UCSB Kosik Lab

UCSB Kosik Lab

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Molecular and Cellular Neurobiology Research

Our work focuses on neuroplasticity, which is the brain's ability to change neural connections and behavior in response to new information, sensory stimulation, development, damage, or dysfunction. We examine the molecular basis of plasticity, the evolution of synapses, and disease-related impairments of plasticity like the ones that cause Alzheimer's disease.

Tau-er of Power 06/08/2015

Ken's take on tau over at The Dana Foundation's "Cerebrum" http://dana.org/Cerebrum/2015/Tau-er_of_Power/

Tau-er of Power Editor’s Note: Tau protein helps nerve cells in the brain maintain their function and structure. When tau turns toxic, replicates, and spreads, neurons misfire and die. If neuroscientists can pinpoint the reasons for toxicity, identify what our author calls “a staggering number of possible modified…

Dementia Decoded: A Special Illness | The New York Academy of Sciences 04/30/2015

What is & how does it differs from other forms of ? Listen to this podcast featuring Dr. Kosik: http://bit.nyas.org/1G7PsAF

Dementia Decoded: A Special Illness | The New York Academy of Sciences Polls show that Americans fear Alzheimer's disease more than any other illness. And little wonder - it's debilitating, fatal, incurable, and currently afflicts hundreds of millions worldwide, a number that's going to continue increasing as the world’s population both grows and grows older. But what…

New Study on the Evolution of Increased Primate Cortex Computational Abilities | Ken Kosik Lab |... 03/25/2014

Our most recent paper in Neuron https://labs.mcdb.ucsb.edu/kosik/kenneth/news/new-study-evolution-increased-primate-cortex-computational-abilities

New Study on the Evolution of Increased Primate Cortex Computational Abilities | Ken Kosik Lab |... Primate-specific miRNAs uniquely distinguish VZ and OSVZ compartments miRNAs distinguish internal and external subcompartments of the OSVZ in area 17 DE miRNAs target cell cycle, neurogenesis, and developmental disorder genes Emergent miRNAs coevolve with preexisting targets to integrate into gene c...

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BioII, 5th Floor
Santa Barbara, CA
93106