A novel intervention to control mosquito-borne diseases: Assistant Professor of Molecular Biology Mala Murthy and Assistant Professor of Ecology and Evolutionary Biology Carolyn McBride, both of the Princeton Neuroscience Institute, will explore ways to interfere with mosquito courtship and mating to reduce mosquito populations.
Communication between neurons forms the basis of brain function. Synapses are specialized structures where the release of neurotransmitter filled synaptic vesicles are precisely regulated to encode information. The brain contains many distinct types of synapses to meet the diverse functional demands of neural circuits resulting in clear behavioral outcomes driven by functional output. How then are different synapses defined in order to meet the unique demands of the circuit in which they are embedded?
Researchers at several institutions including Princeton University have used a large-scale online study to establish two important links in the effort to better understand psychiatric conditions and the underlying mechanisms in the brain.
A technology to uncover how the infant brain learns language and a microscope that can image and manipulate the inner workings of a functioning cell have been awarded funding through the Eric and Wendy Schmidt Transformative Technology Fund.