| source Dartmouth (X) |
level |
department Physiology (X) |
115. Advanced Endocrine Physiology<
Score: 12.106668 Details | Listing | Web page
117. Advanced Renal Physiology<
Score: 12.106668 Details | Listing | Web page
119. Advanced Immunology: Mucosal Immunity<
Score: 12.106668 Details | Listing | Web page
129. Advanced Comparative Physiology<
Score: 12.106668 Details | Listing | Web page
138. Thesis Propositional Examination<
Score: 12.106668 Details | Listing | Web page
141. Research Rotation in Endocrine Physiology<
Score: 12.106668 Details | Listing | Web page
143. Research Rotation in Renal Physiology<
Score: 12.106668 Details | Listing | Web page
145. Research Rotation in Special Topics<
Score: 12.106668 Details | Listing | Web page
150. Neurosciences I (Henderson/Maue)<
Score: 12.106668 Details | Listing | Web page
298. Thesis Research in Physiology (two course credits)<
Score: 12.106668 Details | Listing | Web page
299. Thesis Research in Physiology (three course credits)<
Score: 12.106668 Details | Listing | Web page
(The staff). Winter 2012, every 4th year 115. Advanced Endocrine Physiology
Score: 12.106668 Details | Listing | Web page
(The staff). Winter 2009, as requested 117. Advanced Renal Physiology
Score: 12.106668 Details | Listing | Web page
(The staff). As requested 119. Advanced Immunology: Mucosal Immunity
Score: 12.106668 Details | Listing | Web page
(Darnall). As requested 129. Advanced Comparative Physiology
Score: 12.106668 Details | Listing | Web page
(Daubenspeck). Summer 2009, every 2nd year Ordinary, time-varying, nonlinear differential equations describe a wide range of physiological systems and responses. Students will learn to model dynamic physiological systems including excitable membrane phenomena, cardiovascular and respiratory system mechanics and control, and other systems of particular interest to each student. The orientation of the course is pragmatic rather than theoretical, and the goal of the course is to teach students how to construct and evaluate quantitative simulations of physiological phenomena using commonly available computer tools. There are no prerequisites for this course beyond successful completion of the first-year Physiology course. This course will be offered in alternate Spring terms, next in 2009, and will meet at the convenience of the participants. QUALIFYING EXAMINATION 138. Thesis Propositional Examination
Score: 12.106668 Details | Listing | Web page
141. Research Rotation in Endocrine Physiology
Score: 12.106668 Details | Listing | Web page
143. Research Rotation in Renal Physiology
Score: 12.106668 Details | Listing | Web page
145. Research Rotation in Special Topics
Score: 12.106668 Details | Listing | Web page
150. Neurosciences I (Henderson/Maue)
Score: 12.106668 Details | Listing | Web page
298. Thesis Research in Physiology (two course credits)
Score: 12.106668 Details | Listing | Web page