Tuesdays, 2:00-3:50 PM, Gonda building, room 6303
Fridays, 2:00-3:50 PM, Gonda building, room 4303
The Human Genome Project has been considered a scientific achievement comparable to that of the arrival of men to the Moon, and it was celebrated triumphantly by both the research community and the general media in 2001. So why years later a public consortium continues to report about work towards finishing it? What exactly are these other 'omics' (proteomics, functional genomics, pharmacogenomics)? Are they really having a major impact on Biology and Medicine? This course is aimed at addressing these issues at a non-specialized level.
The course will consist of lectures (on Tuesdays) introducing each 'omic' and providing background technical information, followed by discussion sessions (on Fridays) focused on current applications and limitations as well as on derived ethical issues. Technical aspects will be included only to the extent necessary to allow a productive discussion.
Major topics will include the Human Genome Project, comparative and environmental genomics, structural and functional genomics, transcriptomics, proteomics, pharmacogenomics and metabolomics.
Explanation of how students will earn a grade:Students will be evaluated based on: (i) attendance and active participation in the Discussion session (demonstrating having read the mandatory material) and (ii) writing of two short (five-page, double-spaced) essays in which the potentials and limitations of one 'omic' are explained in a lay language aimed to the general public. The student would choose the topic among those of the early weeks of the course for the first essay and the later weeks for the second essay. (iii) A final essay of 10 pages will build on the other two. Final grade is weighted as participation 25%, first essay 15%, second essay 20% and final essay 40%.
Textbook:There will be no required textbook. A suggested textbook is: T. Strachan & A.P. Read, Human Molecular Genetics, 3rd Edition, 2004, Garland Publishing. ISBN 0-8153-4182-2
Mandatory reading: For each week there will be 1-2 articles that the students will read for discussion during the Friday session.
| Date | Subject |
| April 1 & 4 | Introduction to 'Omics' |
| April 8 & 11 | Genomics I. The Human Genome Project |
| April 15 & 18 | Genomics II. Comparative and Environmental Genomics |
| April 22 & 25 | Transcriptomics |
| April 29 & May 2 | Proteomics |
| Deadline for submission of first essay: Sunday, May 4 at 11:59 PM. | |
| May 6 & 9 | Interactomics |
| May 13 & 16 | Functional Genomics I |
| May 20 & 23 | Functional Genomics II |
| May 27 & 30 | Metabolomics and Nutrigenomics |
| Deadline for submission of second essay: Sunday, June 1 at 11:59 PM. | |
| June 3 & 6 | Pharmacogenomics |
| Deadline for submission of final essay: Friday, June 13 at 11:59 PM. | |