... is to utilize the neural circuits of the retina to reveal fundamental principles of neural computations at quantal resolution.
Our ability to see in vastly varying conditions depends critically on the outstanding performance of vision. Vision begins in the neural circuits of the retina, which operate with a remarkable fidelity. We study novel signal processing mechanisms and their adaptive dynamics at the synaptic and cellular-element level across the entire neural circuit of the retina. We do so by combining a battery of techniques allowing precise manipulations of local signal and noise statistics in a well-defined retinal circuit relying on genetically modified mice, molecularly tailored artificial visual pigment molecules, and cutting- edge electrophysiological recording techniques. We seek to understand the functional implications of novel retinal signal processing mechanisms by correlating our results with the output of the entire visual system measured in mouse behavioral experiments and human psychophysics experiments.
Link to Lab website:
Neuroscientists link mammalian behaviour to its underlying neural code at the unprecedented resolution of individual nerve impulses for the first time.
A total of EUR 318 000 has been granted for project proposals that represent new openings, support emergence of new technologies, applications, and/or industrial collaboration.
This Professor, awarded for his scientific courage, knows that it’s worth going after the big “fish” even if you don’t always catch it.
Findings of international research team may be beneficial in the search for new treatments for patients suffering from loss of photopic vision.
Petri Ala-Laurila, one of Finland's most promising young biophysicists, is conducting research on the processing of visual data in neural circuits.