Berkeley University of California - Video Lectures








1- Biology 1A - General Biology Lecture - Spring 2010


Instructor: Gary L. FIRESTONE - Michael MEIGHAN - Jasper D. RINE - Jennifer A DOUDNA


Lecture 1: Course introduction.Introduction to macromolecules. Protein structure and function.
Lecture 2: Structure and function: lipids, carbohydrate and nucleic acids.
Lecture 3: Cell structure and organization -#1
Lecture 4: Cell structure and organization -#2
Lecture 5: The structure of biological membranes.
Lecture 6: Cellular metabolism and biological catalyst
Lecture 7: Enzyme structure.
Lecture 8: Regulation of enzymatic activity.
Lecture 9: Introduction to bioenergetics.
Lecture 10: Cellular energy production and anaerobic processes.
Lecture 11: Cellular energy production and aerobic processes.
Lecture 12: Photosynthesis-the light reactions.
Lecture 13: Photosynthesis-CO2 fixation and related processes.
Lecture 14: I, PCR. Microbial Genetics and Evolution-Chromosomes, Plasmids, and Phage
Lecture 15: DNA Replication and the PCR.
Lecture 16: Cell Cycle, Mitosis and Reproduction of Cells
Lecture 17: Chromosomes, Checkpoints, and Cancer
Lecture 18: Meiosis and Sexual Life Cycle
Lecture 19: Gregor Mendel and 2 of Biologys 3 Laws
Lecture 20: Recombination, Linkage and Mapping
Lecture 21: Transcription
Lecture 22: The Genetic Code and Translation
Lecture 23: Prokaryotic Gene Regulation
Lecture 24: Eukaryotic Gene Expression and Regulation
Lecture 25: Human Genetics and Epigenetics
Lecture 26: GMOs and Organismal Cloning
Lecture 27: Multi-cellularity: Cell Shape and function, Tissue specialization, homeostasis
Lecture 28: Intercellular and Physiological Communication: Hormones, Receptors, and the Endocrine System-Part I
Lecture 29: Intercellular and Physiological Communication - Hormones, Receptors, and the Endocrine System-Part II
Lecture 30: Reproductive system-Part I
Lecture 31: Reproductive system-Part II
Lecture 32: Fertilization and embryogenesis
Lecture 33: Developmental strategies and mechanisms
Lecture 34: Digestive system
Lecture 35: Circulatory and Respiratory systems
Lecture 36: Immune system
Lecture 37: Excretory system and kidney function
Lecture 38: Cell and Tissue dysfunction, Cancer and Experimental Strategies to Develop Anti-cancer Therapeutics
Lecture 39: Review





2- Molecular and Cell Biology 130 - Cell Biology- Spring 2009


Instructor: Randy W SCHEKMAN - Kunxin LUO - David G.DRUBIN


Lecture 1: Membrane Structure: Lipids
Lecture 2: Membrane Structure: Proteins
Lecture 3: Membrane Structure: Dynamics
Lecture 4: Membrane Transport: Permeases and Channels
Lecture 5: Membrane Transport: Nucleocytoplasmic Exchange
Lecture 6: Membrane Assembly: Signal Hypothesis
Lecture 7: Membrane Assembly: Mechanism
Lecture 8: Membrane Assembly: Topology In class quiz for first 15 minutes.
Lecture 9: Cholesterol Regulation Guest Lecturer: Iswar Hariharan
Lecture 9: Publishing error, Please view Lecture 9 above
Lecture 10: Membrane Vesicular Transport
Lecture 11: Lysosomal Protein Transport
Lecture 12: Action Potential
Lecture 13: Synaptic Transmission
Lecture 14: Membrane Fusion
Lecture 15: Midterm I
Lecture 16: Visualizing cells: principles of microscopy
Lecture 17: Actin filaments: structural and dynamic properties
Lecture 18: Actin-binding proteins and cell migration
Lecture 19: Actin and myosin in skeletal muscle contraction
Lecture 20: Regulation of contraction in muscle and nonmuscle cells
Lecture 21: Cell Adhesion, motility and division
Lecture 22: Intermediate filaments and septins
Lecture 23: Microtubules: structure and dynamic properties
Lecture 24: Regulation of microtubule organization and motility
Lecture 25: Nuclear and chromatin structure
Lecture 26: Mitosis and cell division
Lecture 27: Mitotic spindle assembly and function
Lecture 28: Meiosis
Lecture 29: MIdterm II
Lecture 30: Cell communication: ligand and receptors
Lecture 31: Receptors
Lecture 32: G-protein coupled receptor signaling I
Lecture 33: G-protein coupled receptor signaling II
Lecture 34: Receptor tyrosine kinase signaling
Lecture 35: The Ras-MAP kinase pathway
Lecture 36: Regulation of cell growth
Lecture 37: The cell cycle I
Lecture 38: The cell cycle II
Lecture 39: The cell cycle III
Lecture 40: Checkkpoints
Lecture 41: Apoptosis
Lecture 42: Cancer
Lecture 43: Cancer - Review




