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2007 Summer Program in Mathematical Biology for Undergraduates

The program consists of two parts: (a) two weeks of introductory lectures plus short projects and a computer lab, and (b) a summer long research experience (six weeks to be followed immediately after the two weeks) devoted to projects in the interface of mathematics, statistics, and biological sciences.

The 2007 Summer Program dates are July 9 - 20.

Program leaders:

  • Dennis Pearl (Department of Statistics): Statistical Phylogenetics
  • Dave Terman (Department of Mathematics): Mathematical Neuroscience
  • Greg Singer (Center of Integrative Cancer Biology): Bioinformatics
  • Kate Calder (Department of Statistics): Environmental statistics
  • Joe Verducci (Department of Statistics): Chemogenomics

Week 1

Monday, July 9
9:00-10:00am David Terman, Mathematics: Mathematical Neuroscience (Assisted by Robert McDougal)
10:30-11:30am David Terman, Mathematics: Mathematical Neuroscience (Assisted by Robert McDougal)
2:00-4:00pm Computer lab: Robert McDougal
Tuesday, July 10
9:00-10:00am Dennis Pearl, Statistics: Statistical Phylogenetics (Assisted by Jeff Pan)
10:30-11:30am Dennis Pearl, Statistics: Statistical Phylogenetics (Assisted by Jeff Pan)
2:00-4:00pm Computer lab: Jeff Pan
Wednesday, July 11
9:00-10:00am Kate Calder, Statistics: Environmental Statistics (Assisted by Candace Berrett)
10:30-11:30am Kate Calder, Statistics: Environmental Statistics (Assisted by Candace Berrett)
11:45-12:30pm Tour of Biodiversity Museum
2:00-4:00pm Computer lab: Candace Berrett
Thursday, July 12
9:00-10:00am Greg Singer: Bioinformatics
10:30-11:30am Greg Singer: Bioinformatics
11:45-12:30pm Tour of Aquatics Laboratory
2:00-4:00pm Computer lab: Greg Singer
Friday, July 13
9:00-10:00am Joe Verducci: Chemogenomics (Assisted by Li Yu) - PPT
10:30-11:30am Paul Blower: Chemogenomics (Assisted by Li Yu) - PPT
2:00-4:00pm Computer lab: Li Yu

Team projects: July 13-20

David Terman: We will explore mathematical models for mechanisms underlying the beneficial affects of deep brain stimulation, a surgical treatment for patients with Parkinson's disease.

Dennis Pearl: The phylogenetics project will explore the evolution and global spread of the bird flu (H5N1) virus and how this evolution may be related to the clinical course of the disease.

Kate Calder: The environmental statistics project will explore whether ice core-derived records of precipitation accumulation across Greenland can be used to determine historical patterns in the North Atlantic Oscillation (NAO), a climatic phenomena that influences interannual climate variability over large portions of Europe and North America.

Greg Singer: We will use database techniques to find human genes that are not present in other mammalian genomes. We will then attempt to characterize these human-specific genes.

Joe Verducci: Correlational methods will be used to relate mRNA expression to drug activity over the NCI-60 panel of cancer cell lines.

Lab tours: July 17-19

Bill Mitsch: Wetlands Research Park

Pearlly Yan: Bioinformatics lab

Joe Travers: Neuroscience lab

Students' posters and presentations: July 20