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MCB130_Sp08_Schedule
Course: MCB 130, Spring 2008School: Berkeley
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MCB 130 Schedule, Spring 2008 Date W, Jan 23 F, Jan 25 M, Jan 28 W, Jan 30 F, Feb 1 M, Feb 4 W, Feb 6 F, Feb 8 M, Feb 11 W, Feb 13 F, Feb 15 M, Feb 18 W, Feb 20 F, Feb 22 M, Feb 25 W, Feb 27 F, Feb. 29 M, Mar. 3 W, Mar. 5 F, Mar. 7 M, Mar. 10 W, Mar. 12 F, Mar. 14 M, Mar. 17 W, Mar. 19 F, Mar. 21 M, Mar. 24 W, Mar. 26 F, Mar. 28 M, Mar. 31 W, Apr. 2 F, Apr. 4 M, Apr. 7 Lecture # 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15...
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MCB 130 Schedule, Spring 2008 Date W, Jan 23 F, Jan 25 M, Jan 28 W, Jan 30 F, Feb 1 M, Feb 4 W, Feb 6 F, Feb 8 M, Feb 11 W, Feb 13 F, Feb 15 M, Feb 18 W, Feb 20 F, Feb 22 M, Feb 25 W, Feb 27 F, Feb. 29 M, Mar. 3 W, Mar. 5 F, Mar. 7 M, Mar. 10 W, Mar. 12 F, Mar. 14 M, Mar. 17 W, Mar. 19 F, Mar. 21 M, Mar. 24 W, Mar. 26 F, Mar. 28 M, Mar. 31 W, Apr. 2 F, Apr. 4 M, Apr. 7 Lecture # 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Lecturer Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Schekman Drubin Drubin Drubin Drubin Drubin Drubin Drubin Drubin Drubin Drubin Topic Membrane Structure: Lipids Membrane Structure: Proteins Membrane Dynamics Membrane Transport: Permeases and Channels Membrane Transport: Nucleocytoplasmic Exchange Membrane Assembly: Signal Hypothesis Membrane Assembly: Translocation Membrane Vesicular Traffic Lysosome Cholesterol Regulation Action Potential No Lecture -- Presidents' Day Holiday Synaptic Transmission Synaptic Transmission Membrane Fusion MIDTERM I Visualizing cells: principles of microscopy Actin filaments: structural and dynamic properties Actin-binding proteins and cell migration Actin and myosin in skeletal muscle contraction Regulation of contraction in muscle and nonmuscle cells Cell Adhesion, motility and division Intermediate filaments and septins Microtubules: structure and dynamic properties Regulation of microtubule organization and motility Nuclear and chromatin structure No Lecture -- <a href="/keyword/spring-recess/" >spring recess</a> No Lecture -- <a href="/keyword/spring-recess/" >spring recess</a> No Lecture -- <a href="/keyword/spring-recess/" >spring recess</a> Mitosis and cell division Mitotic spindle assembly and function Meiosis MIDTERM II Prof. Luo's part of the schedule will be added when it becomes available Textbook Pages 391-393, 409-421 421-429 416-418 437-444, 447-448, 452-453, 455-457 569-575 535-547 535-547 580-595 597-602 432-433, 606-610 1006-1014 1018-1022 1022-1025 591-592 380-391 713-720 720-731 735, 738-741, 755-756 731-738, 741-744 745-751, 716 791-796 757-767 767-781 569-570, 247-257 26 27 28 29 Drubin Drubin Drubin Drubin Luo 781-790 864-872 892-898
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Berkeley - MCB - 130
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Berkeley - MCB - 130
MCB 130 R. Schekman Membrane Structure Asymmetry, Protein Mobility A. Evaluation of protein and lipid orientation in bilayerLectures 2, 31. Lectin binding indicates glycoproteins are asymmetrically oriented. 2. Proteolytic mapping demonstrates a
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MCB130 R. Schekman Transport of Small Molecules A. Function and types of permeaseLectures 4, 51. Permeases govern: ionic composition of cells and organelles; membrane potential; nutrient (sugar, amino acid) concentration. 2. Some permeases act to
Berkeley - MCB - 130
MCB130 R. Schekman Membrane Transport: Nucleocytoplasmic Transport I. Nuclear envelope A. Nuclear membraneLectures 5, 61. Pores are large structures that span junction of inner and outer membrane. 2. Transport of particles bi-directionally throug
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MCB130 R. Schekman Membrane Assembly: Signal Hypothesis and Translocation Machinery A. Signal hypothesisLectures 6, 71. Proteins destined for secretion or assembly in plasma membrane originate on ribosomes attached to endoplasmic reticulum (ER).
Berkeley - MCB - 130
MCB130 R. SchekmanLectures 8, 9Membrane Vesicular TrafficI. Transport from the endoplasmic reticulum A. Sorting of secretory and resident proteins 1. Proteins destined for transport are packaged into transport vesicles by coat proteins called C
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Berkeley - MCB - 130
Berkeley - MCB - 130
Berkeley - MCB - 130
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Berkeley - MCB - 130
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Berkeley - MCB - 102
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