Schedule for presentation of techniques/model organisms Biol 5304 2009

	Date	Topic	Textbook pages	Student
1	Fri, Sep 4	Electrophoresis/Restriction Endonucleases	740-743	Uju Rochas
2	Fri, Sep 11	Hybridization/Blots/Microarrays	743-745	Richard Van
3	Wed, Sep 16	Site-directed mutagenesis	750-751	JJ Wojcik
4	Fri, Sep 18	Yeast: Model organism	795-798	Azadeh Bavafa
5	Fri, Sep 25	Polymerase Chain Reaction	751-753	Chelsea Wells
6	Fri, Sep 25	Bacteria (E. coli): Model organism	789-794	Yasmeen Hanif
7	Mon, Sep 28	Arabidopsis: Model organism	798-802	Megan Romeo
8	Wed, Sep 30	Protein purification	764-768	Mohammed Sayed
9	Fri, Oct 2	Protein gel/sequencing	768-771	Fran Brewer
10	Wed, Oct 7	Drosophila: Model organism, pt. 1	806-812	Jill Gregory
11	Fri, Oct 9	Drosophila: Model organism. pt. 2	806-812	Jennifer Collins
12	Wed, Oct 21	DNA Sequencing	753-757	Ablat Tursun
13	Fri, Oct 23	Bacteriophage: Model organism	784-789	Marzy Haghighat
14	Wed, Oct 28	DNA Sequencing Strategies	758-764	Merrill Raju
15	Fri, Oct 30	Proteomics	771-775	Vijita Patel
16	Fri, Nov 6	Gel shifts/DNA footprinting	775-778	Henry Nguyen
17	Mon, Nov 9	ChIP assay	778-780	Sara Gingrich
18	Mon, Nov 16	C. elegans: Model organism	802-805	Bookyung Ko
19	Wed, Nov 18	Mouse: Model organism	812-817	Yuri Kimura

Presentations will be 5-6 minutes in length. They must be approved by the instructor at least 1 day in advance of the date given. Students should use computer presentations (e.g., PowerPoint). Textbook figures (jpg files) will be provided to aid in the presentations. Computer presentations can be emailed to the instructor for approval. A typical presentation will have one title slide with a title and the student's name, followed by 2-4 additional slides with text and figures.

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Last updated Sunday, September 27, 2009

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Copyright 2009, Steven B. Vik, Southern Methodist University