CGAB 501  Principles of Applied Biosciences:
Systems Biology

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CGAB 501 Principles of Applied Biosciences: Systems Biology (3 credits)
Prerequisite: CGET501 Integrated Life Sciences or equivalent


Course Description :
     This course will use a series of case studies to introduce students to the field of applied biosciences. The objective is to show how basic science and engineering tools are used in a coordinated way to solve public health problems. The problems we address could range from those of environmental pollution from industrial sources to the configuration of a biotechnology-based company. The specific topic changes from year to year -- In previous offerings we studied AIDS, breast cancer, liver cancer and tuberculosis -- but our true goal in the course is to teach strategy to approach the analysis or solution of complex biomedical problems. From a pedagogical standpoint, the course uses Case Studies as its teaching method.

     The course progresses through the following phases:
  • Case studies on specific topics underpinned by complex biology, such as the biological basis for short stature syndromes (dwarfism). The case study would continue with an analysis of how this syndrome has been treated in the past and is at present. Production of growth hormone, demonstration of safety and efficacy, clinical trials and ethical issues associated with its use will be addressed.
  • The second phase of the course is a description by the instructors of the case study to be addressed by the students. For example, if the project were liver cancer, the instructors will describe the pathophysiology of the disease, including its unusual origin as a disease with a composite etiology involving a chemical and infectious agent.
  • The third phase of the course involves analysis of the primary literature of the field by the students in the course, with help from the teaching staff. In depth analysis of key papers will be done with the idea of integrating knowledge and identifying cutting edge ideas to be formulated into research proposals.
  • The fourth section of the course will involve the division of the class into teams of approximately four students each. Each group will develop a unique research proposal in the format of a thesis proposition. Twice per week the student teams will present their evolving ideas to the class and staff for analysis.
  • The fifth portion of the course involves the writing of the model thesis proposal. The staff will work with the students to help with issues of content, format, clarity and documentation.
  • The last part of the course will involve presentation of an executive summary of each research proposal to a team of experts recruited from CRI and the parent universities of the teaching staff.






Please follow this link for more information : http://stellar.mit.edu/S/project/cgi-501-2009/
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