Coma, Consciousness, Cardiac Arrest; Optical Imaging of cerebral blood flow and brain metabolism; optimizing CPR; stroke; traumatic brain injury; neural monitoring devices; translational research; clinical trials
Faculty Site
…
Retinal progenitor sheet transplantation and demonstration of vision improvement in models of retinal degeneration and ultimately in retinal degeneration patients (Retinitis Pigmentosa, age-related macular degeneration)
Faculty Site…
Cellular mechanisms of memory and epilepsy
In the Ewell Lab, we strive to uncover the network mechanisms of learning and memory in health and disease. We focus on temporal lobe epilepsy – a disease characterized by…
Our laboratory focuses on neurobiological mechanisms and regenerative medicine approaches to treat cancer and cancer therapy-related cognitive impairments (CRCI). We use molecular, cellular, genetic, and behavioral techniques to focus on the following pre-clinical research emphases:
1)…
My lab studies the neurobiology and pharmacology of the endocannabinoids and other bioactive lipids. Our approach combines molecular and cellular biology, system biology and medicinal chemistry to discover transformative chemical probes that target lipid-signaling pathways….
Research in the Gall laboratory is focused on the cellular mechanisms of synaptic plasticity underlying learning and memory. Recent work has addressed the hypothesis that a form of synaptic plasticity thought to underlie memory, referred…
Founded by Fan-Gang Zeng in 2000, the Hearing and Speech (HESP) laboratory at UC Irvine has been conducting basic and translational research in the following areas. (1) Understand mechanisms underlying normal and pathological hearing, (2)…
My research focuses on robotics, wearable sensors, and computational neuroscience for movement rehabilitation focused on persons who have experienced a stroke. My group designs innovative rehabilitation technologies based on an understanding of neuromuscular control and…
Our research program focuses on neural circuit mechanisms that underlie sensory perception, learning and memory, and cognition. Using mouse models, we have made significant advances by showing cell-type specific and molecular signaling mechanisms underlying critical…
We aim to identify the key molecules and their signaling cascades involved in synapse formation and functions in learning and memory and their deficits in various disease conditions. We are particularly interested in the activity-dependent…