Information about the Centre's Principal Investigators and their research groups.
Table of all PIs with links to profile pages.
| Name | Research interest | Research theme |
|---|---|---|
|
Synaptic and non-synaptic neurotransmission in the zebrafish nervous system |
||
|
Structure and function of neuroreceptors, synaptic transmission, ion channels, electrophysiology |
||
|
Neurotransmitter signalling |
||
|
Stress Physiology |
||
|
Neural circuits of social behaviour |
||
|
Novel therapies for neurodevelopmental disorders |
||
|
Presynaptic Cell Biology |
||
|
Organogenesis, synthetic biology, databases |
||
|
Developmental Physiology of the Barrel Cortex |
||
|
Organ development and physiology |
||
|
Molecular and cellular mechanisms that link brain vascular dysfunction and dementia |
||
|
Degeneration of dopaminergic neurons |
||
|
Dudchenko, Paul |
|
|
|
Neural circuits and motor behaviour |
||
|
Synapse loss in neurodegenerative diseases |
||
|
Calcium signalling & hypoxia-response coupling |
||
|
Molecular mechanisms of pain and analgesia |
||
|
Mechanisms of neurodegeneration in stroke and dementia |
||
|
Cognitive neurophysiology in disease and behaviour |
||
|
New therapies for neurodegenerative diseases |
||
|
Network analysis and therapeutic strategies in epilepsy |
||
|
Genetic code expansion and neural circuits |
||
|
Chondrocytes, cartilage and osteoarthritis |
||
|
Protective & degenerative signalling in the CNS |
||
|
Cellular mechanisms and brains systems underpinning natural and dysregulated forgetting |
||
|
Influence of vascular dysfunction on cognitive decline: relevant to ageing, vascular and Alzheimer's disease |
||
|
Purkinje cell dysfunction and degeneration |
||
|
Developmental control of sensory neurogenesis and ciliogenesis |
||
|
Structure and function of the human neuromuscular junction |
||
|
Disorders of Brain Development |
||
|
Regulation of the anterior pituitary gland |
||
|
Steroid hormone signalling |
||
|
Neuropeptides and their effects on behaviour |
||
|
Computational cognitive neuroscience |
||
|
Mechanisms of myelinated axon formation, function and repair |
||
|
The protein Actin and the biology of amoebae |
||
|
Embryonic development of the forebrain |
||
|
Molecular genetics of myelination and synapse formation |
||
|
Neuroimmune mechanisms influencing brain injury and disease |
||
|
Appetite control and food choice |
||
|
Receptor-mediated signal transduction |
||
|
Microglia influencing white matter in health, disease, and ageing |
||
|
Neurobiology of learning and memory |
||
|
Growth and development of the ovarian follicle |
||
|
Degeneration of motor neurons |
||
|
Neural circuits and computation |
||
|
Sex steroid receptors in the hypothalamus and pituitary |
||
|
Synaptic repair mechanisms for the diseased brain |
||
|
mRNA translation and synaptic connections |
||
|
Musculoskeletal tissue engineering |
||
|
Molecular mechanisms of neurodegenerative diseases |
||
|
Roles of carbohydrates in the developing brain |
||
|
How brains are made |
||
|
Microglial signaling |
||
|
Neuronal processing of visual information |
||
|
Single cell information processing in the pituitary |
||
|
Ovarian biology and female fertility |
||
|
Ion channel physiology |
||
|
Regulation of RNA metabolism in neurological disease |
||
|
Microglia-tumour interactions. |
||
|
Computational modelling of nucleosome positions |
||
|
Molecular mechanisms of neurodegeneration |
||
|
Synaptic vesicle recycling |
||
|
The effect of chemotherapy treatment on fertility |
||
|
Degenerative brain diseases and ageing |
||
|
Neural circuits of memory |
||
|
Follicle and oocyte development |
||
|
Patterning and axon pathfinding in the forebrain |
||
|
Somatosensory plasticity |
||
|
Male reproductive health and disorders |
||
|
Memory and Space |
||
|
Physiology and pharmacology of ion channels |
||
|
Axon-myelin interactions in health and neurodevelopmental disorders |