Work in our laboratory uses behavioural studies alongside neuropharmacological and neurochemical approaches to study the role of specific neural and neurochemical systems in the control of behaviour. We are particularly interested in developing novel models, that can be also be used in humans, to study the cause and treatment of psychiatric conditions where emotional changes are an important feature e.g. depression and anxiety. In addition, our work is also relevant to other psychiatric conditions including drug addiction, schizophrenia and ADHD.
The majority of our research uses operant and non-operant methods to assess particular aspects of behaviour such as emotional behaviour, attention, behavioural control and decision making.
Animal models of emotional behaviour are limited in terms of their relevance to human psychiatric disorders such as depression and anxiety. We have now developed a number of translational models which replicate symptoms associated with cognitive affective behaviour. For example, have developed an exciting new method for rodents which exhibits Face, Construct and Predicitive validity and provides a quantitative measure of both antidepressant and pro-depressant manipulations in animals. We have used a judgement bias task to test how both animal and human subjects respond to emotional stimuli and ambiguous stimuli under different affective states. This work adds to a growing literature showing that animal and human judgement and decision-making is influenced by their affective state.
These novel behavioural methods are used in combination with pharmacology and/or genetic approaches to manipulate specific neural and neurochemical processes to test specific hypotheses relating to the cause and treatment of different pscyhiatric disorders.
The laboratory uses a wide range of techniques to compliment the behavioural procedures including receptor autoradiography (see figure right) and immunocytochemistry to quantify the expression and distribution of receptors in the brain. Neurochemical experiments using microdialysis facilitate quantification of brain transmitters whilst genetic approaches such as antisense technology and viral-mediated gene transfer are used to alter the expression and/or function of target proteins in the brain.
View complete publications list in the University of Bristol publications system
Prof David Nutt - Psychopharmacology Unit - Bristol
Prof Mike Mendl - Animal Welfare and Behaviour Group - School of Veterinary Sciences - University of Bristol
Prof Marcus Munafo - Department of Experimental Psychology - University of Bristol
Dr John Crosby - Department of Chemistry - University of Bristol
Prof Trevor Robbins - Behavioural and Clinical Neuroscience Institute - Department of Experimental Psychology - University of Cambridge
Dr Jeffery Dalley - Behavioural and Clinical Neuroscience Institute - Department of Experimental Psychology - University of Cambridge
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