Investigator / Supervisor details

NameDr Thomas Matheson
Current InstitutionUniversity of Leicester
Current DepartmentNeuroscience, Psychology and Behaviour
Institution websitehttp://www.le.ac.uk
Previous InstitutionsUniversity of Cambridge

Current Awards

No current BBSRC awards

Completed Awards

ReferenceTitleAward RoleValue £Type
00/A1/S/06111 Temperature dependence of neural function Principal Supervisor 37,132 Studentships
01/A1/S/07108 Neuronal control of targeted limb movements in insects Principal Supervisor 39,936 Studentships
AF13046 Neuronal integration underlying the computation of limb trajectory Principal Investigator 316,686 Fellowships
AF13046/2 Neuronal integration underlying the computation of limb trajectory Principal Investigator 29,082 Fellowships
BB/C005538/1 Plasticity in aimed limb movements Principal Investigator 369,443 Research Grant
BB/D018587/1 Behavioural Physiological and Molecular Mechanisms of Phase Change in Locusts Principal Investigator 260,814 Research Grant
BB/H002510/1 Integrative analysis of serotonin-mediated behavioural phase transition in the desert locust Principal Investigator 308,569 Research Grant
BB/H014047/1 A systems approach to understanding sensory-motor control of aimed limb movements Principal Investigator 640,919 Research Grant
BB/I019065/1 Computational approaches to neuroscience research Principal Investigator 77,517 Fellowships
BB/K020242/1 BAYSIG: a platform for Bayesian analysis of large and complex datasets Principal Investigator 175,619 Research Grant
BB/L02389X/1 Dynamics and origins of socially induced plasticity of behaviour Co-investigator 689,981 Research Grant
BB/M012034/1 A Super-resolution multiphoton and dynamic STORM imaging facility Co-investigator 638,019 Research Grant
BBS/S/K/2004/11196 Sensory processing underlying aimed limb movements of locusts Principal Supervisor 56,101 Studentships
S13506 Neuronal mechanisms underlying phase change in locusts Co-investigator 134,016 Research Grant
S13507 Neuronal mechanisms underlying phase change in locusts Co-investigator 108,375 Research Grant
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