Our research programme in Translational and Experimental Medicine integrates laboratory-based biologists, chemists, engineers and clinicians with computer-based mathematicians, statisticians and data analysts to exploit knowledge derived from fundamental discovery science to develop novel or innovative drugs, devices, techniques and treatments and to provide public health advice for improving the clinical outcomes for patients. The work of the unit is particularly focused on reproductive medicine, metabolic disease and on novel cancer therapy and delivery systems.
BMS Seminar: Dr Timothy Saunders, Associate Professor in Human Disease Biology, Division of Biomedical Sciences, Warwick Medical School, University of Warwick
BMS Seminar: Rethinking the neural crest – Cyclical Fate Restriction, Professor Robert Kelsh, Department of Biology and Biochemistry, University of Bath
Cell-Type-Specific Circadian Bioluminescence Rhythms in Dbp Reporter Mice
In collaboration with groups at UMass Med School, Smith College and Morehouse University, we have developed a reporter mouse generated by modification of a widely expressed and highly rhythmic gene encoding D-site albumin promoter binding protein (Dbp). In this line of mice, firefly luciferase is expressed from the Dbp locus in a Cre recombinase-dependent manner, allowing assessment of bioluminescence rhythms in specific cellular populations. Our studies reveal cell-type-specific characteristics of rhythms among neuronal populations and liver cells. Our model allowed assessment of the rate of recovery from circadian misalignment once animals were provided with food ad libitum. These studies confirm the previously demonstrated circadian misalignment following environmental perturbations and reveal the utility of this model for minimally invasive, longitudinal monitoring of rhythmicity from specific mouse tissues.
Read the paper here.
Lighting Up Tumour Treatments
GibsonGroup COVID-19 work featured in Medical School Council Report
Dr Erin Greaves explains her lab's research into endometriosis and how she hopes her work could help millions of women worldwide.