Preventing the Long-Term Effects of Traumatic Brain Injury

A team of researchers—led by Jeanne Paz (left) and including Stephanie Holden (right)—uncover a potential new treatment that could prevent the chronic complications of traumatic brain injury.

Controlling nerve cells with light opened new ways to study the brain

Leading the Way to Better Treatments for People with Epilepsy

A Disease Is Only Rare until It Messes with the Wrong Mother


Epilepsy: From Mechanism to Treatment

Meet Gladstone: Andrew Chang


The 2019 Vilcek Prize for Creative Promise in Biomedical Science is awarded to Jeanne T. Paz! Click to watch her video

Two Possible New Ways to Treat Silent Seizures in Children

Stefanie and Alexandra's paper on the role of the Thalamus in Dravet Syndrome was recently published in Cell Reports and highlighted in the news

Jeanne Paz Receives the 2019 Vilcek Prize for Creative Promise


UCSF study points to immune system's role in neural development


Study could help explain link between seizures and psychiatric disorders

Jeanne Paz, PhD, and Alexandra Clemente discovered that different types of neurons in one brain region could explain how multiple neurological disorders occur at the same time. [Photo: Chris Goodfellow, Gladstone Institutes].


Jeanne Paz: Profile of a Scientist

Brain Symphony: Lennart Mucke and Jeanne Paz have discovered how to control the cacophony of electrical activity in the brain, stopping seizures and reducing deficits related to Alzheimer’s disease


Jeanne Paz receives the Michael Prize 2015

The Michael Prize is a biennial international award that recognizes the best epilepsy research in the world. The prize acknowledges Jeanne’s pioneering analysis of circuit mechanisms causing epilepsy after brain injury and her remarkable discovery that closed-loop optogenetics can be used to prevent seizure activity from spreading across brain regions. The formal award ceremony will take place in September at the International Epilepsy Congress in Istanbul.

Nature Reviews Neurology
Decade in review-epilepsy: Edging toward breakthroughs in epilepsy diagnostics and care

Gladstone Scientist Awarded International Prize in Epilepsy Research

Jeanne Paz Interview from The Gladstone Institutes on Vimeo.

Unrestrained excitement, Nature
Epilepsy arises from natural mechanisms in the brain that go awry. Researchers are trying to unravel its complexities.

A Postdoc's Path
By going against the tide, Jeanne Paz makes some waves of her own
Stanford Alumni Magazine

Epilepsy in 2013: Progress across the spectrum of epilepsy research
Over the past year, we have witnessed major advances in several areas of epilepsy research. The findings have important implications both for clinical practice and for future research.
Nature Reviews Neurology | Year in Review


Jeanne Paz, Invited Speaker [VIDEO]
Plenary Translational Symposium at the annual American Epilepsy Society meeting in Washington DC.

Jeanne Paz Interview [VIDEO]
Annual American Epilepsy Society meeting in Washington DC.

Epilepsy: Shining a light on seizure control—optogenetic approach shows promise for treatment and prevention of epilepsies
Effective treatments for patients with epilepsy are lacking. Current antiepileptic therapies are often unsuccessful, with many patients failing to respond to drugs, and surgical treatment being feasible in only a minority of individuals. Nature Reviews Neurology | Research Highlight

Algal Proteins Illuminate Epilepsy
The age of optogenetics is upon us. This experimental approach characterizes mechanisms of seizure initiation and propagation with a heretofore unprecedented level of specificity
Epilepsy Currents

How deactivating an inhibitor causes absence epilepsy: validation of a noble lie
In “The Republic,” Plato described a “noble lie” as a myth told by the elite to maintain social harmony
Epilepsy Currents

Optogenetic Treatment of Epilepsy
Here we discuss an alternative experimental approach that potentially offers the ability to suppress seizures “on demand”, while leaving neuronal and synaptic functions intact the rest of the time
Advances in Clinical Neuroscience & Rehabilitation

Researchers use light to turn off epileptic seizures
Despite the prevalence of epilepsy among stroke sufferers, researchers have had little idea why the two are connected
LA Times Science Now

Flipping on the Lights to Halt Seizures
To see if the thalamus could be a target for treating seizures, Jeanne Paz and her colleagues turned to optogenetics, a technology that lets researchers use light to turn brain cells on and off
MIT Technology review

Priority paper evaluation: Channelrhodopsins shed light on a new pathway in absence epilepsy
Exploiting optogenetic methodology Paz and colleagues systematically isolate monosynaptic connections in thalamocortical nuclei to reveal the key pathological mechanism underlying absence seizures in the Gria4-/- mouse
Future Medicine/Future Neurology

Strokes: New Hope for seizure therapy
Discovery shows that damage in both the cerebral cortex and the thalamus play a role in the development of seizures after a stroke
San Francisco Chronicle

Optogenetic control of seizures
Closed-loop optogenetic control of thalamus as a tool for interrupting seizures after cortical injury
American Epilepsy Society

Scientists Cast Light Onto Roots of Illness Deep in the Brain
Scientists are learning how to turn neurons on and off at will by shining light into caverns of the mind
Wall Street Journal

New form of seizure generation discovered
Study findings may lead to a better understanding of how ordinary, waking, sensory experiences can ignite seizures
Science Daily

Perspectives: Plasticity of neuronal excitability in vivo [PDF]
Research findings by Paz and colleagues extends knowledge of the potential of functional plasticity observed in the whole brain in vivo
Journal of Physiology