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 Molecular
Biology Background
Introduction & History of Molecular Biology Lec. 1 - DNA and RNA structure QTime Movie: DNA polymerization QTime Movie: Bidirectional replication QTime Movie: Helicase action QTime Movie: Pol III dimer synthesizing leading & lagging strands Lec. 4 - DNA replication 3 & Chromatin 1 QTime Movie: Packing DNA into a eukaryotic nucleus Lec. 5 - Chromatin 2 and Supercoiling QTime Movie:
HJ & Branch Migration Lec. 8 - Prokaryotic Transcription 1 Lec. 9 - Prokaryotic Transcription 2 Lec. 10 - Prokaryotic Transcription 3 Lec. 11 - Prokaryotic Transcription 4 & Organelle Transcription Lec. 12 - Organelle Transcription 2 & Eukaryotic Transcription 1 Lec. 13 - Eukaryotic Transcription 2 Lec. 14 - Eukaryotic Transcription 3 Lec. 15 - Eukaryotic Transcription 4 Lec. 16 - Eukaryotic Transcription 5:Chromatin Remodeling Lec. 17 - RNA Capping and Polyaden. Lec. 24 - Translation 2 -------------------------------------------------------------------------------------
Be sure to RELOAD all pages each time you visit this site. These pages will be changed frequently. |
David L. Herrin, Molecular Cell and Developmental Biology, University of Texas at Austin; Email: herrin@mail.utexas.edu
Announcements Jan. 3, 2012 - The lecture slides were updated. If you are asked to provide a username and password to access any of these files, just answer "cancel", since nothing on this site is password protected. If you have any problems, you can email me at the above address.
Links to other courses taught by Dr. Herrin. Plant Molecular Biology (Bio 350M/388M)
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Overview - The purpose of this course is to provide an in-depth
analysis of the fundamental knowledge and principles upon which
molecular biology is based. This will include discussions of
key concepts, experiments, techniques, and even some of the scientists
involved, so that a realistic feel for the area can be gleaned.
Mechanisms will be emphasized, since a mechanistic
framework is necessary to understand regulation and
gene evolution. The main topics will be: DNA
replication, recombination, repair, and transcription; RNA processing
and translation; and selected topics in genomics, engineering,
and HIV. 