For instance, autonomous vehicles could eventually prevent tens of thousands of road deaths; optogenetics — using genetic engineering and light to
manipulate brain cell activity — could help cure or manage debilitating neurological diseases; and materials like graphene could ensure more people than ever have access to cheap clean water.
Not exact matches
-- To better understand how and why these specialized sub networks are created, researchers at the Max Planck Florida Institute for Neuroscience (MPFI) have combined electrophysiological and optical approaches to
manipulate and monitor neuronal
activity at single -
cell resolution in intact, functional
brain circuits.
For using light to
manipulate the
activities of
brain cells in living animals and for enabling rapid alterations to the genomes of living organisms.
Among these achievements are the development of new techniques for classifying different types of neurons; automated methods for creating wiring diagrams of the connections between
cells in the mammalian
brain; new ways of recording and
manipulating the electrical
activity of hundreds, even thousands, of
cells simultaneously; and, advanced microscopes that allow researchers to visualize the
activity of all the
cells in the
brains of small animals.