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         Genetics Courses:     more books (69)
  1. Short Course in Bacterial Genetics: A Laboratory Manual and Handbook for Escherichia Coli and Related Bacteria (2 Part Set) by Jeffrey H. Miller, 1992-01-15
  2. Crash Course (US): Cell Biology and Genetics: With STUDENT CONSULT Online Access (Crash Course) by Neil Lamb, 2006-10-13
  3. Methods in Yeast Genetics: A Cold Spring Harbor Laboratory Course Manual, 2005 Edition (Cold Spring) by David C. Amberg, Dan Burke, et all 2005-04
  4. Clinical Genetics: A Short Course by Golder N. Wilson, 2000-03-15
  5. Crash Course: Cell Biology and Genetics (Mosby's Crash Course) by Ania L., Ph.D. Manson, 2002-12
  6. Methods in Yeast Genetics: A Laboratory Course Manual by Mark D. Rose, Fred Winston, et all 1990-08
  7. First Course in Population Genetics by Ching Chun Li, 1976-06
  8. LECTURES IN MEDICAL GENETICS:A Course for Medical Students.
  9. Cells and Genetics (Crash Course - US) by Jones, Morrison, 1998-03
  10. Basic Biology Course Unit 5: Volume 12, Case Studies in Genetics: Aspects of Heredity (Basic Biology Course) by Michael A. Tribe, Irwin Tallan, et all 1979-04-30
  11. Power of Bacterial Genetics: A Literature-Based Course by Jonathan Beckwith, 1992-09
  12. Essential Genetics: A Course Book by Lynn Burnet, 1991-01-01
  13. Drosophila Genetics: A Practical Course by Ulrich Graf, Nancy Van Schaik, et all 1992-05
  14. Cell Biology and Genetics (Crash Course - UK) by Joanne Evans, 2008-06-02

121. Honours Biology Genetics Specialization Co-op {2053}
Students may complete the programme in December of the year prior to Spring convocation. genetics Course List. 3 units, from genetics Course List.
http://registrar.mcmaster.ca/calendar/year2003/sec_421.htm
FACULTY OF SCIENCE
ADMISSION Enrolment in this programme is limited to a maximum of eight students per year. Selection is based on academic and other achievement (see below) but requires, as a minimum, completion of Level II of the Honours Biology Genetics Specialization programme with a Cumulative Average of at least 7.0. Information about this programme and the selection procedure can be obtained from Science Cooperative Education and the Chair and will be explained in the month of February in an Information Session. Notes
  • This is a five-year co-op programme, which includes one eight-month industry work term, and one four-month academic research work term that must be spent in Genetics related placements.
  • Students must be registered full-time and take a full academic workload.
  • Students are required to complete a Work Orientation Course before the first work placement.
  • Students should seek academic counselling for this programme in the Department of Biology.
  • Students in the Genetics Specialization are encouraged to take PHILOS 2D03 or as an elective.

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