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Biochemistry and Molecular Biology


BMB960, section 002, Recent Topics in Protein Structure and Dynamics - spring 2009
The course broadly explores the relationship between biomolecular structure, function, and dynaics in both proteins and nucleic acids based on recent literature.
Taught by: BMB Faculty
Course Description
Contact: Michael Feig feig@msu.edu

BMB961, Section 003, Genomics and Proteomics of Complex Genetic Systems

  • Provide students with a current overview of developments in the areas of structural and functional genomics/proteomics.
  • Covers examples from eukaryotic (animal, plant, and fungi) and, in some cases, prokaryotes.
  • Emphases on the demonstration of available Internet resources.
Prerequisites: BMB801 (or instructor approved equivalent)
Taught by: Christoph Benning, Dean DellaPenna, Dan Jones, John LaPres, Rob Last, Curtis Wilkerson, and Tim Zacharewski
Course: 2 credits, offered every fall
Contact: John LaPres lapres@msu.edu

BMB 960-001/CHE 891-003/PLB 802-002
From Analyzing Metabolism to Systems Biology
• Multidisciplinary approach to understanding how metabolic networks are analyzed, regulated, and manipulated
Course: 2 credits, offered Spring 2007
When: Tuesdays & Thursdays 9:10-10:00a.m.
Taught by: Christoph Benning, Christina Chan, Syed Hashsham, Yair Shachar-Hill, and Claire Vieille
Contact: Yair Shachar-Hill yairhill@msu.edu

BMB961/CEM987/PHY905
Dynamics and Interactions of Proteins and Nucleic Acids
Course:
offered every other year (fall 2009, 2011, etc.)
Complete Course Description
Taught by: Michael Feig, and Shayantani Mukherjee
Contact: Michael Feig feig@msu.edu.

BMB 961, Concepts in Protein Structure Analysis and Modeling
•One hour lecture per week covers and demonstrates the techniques.
•Students have two hours of hands-on laboratory work in a project-like setting.
Taught by: Michael Feig, Michael Garavito, Leslie Kuhn, Kaillathe Padmanabhan, Honggao Yan, and William Wedemeyer
Course: 2 credits, offered every other fall semester (fall 2008, 2010, etc.).
Complete Course Description
Contact: Kaillathe Padmanabhan padmanab@msu.edu