The Max Planck Florida Foundation today announced that The Celia Lipton Farris and Victor W. Farris Foundation has continued its commitment to the Max Planck Florida Institute for Neuroscience (MPFI) through the support of a Ph.D. fellowship in the institute’s… Read more »
Study by Max Planck Florida scientists points to an active role for dendrites in cortical processing – Dendrites are the tree-like extensions from neurons that serve as the main location for synapses—the junctions that neurons use to communicate with each… Read more »
Researchers at the Max Planck Florida Institute for Neuroscience have created a new scalable, efficient and cost-effective method to accurately and rapidly locate proteins within brain cells. Ryohei Yasuda, Ph.D., Scientific Director, and his team at the Max Planck Florida… Read more »
Neurons in our brain do a remarkable job of translating sensory information into reliable representations of our world that are critical to effectively guide our behavior. The parts of the brain that are responsible for vision have long been center… Read more »
Award Recognizes MPFI’s Commitment to Helping Students Succeed, Industry Grow Miami, FL – The Max Planck Florida Institute for Neuroscience (MPFI) recently received the Life Sciences South Florida (LSSF) Lifees Award at eMerge Americas in Miami, which brings together the… Read more »
Photo source: DZNE/Laubertphoto Leibniz Prize goes to Frank Bradke Bonn, Germany, December 10th, 2015 – The molecular biologist Frank Bradke (46), group leader at the German Center for Neurodegenerative Diseases (DZNE) and professor for neurobiology at the University of Bonn,… Read more »
Researchers at the Max Planck Florida Institute for Neuroscience have uncovered a critical molecule that regulates synaptic transmission – Neurons communicate with each other through specialized structures called synapses. – The information is transmitted in the form of synaptic vesicles… Read more »
While some things may be ‘as simple as black and white’, this has not been the case for the circuits in the brain that make it possible for you to distinguish black from white. The patterns of light and dark… Read more »
(Above Image) This is what a neuron from the hippocampus of a rat looks like. The cell and it’s extensive processes are visualised using a fluorescent dye, filled via a glass pipette. The glass pipette, with dye, is shown on… Read more »
There has never been a better time to obtain a Ph.D. in the neurosciences: new technologies allowing access to circuits within the whole brain are enabling researchers to address questions about brain circuitry and the underlying principles in behaving animals.… Read more »
