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Video Clips

RealVideo®
5:44 minutes (20:33 - 26:17)
Stochastic mutations that do not cause disease phenotype are neutral. Polymorphisms help map when species separated.
Prof. Eric Lander, Prof. Robert Weinberg, Dr. Claudette Gardel
None
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RealVideo®
7:10 minutes (26:17 - 33:27)
Genetic drift, founder's effect, and bottleneck effect can have dramatic affect on small populations.
Prof. Eric Lander, Prof. Robert Weinberg, Dr. Claudette Gardel
None
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RealVideo®
11:41 minutes (35:15 - 46:56)
Usage of molecular gene sequences to learn about prokaryotic diversity. Use environmental rRNA gene libraries to determine the number of different types of genes in the specific environment.
Prof. Penny Chisholm, Prof. Graham Walker, Dr. Julia Khodor, Dr. Michelle Mischke
Molecular evolution.
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RealVideo®
9:58 minutes (7:55 - 17:53)
Use fluorescent phylogenetic probes that are complementary to signature sequences in the rRNA. Collect microbial cells from the environment and try to hybridize the probe.
Prof. Penny Chisholm, Prof. Graham Walker, Dr. Julia Khodor, Dr. Michelle Mischke
None
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RealVideo®
12:52 minutes (31:28 - 44:20)
Bacteria and archaea - compact genomes, large genetic diversity, lateral gene transfer; eukarya - larger genomes, exons, "repeated sequences".
Prof. Penny Chisholm, Prof. Graham Walker, Dr. Julia Khodor, Dr. Michelle Mischke
Genomics
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Practice Problems

PDF
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Problem 4 (page 5)
Compare genomes of various species to reveal functionally essential genes, exons, promoters, and other regulatory elements.
Prof. Eric Lander, Prof. Robert Weinberg, Dr. Claudette Gardel
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PDF
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Problem 5 (page 7)
Use of mitochondrial DNA and Y chromosome to establish relatedness and evolutionary tree.
Prof. Eric Lander, Prof. Robert Weinberg, Dr. Claudette Gardel
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