This page was last modified on Saturday, November 28, 2009 05:57:47 PM
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Video Protocols - Dr. Natalie Betz, University of Wisconsin at Medison, USA
Plasmid Preparation Mini Prep
Cell Viability Assay
Restriction Enzyme Digestion and Electrophoresis
Quantitation of Plasmid DNA (Nanodrop method)
Restriction Enzyme digestion of Plasmid DNA
Restriction Enzyme digestion Electrophoresis
Mammalian Cell Culture (Introduction)
Mammalian Cell Culture (Serial dilution & Cell counting)
Mammalian Cell Culture Passage and Maintenance
Mouse Embryonic Stem Cell culture
"iBioSeminars® is a freely available library of seminars from outstanding scientists. Our mission is to host lectures that describe on-going research in leading laboratories (they are not basic, survey-style lectures as might be found in undergraduate or graduate student biology courses). However, iBioSeminars features a more extensive introduction into the subject matter than a typical 50 min university seminar. Thus, these lectures are intended to be more accessible than many typical department seminars to advanced undergraduates/beginning graduate students and researchers outside of the specific field. The lectures are divided into two or three segments, which can be downloaded separately. Some segments are crafted as more basic introductions (usually the first), others explore a particular research topic, and some segments provide a perspective of the field and where it is going. As is true of any seminar, each speaker has their own style of how they present their material." - The American Society for Cell Biology
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Stem Cell
Lecture One—Understanding Embryonic Stem Cells
Lecture Two—Adult Stem Cells and Regeneration
Lecture Three—Coaxing Embryonic Stem Cells
Lecture Four—Stem Cells and the End of Aging
Discovery Lecture Series -
Elaine Fuchs- Stem Cells and Their Lineages in Skin
Antonis K. Hatzopoulos-Stem Cells and Cardiac Regeneration
Jeffrey Conn-Opportunities and Challenges for Drug Discovery in a Postgenomic World
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Fred Sanger
Two Time Chemistry Nobel Prize Winner and Father of Molecular Biology
Interviewed in 2001 by Harry Kroto, Edward Goldwyn and John Sulston with John Walker.
Fred Sanger is often considered the father of modern molecular biology, and is one of the few people to have been awarded two Nobel prizes. Working in Cambridge he developed a new chromatographic method for determining amino-acid end-groups. His new chromatographic results on the free amino groups of insulin were published in 1945 and the complete sequence of insulin in 1955.
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Max Perutz Interview 1
Max Perutz discovered the structure of Haemoglobin (Nobel Prize 1962), and was the founder of the Laboratory for Molecular Biology in Cambridge, the birthplace of modern molecular biology.
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Origin of Life - John Maynard Smith, Sussex University
In modern organisms, there is a division of labour between two kinds of molecule: DNA, which stores and transmits genetic information, and proteins, which do all the work. They are connected by the `genetic code`, whereby DNA specifies what kinds of proteins can be made. This process of translation is well understood, but it is far too complicated to have arisen by chance in the primitive oceans. How can this apparent paradox be resolved?
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Biochemistry
Video Course developed by NPTEL—A joint Venture by Indian Institutes of Technologies & Indian Institute of Science. 28 Lectures— Approx. 1 hour each
Bioinformatics
Video Lectures on various topics in Bioinformatics
Enzyme Science & Technology
Video Course developed by NPTEL—A joint Venture by Indian Institutes of Technologies & Indian Institute of Science.
28 Lectures— Approx. 1 hour each
Animal Cell Culture
The Corning Scientific Seminars are free online technical presentations that provide novel tips, best practices and proven techniques to help advance your research. Delivered by scientists, these one hour sessions have proven useful for technicians as well as for researchers who have been doing cell culture and assays for years.
> 25 one hour sessions
Metagenomics
The First Annual International Conference of Metagenomics
October 3-5, 2006
California Institute for Telecommunications and Information Technology
University of California, San Diego
La Jolla, CA
Comparative Physiology
Comparative Physiology: A Streamed Video Course (authored by Richard Vogt)
18 Lectures
General Biology and Molecular Biology
General Biochemistry and Molecular Biology > 30 Lectures Instructor Tom Alber, Q. Zhou, E. Nogales
Molecular and Cell Biology - Fall 2007 - Molecular biology of prokaryotic and eukaryotic cells and their viruses. Mechanisms of DNA replication, transcription, translation. Structure of genes and chromosomes. Regulation of gene expression. Biochemical processes and principles in membrane structure and function, intracellular trafficking and subcellular compartmentation, cytoskeletal architecture, nucleocytoplasmic transport, signal transduction mechanisms, and cell cycle control.
Microbiology and Immunology
More than eighty lectures available from University of South Carolina for mp3, mp4 suitable for iPod.
Biological Clock
Lecture One—Biology in Four Dimensions, by Joseph S. Takahashi
Lecture Two—Unwinding Clock Genetics, by Michael Rosbash
Lecture Three—PERfect TIMing, by Michael Rosbash
Lecture Four—The Mammalian Timekeeper, by Joseph S. Takahashi
Genomics and Chemical Genetics
Lecture One—Reading Genes and Genomes by Eric S. Lander.
Lecture Two—Probing Genes and Genomes by Stuart L. Schreiber
Lecture Three—Human Genetics: A New Guide for Medicine by Eric S. Lander
Lecture Four—Chemical Genomics: New Tools for Medicine by Stuart L. Schreiber.
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How X-rays cracked the structure of DNA - Amand Lucas, University of Namur
An elegantly simple optical diffraction demonstration with an inexpensive laser pointer is used to show the way in which x-rays can reveal the structure of crystals, and in particular, the double helix structure of DNA.
From Jenner to Genome New Approaches to Vaccinology
The Next 100 years of Biology
Bioreactor
Synchronous Culture
Prasad A. Wadegaonkar