Course: Biology 1A, 001 - Fall 2010 Dnatube

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Lec 1- Course introduction. Introduction t

Lec 1- Course introduction. Introduction t. General Biology Lecture
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Lec 2- Structure and function: lipids, carb

Lec 2- Structure and function: lipids, carb. General Biology Lecture
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Lec 3- Cell structure and organization - 1

Lec 3- Cell structure and organization - 1. General Biology Lecture
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Lec 4- Cell structure and organization - 2

Lec 4- Cell structure and organization - 2. General Biology Lecture
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Lec 5- The structure of biological membrane

Lec 5- The structure of biological membrane. General Biology Lecture
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Lec 6- Cellular metabolism and biological c

Lec 6- Cellular metabolism and biological c. General Biology Lecture
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Lec 7- Enzyme structure

Lec 7- Enzyme structure. General Biology Lecture
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Lec 8- Regulation of enzymatic activity

Lec 8- Regulation of enzymatic activity. General Biology Lecture
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Lec 9- Introduction to bioenergetics

Lec 9- Introduction to bioenergetics. General Biology Lecture
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Lec 10- Cellular energy production, anaerob

Lec 10- Cellular energy production, anaerob. General Biology Lecture
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Lec 11- Cellular energy production, aerobic

Lec 11- Cellular energy production, aerobic. General Biology Lecture
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Lec 12- Photosynthesis-the light reactions

Lec 12- Photosynthesis-the light reactions. General Biology Lecture
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Lec 13- Photosynthesis-CO2 fixation and rel

Lec 13- Photosynthesis-CO2 fixation and rel. General Biology Lecture
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Lec 14- How Somatic Cells (Mitosis) and Gam

Lec 14- How Somatic Cells (Mitosis) and Gam. General Biology Lecture
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Lec 15- The Laws that Govern the Inheritanc

Lec 15- The Laws that Govern the Inheritanc. General Biology Lecture
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Lec 16- How Genes Organized on Chromosomes,

Lec 16- How Genes Organized on Chromosomes. General Biology Lecture
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Lec 17- Genes Are Made Of DNA

Lec 17- Genes Are Made Of DNA. General Biology Lecture
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Lec 18- Gene Expression I - DNA is transcri

Lec 18- Gene Expression I - DNA is transcri. General Biology Lecture
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Lec 19- Gene Expression II, RNA is translat

Lec 19- Gene Expression II, RNA is translat. General Biology Lecture
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Lec 20- Microbes, Viruses, Bacteria, Plasmi

LEc 20- Microbes, Viruses, Bacteria, Plasmi. General Biology Lecture
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Lec 21- Regulation of Gene Expression in Pr

Lec 21- Regulation of Gene Expression in Pr. General Biology Lecture
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Lec 22- Gene Structure and Regulation in Eu

Lec 22- Gene Structure and Regulation in Eu. General Biology Lecture
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Lec 23- Gene Structure and Regulation in Eu

Lec 23- Gene Structure and Regulation in Eu. General Biology Lecture
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Lec 24- How To Isolate, Study and Use Genes

Lec 24- How To Isolate, Study and Use Genes. General Biology Lecture
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Lec 25- How To Isolate, Study and Use Genes

Lec 25- How To Isolate, Study and Use Genes. General Biology Lecture
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Lec 26- Genetic Regulation of Development

Lec 26- Genetic Regulation of Development. General Biology Lecture
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Lec 27- Multi-cellularity: Cell Shape and f

Lec 27- Multi-cellularity: Cell Shape and f. General Biology Lecture
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Lec 28- Homeostasis: Digestion and Nutriti

Lec 28- Homeostasis: Digestion and Nutriti. General Biology Lecture
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Lec 29- Homeostasis: Circulation

Lec 29- Homeostasis: Circulation. General Biology Lecture
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Lec 30- Homeostasis: Respiration

Lec 30- Homeostasis: Respiration. General Biology Lecture
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Lec 31- Homeostasis: The bodys defenses - P

Lec 31- Homeostasis: The bodys defenses - . General Biology Lecture
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Lec 32- Homeostasis: The immune system

Lec 32- Homeostasis: The immune system. General Biology Lecture
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Lec 33- Homeostasis: Osmoregulation

Lec 33- Homeostasis: Osmoregulation. General Biology Lecture
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Lec 34- Integration: Hormones and Chemical

Lec 34- Integration: Hormones and Chemical. General Biology Lecture
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Lec 35- Integration: Sex and reproduction

Lec 35- Integration: Sex and reproduction. General Biology Lecture
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Lec 36- Integration: Fertilization and earl

Lec 36- Integration: Fertilization and earl. General Biology Lecture
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Lec 37- Integration: Nerve cells and excita

Lec 37- Integration: Nerve cells and excita. General Biology Lecture
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Lec 38- Integration: Muscle cells and motil

Lec 38- Integration: Muscle cells and motil. General Biology Lecture
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Lec 39- Integration: The nervous system

Lec 39- Integration: The nervous system. General Biology Lecture

Biology 1A, 001 - Fall 2010


Source of these courses is UCBerkeley 
General introduction to cell structure and function - Professors Richard Malkin, Robert L. Fischer, John G. Forte
UCBerkeley  Website: http://www.dnatube.com/school/berkeley

COURSE NAME: Biology 1A, 001 - Fall 2010

64561 LECTURE VIEWS

996 COURSE VIEWS