A facility for high resolution synchronised quantification of in vivo metabolism and behaviour
Year of award: 2021
Grantholders
Dr David Hunt
University of Edinburgh, United Kingdom
Prof Robert Semple
University of Edinburgh, United Kingdom
Dr Nicholas Morton
University of Edinburgh, United Kingdom
Dr Emily Osterweil
University of Edinburgh, United Kingdom
Prof Neil Henderson
University of Edinburgh, United Kingdom
Dr Ruth Morgan
University of Edinburgh, United Kingdom
Prof Sarah Walmsley
University of Edinburgh, United Kingdom
Project summary
Diseases affecting movement and behaviour (e.g. developmental or acquired brain disorders) or metabolism (e.g. obesity, diabetes, fatty liver) can only fully be studied in living people or animals where these abnormalities can be measured. Studying mice is immensely valuable in investigating such common diseases, for example allowing us to work out the role of inherited factors, and to test new treatments before they are risked in people. The state-of-the-art equipment we request allows eating, movement and metabolism to be recorded minute by minute, with the highest possible precision, for several days. When necessary this can be done under temperature conditions that make mice resemble humans most closely. This is combined with precision engineering which minimises disturbance to the mice studied and allows rapid turnaround. Together these technical advances will ensure the maximum information is gained about major human metabolic and behavioural disorders while minimising the number of mice used.