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Cellular and Molecular Biology > Lecture 53: Introduction to Eukaryotic genetics > Flashcards

Lecture 53: Introduction to Eukaryotic genetics Flashcards

Tuesday 4th March 2025

Study These Flashcards

Study These Flashcards

Cellular and Molecular Biology (52 decks)

Lecture 1: Key Molecules [G]

Lecture 2: The Tree of Life and Biodiversity [G]

Lecture 3: How we do science and its application to evolution [G]

Lecture 4: Evolution and Speciation [G]

Lecture 5: The Human Genome Project and How we got here[A] (learn how to do crosses!!))

Lecture 6: How we use DNA [G]

Lecture 7: The structure of DNA [G] ,but revise x-ray crytsallography

Lecture 8: DNA replication [G]

Lecture 9: Enzymology of Bacterial DNA replication [G]

Lecture 10: DNA Sequencing and PCR [G]

Lecture 11: Bacterial Transcription [G] but watch vids

Lecture 12: Eukaryotic transcription [G]

Lecture 13: RNA splicing [G]

Lecture 14: The Genetic Code [G](Do further reading)

Lecture 15: Bacterial Translation and Eukaryotic Translation

CHEM Lecture 16: Covalent bonds

CHEM Lecture 17: Non covalent bonds

Lecture CHEM 18: Protein Structure: Amino Acids, Equilibrium, pH

CHEM Lecture 19: Protein structure - Amino acids and sequence

CHEM Lecture 20: Protein structure - Secondary and tertiary structure

CHEM Lecture 21: Protein structure - Quaternary structures and folding

CHEM Lecture 22: Protein in action- Myoglobin and hemoglobin. Allostery

Lecture 23: Enzyme Essentials

Lecture 24; Enzyme Kinetics 1

Lecture 25: Enzyme Kinetics 2

Lecture 27: Metabolism 1

Lecture 28: Energy and Metabolism (2)

Lecture 29: Metabolic Pathways and Glycolysis

Lecture 30: The fate of Pyruvate REVISIT!!

Lecture 31: Gluconeogenesis and the Pentose Phosphate Pathway

L32: Oxidative Phosphorylation

Lecture 33: Photosynthesis

Lecture 34: Glycogen Metabolism

Lecture 35: Biological Membranes and Lipids

Lecture 36: Membrane proteins and membrane fluidity

Lecture 37: Membrane Transport

Lecture 38: :Protein Trafficking and Nuclear Transport

Lecture 39: The Secretory Pathway

Lecture 40: The extracellular matrix

Lecture 41: The cytoskeleton and cell-cell junctions

Lecture 42: Cell divison, the cell cycle and its controllers

Lecture 43: Cell proliferation- Mitotic signals

Lecture 44: 44: Cell proliferation checkpoints and cell death - Trophic signals

Lecture 45: Introduction to Prokaryotic Genetics

Lecture 46: Bacterial Evolution

Lecture 47: Mutagenesis and mutations

Lecture 48: The lac operon (REVISIT)

Lecture 49: Transformation and Transduction

Lecture 50: Conjugation

Lecture 51: Techniques 2- cloning

Lecture 52: Recombination and Transposons

Lecture 53: Introduction to Eukaryotic genetics

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