Primer Synthesis
Primer Length
DNA Ligase
Nick Sealing
ATP or NAD+ Requirement
Topoisomerases
Type I Topoisomerases
Type II Topoisomerases
Supercoiling Relief
Replication Process
Initiation
Origin of Replication
Prokaryotic Origins
Eukaryotic Origins
Origin Recognition
Helicase Loading
Replication Fork
Fork Structure
Bidirectional Replication
Leading Strand Synthesis
Continuous Synthesis
Primer Requirements
Lagging Strand Synthesis
Discontinuous Synthesis
Okazaki Fragments
Fragment Processing
Termination
Prokaryotic Termination
Eukaryotic Termination
Telomere Replication Problem
Replication Fidelity
Proofreading Mechanisms
3' to 5' Exonuclease Activity
Error Correction
Mismatch Repair
Recognition Proteins
Repair Process
DNA Damage Repair
Base Excision Repair
Nucleotide Excision Repair
Double-Strand Break Repair
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3. Chromosome Organization and Structure
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5. Gene Expression: Transcription