Dr Caroline Brennan
Reader in Molecular Genetics
Email: firstname.lastname@example.orgTelephone: +44 (0)20 7882 6357Room Number: Room 3.22, Fogg Building
Teaches on the following modules:
- Find out more on Dr Caroline Brennan's research website
We are interested in the molecular mechanisms controlling behaviour. We are particularly interested in endophenotypes associated with psychological disease including drug addiction and dementia. We use zebrafish as our model system combining behavioural analysis, imaging and cell biology techniques in wild type, mutant and transgenic lines to investigate the neural correlates of reward and learning behaviours.
We have developed zebrafish assays of reward seeking, compulsive behaviour and relapse (Kily et al, 2008, Brennan et al, 2010, Brennan 2011) as well as an assay of impulsivity (Parker et al 2011, 2014) which in mammals predicts tendency to relapse. We use these assays in forward and reverse genetic screens to identify molecular mechanisms underlying the behaviours and to explore the effects of developmental exposure to drugs of abuse. We are in the process of generating commercial automated version of our assay systems.
- Learning and Attention
We have automated two choice discrimination assays that we use to assess learning and attention in the various zebrafish lines. In addition, our n choice serial reaction time assay (Parker et al 2011) can be used to assess attention in zebrafish. These assays are used to screen mutant lines and, in collaboration with Dr John Viles (QMUL) the pathology of beta-amyloid induced dementia.
Imaging analysis is performed in collaboration with Dr Rachel Ashworth (SMD, QMUL). Rachel has over 10 years experience in the analysis of Ca2+ transients in zebrafish. We use analysis of GFP transgenic lines and gCaMP reporter lines to relate neural activity and network formation to behaviour.
Current PhD opportunity:
- The genetics of addiction: Identification of Genetic and Genomic Variants by Next-Gen Sequencing in Non-human Animals
Find out more about the team in the Brennan lab