Animal Physiology

BIOL21281 Animal Physiology 10 Semester 1 Undergraduate Level 2 Jonathan Codd Unit coordinator School of Biological Sciences School of Medical Sciences 1 FHEQ level (Framework for Higher Education Qualifications) ' Middle part of Bachelors ' European Credit Transfer & Accumulation System Rating : 5.0 You will gain an understanding of comparative animal physiology. Physiology is the study of how animal’s function at levels from the cell to the whole organism. You will also learn about the physiological plasticity of animals and how the ability adapt these systems is key to living in a changing environment. Topics include cardio-respiratory systems, digestion, metabolism, osmoregulation and how internal clocks time hibernation and how animals maintain their optimal water and ion balance. This course explores physiological processes from a comparative perspective, examining how physiological innovation has underpinned the evolution of animals.  You will gain an understanding of comparative animal physiology. You will learn about the physiological plasticity of animals and how the ability adapt these systems is key to living in a changing environment. Topics include cardio-respiratory systems, digestion, metabolism, osmoregulation and how internal clocks time hibernation and how animals maintain their optimal water and ion balance. This course explores physiological processes from a comparative perspective, examining how physiological innovation has underpinned the evolution of animals.  To study physiological plasticity across different levels of biological organisation and to understand how this allows animals to adapt to their environment. To study mechanisms of physiological adaption in response to environmental challenges including: thermoregulation, osmoregulation, gas convection and respiration in animals. An understanding of animal physiology, emphasising how to compare and contrast the physiological processes across different animal groups that govern their day to day function. Students will gain an appreciation of how response strategies are used to cope with different external environments and how physiological plasticity is key to maintaining and adjusting physiological processes in terrestrial and aquatic animals.  Problem solving Online coursework in the form of multiple answer questions requires a small degree of problem solving. Research You will be encouraged to extract additional information from the published literature through additional reading. Written communication Examinations are essay based. The nature and fundamental mechanisms of environmental adaptation will be discussed under the broad lecture themes of:• Osmoregulation and excretion• Respiratory systems• Cardiovascular systems• Muscle systems• Energy & Metabolism• Thermoregulation• Clocks and hibernation eLearning activityAll lecture slides will be posted on Canvas. Journal articles that support the lecture material, and interactive learning tools specifically created to enhance learning, will be available online. Self-assessment exercises will be provided throughout and four online summative assessments will contribute to your overall unit mark. 1 Written exam 70% 9 Set exercise 30% 1.5h exam 70% (1 essay from a choice of 4)Infographic abstract 30%  You will receive feedback from eLearning exercises and coursework assessments during the course. A online drop-in clinic will be available after the exam will allow feedback on exam performance if requested. N <ul> <li> Hill, Wyse & Anderson (2012) Animal Physiology (3rd edition). Sinauer Associates (recommended)</li> <li> Willmer P, Stone G & Johnston I (2004) Environmental Physiology of Animals (2nd Edition). Blackwell Science (recommended)</li></ul> Assessment written exam 1.5 Lectures 22 0 76.5