Results 11 to 17 of 17
In a new study published in Nature Communications, Dr. Delis collaborated with researchers at the University of Glasgow and Bielefeld University to study the neural mechanisms underlying the processing of incoming information from different senses. They showed that decision processes in the human brain drive improvements in perception and behaviour when multisensory information is available....
Congratulation to Dr Jamie Johnston for their recent award from the MRC (£0.78 m). This will support a project investigating the function of the olfactory bulb and how this circuit is regulated.
Congratulations to Dr Ioannis Delis who received funding from the Royal Society for a project on Neural origins of modularity in human motor control
Prof. Gamper's lab identified a peripheral gate in pain pathways and has received prestigious funding from the Wellcome Trust to follow up this discovery. Peripheral nerves respond to changes at the surface or inside our body, the brain then interprets these responses as tactile or visceral sensations, such as heat, touch or pain. It has been thought...
Congratulation to Dr. Beatrice Filippi for being awarded a very prestigious MRC Career Development Award (£1.4m). This will support her research for the next 5 years investigating how the brain senses insulin and controls glucose metabolism and feeding behavior.
Neuroscience labs had two fun filled days in the Yorkshire dales with lots of talks, walks and exploring caves.
Sensory systems must reduce the transmission of redundant information to function efficiently. One strategy is to continuously adjust the sensitivity of neurons to suppress responses to common features of the input while enhancing responses to new ones. In this project the Johnston lab and collaborators used 2-photon imaging of the synaptic transmitter glutamate. Taking advantage of...