Lecture 3: Visualizing Cells Flashcards
1
Q
The light microscope can, at best, resolve details ____ apart
A
0.2µm (200 nm), size of the mitochondria
2
Q
Components of a light microscope
A
3
Q
A
- Lecture 1: Biochemistry and Protein Structure Review
- Lecture 2: Tools of Cell Biology
- Lecture 3: Visualizing Cells
- Lecture 4: Membrane Structure and Function
- Lecture 5: Principles of active an passive membrane transport
- Lecture 6: Ion channels and the electrical properties of membranes
- Amino Acids
- Lecture 8: Intracellular Compartments and Protein Sorting
- Lecture 9: Introduction to the Secretory Pathway, ER Targeting and Function
- Lecture 10: Principles of Vesicular Traffic
- Lecture 11: Golgi and Lysosomes-Function and Trafficking
- Lecture 12: Exocytosis, Endocytosis, and recycling
- Lecture 14: Energy Conversion in Mitochondria
- Lecture 15: Cell communication-signalling through G-protein coupled receptors
- Lecture 16: Signalling through enzyme-linked cell surface receptors
- Lecture 13: Literature Discussion 2
- Lecture 17: Cytoskeletal Elements and their Regulated Assembly
- Lecture 18: Molecular Motors and the use of the Cytoskeleton
- Lecture 19: Literature Discussion #3
- Lecture 20: Cell Cycle-overview and mechanics; mitosis; cytokinesis
- Lecture 21: Cell Cycle Control
- Lecture 22: Apoptosis-programmed cell death
- Lecture 23: Cell Junctions and Cell Adhesions
- Lecture 24: The Extracellular Matrix
