Search : Index : Faculty of Science : Physiology
Prev 536-310 Research Project in Physiology
Next 536-350 Genes to Phenotype:Control & Integration
536-311 Molecular/Cellular Basis of Physiology | |
Note |
|
Credit Points | 12.5 |
HECS Band | 2 |
Coordinator | Assoc Prof D Williams |
Prerequisites | At least one of Physiology 536-301, 536-302, 536-303, 536-308. |
Semester | 2 (view timetable) |
Contact | 31 lectures and 24 hours of assignments |
Subject Description | The subject will provide a detailed understanding of how molecular and cellular mechanisms control the functional interactions of whole body systems, the integration and coordinated control of physiological systems, homeostasis and adaptations to change. Students will explore the most recent advances in select areas of physiology. Student select among a number of areas of study that reflect the dynamic nature of physiology and research focuses of the Department. These include ion and channels and disease; the specialised role of calcium in cell control; genesis and treatment of muscle and injury/disease; gastrointestinal physiology and computational biology; signalling in neuronal cells; perinatal physiology; and stress proteins and skeletal muscle function. Students develop theoretical and communication skills in using molecular, biological, biochemical and physiological approaches to investigate physiological processes. Students will be introduced to new technologies that enable the understanding of selected areas of study to be advanced. The assignment is designed to extend experience and the ability to read critically and to evaluate and to communicate physiological information. Several of the units offered will be supported with a small group practical investigation in 536-304 Seminars & Experimental Physiology. |
Assessment | A 2-hour end-of-semester examination, a group poster presentation, and an individual assignment of not more than 1500 words. |
Search : Index : Faculty of Science : Physiology
Prev 536-310 Research Project in Physiology
Next 536-350 Genes to Phenotype:Control & Integration
Status: Official 2001 Last Modified: Wednesday May 23 22:26 SGML to HTML Conversion: Information Technology Services Authorised by: Academic Registrar Email Enquiries: Course_Information@registrar.unimelb.edu.au