3- Molecular and Cell Biology 110 - General Biochemistry and Molecular Biology - Fall 2009


Instructor: Qiang ZHOU - qing zhong - Thomas C. ALBER


Part 1: DNA replication & Repair

(Note in this part i added the Fall 2007 Lectures as well, because in 2009 lectures
there are 2 and 1/2 lectures available only audio by the university)


Fall 2009
---------
Lecture 1: Nuclic acid products of polymearse machines
Lecture 2:
Lecture 3: DNA replication fork
Lecture 4:
Lecture 5: DNA
Lecture 6: Replication origins & ends -1
Lecture 7: Replication origins & ends -2 (Visuals available only for the first 35 minutes of lecture)
Lecture 8: Replication origins & ends -3
Lecture 9: Replication origins & ends -4
Lecture 10: Replication origins & ends -5
Lecture 11: Genome structures
Lecture 12: Genomics & Bioinformatics
Lecture 13: Human disease genes
Lecture 14: DNA damage and repair


Fall 2007
--------

Lecture 1: Variations in DNA Structure
Lecture 2: Principles of RNA Structure and Recognition
Lecture 3: DNA Polymerases
Lecture 4: The DNA Replication Fork
Lecture 5: Other Replication Factors
Lecture 6: Replication Origin and Ends - Regulation
Lecture 7: DNA Analysis Methods I
Lecture 8: DNA Analysis Methods II
Lecture 9: Chromatin and Chromosome Structure
Lecture 10: Genome Structures
Lecture 11: Genomics and Bioinformatics
Lecture 12: Human Disease Genes
Lecture 13: DNA Damage and Repair
Lecture 14: Recombination and Repair in Cancer


Part 2: Regulation of gene expression

Lecture 1: Prokaryotic transcription apparatus (part 1)
Lecture 2: Prokaryotic transcription apparatus (part 2)
Lecture 3: Control of prokaryotic transcription (part 1)
Lecture 4: Control of prokaryotic transcription (part 2)
Lecture 5: Eukaryotic transcription apparatus & methods to analyse transcription ( part 1)
Lecture 6: Eukaryotic transcription apparatus & methods to analyse transcription ( part 2)
Lecture 7: Eukaryotic transcription apparatus & methods to analyse transcription ( part 3)
Lecture 8: Control of eukaryotic transcription (part 1)
Lecture 9: Control of eukaryotic transcription (part 2)
Lecture 10: Control of eukaryotic transcription (part 3)
Lecture 11: RNA processing (part 1)
Lecture 12: RNA processing (part 2)
Lecture 13: Control of translation (part 1)
Lecture 14: Control of translation (part 2)

Part 3: Protein Function

Lecture 1: Systems to study biology
Lecture 2: Membrane structure
Lecture 3: Types of membrane proteins
Lecture 4: Molecular biology of the cell
Lecture 5: Intracellular compartment & protein sorting
Lecture 6: intacellular vesicular traffic
Lecture 7: IPS
Lecture 8: Mechanisms of cell communication
Lecture 9: Signaling proteins
Lecture 10: Cytoskeletal filements
Lecture 11: Cell cycle
Lecture 12: Apoptosis (instructor switches to chalkboard 27 minutes in, and switches back to powerpoint 13 minutes later)
Lecture 13: Autophagy





4- Integrative Biology 131 - General Human Anatomy- Fall 2008


Instructor Marian C. DIAMOND


(note:Lectures from 1-7 are from Fall 2005 course,because they are not available from Fall 2008 course by the university)


Lecture 1: Organization of Body
Lecture 2: Skeletal System-1
Lecture 3: Skeletal System-2
Lecture 4: Skeletal System-3
Lecture 5: Skeletal System-4
Lecture 6: Skeletal System-5
Lecture 7: Skeletal System-6
Lecture 8: Introduction; Muscular System I
Lecture 9: Muscular System II
Lecture 10: Muscular System III
Lecture 11: Muscular System IV
Lecture 12: Muscular System V; Digestive System I
Lecture 13: Digestive System II
Lecture 14: Digestive System III; Liver I
Lecture 15: Liver II
Lecture 16: Digestive System IV; Hematology I
Lecture 17: Hematology II
Lecture 18: Cardiology I
Lecture 19: Cardiology II
Lecture 20: Blood - Vascular System I
Lecture 21: Vascular System II; Lymphatic System
Lecture 22: Lymphatic Vessels and Lymph; Respiratory System I
Lecture 23: Respiratory System II
Lecture 24: Respiratory System III, Nervous System I
Lecture 25: Nervous System II
Lecture 26: Nervous System III
Lecture 27: Nervous System IV
Lecture 28: Nervous System V
Lecture 29: Nervous System VI
Lecture 30: Nervous System VII
Lecture 31: Nervous System VIII
Lecture 32: Nervous System IX
Lecture 33: Nervous System X
Lecture 34: Nervous System XI
Lecture 35: Nervous System XII: Inner Ear; Urinary System I
Lecture 36: Urinary System II; Endoctrine System I
Lecture 37: Endoctrine System II
Lecture 38: Endoctrine System III
Lecture 39: Female Reproductive System
Lecture 40: Male Reproductive System
Lecture 41: Male Reproductive System - continued
Lecture 42:





5- Nutritional Science 10 - Introduction to Human Nutrition - Fall 2007


Instructor Nancy Amy


This course provides an overview of digestion and metabolism of nutrients.
Foods are discussed as a source of nutrients, and the evidence is reviewed as to the effects of nutrition on health.
The emphasis of the course is on issues of current interest and on worldwide problems of food and nutrition.


Lecture 1: Course Introduction
Lecture 2: Designing a Diet
Lecture 3: Digestion
Lecture 4: Carbohydrates I
Lecture 5: Carbohydrates II
Lecture 6: Lipids I
Lecture 7: Lipids II
Lecture 8: Protein
Lecture 9: Energy Metabolism
Lecture 10: Nutrients Involved in Energy Metabolism
Lecture 11: Nutrients Involved in Fluid and Electrolyte Balance
Lecture 12: Blood Health and Immunity
Lecture 13: Nutrients Involved in Blood Health and Immunity
Lecture 14: Alcohol
Lecture 15: Water
Lecture 16: History of Vitamins
Lecture 17: Vitamin D - The Sunshine Vitamin
Lecture 18: Energy Balance and Obesity
Lecture 19: Body Weight
Lecture 20: Sports Nutrition
Lecture 21: Nutrition in Pregnancy and Lactation
Lecture 22: Diet and Health
Lecture 23: Malnutrition
Lecture 24: Eating Disorders
Lecture 25: Food Safety

Extra
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1:Iron
2:Trace Minerals