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Gladstone discoveries compete head-to-head with other scientific advancements
Awards COVID-19 Traumatic Brain Injury Alzheimer’s Disease Huang Lab Paz Lab Weinberger Lab Chaturvedi
The Conversation—Individuals who survive traumatic brain injury can suffer from life-long complications, such as cognitive deficits, seizures, and sleep disruption. Jeanne Paz, PhD, describes her work in mice showing that treatment with an antibody that blocks an element of immune system activation may be able to prevent such consequences.
Gladstone Experts Traumatic Brain Injury Neurological Disease Paz Lab
Brain Injury Radio—On a radio show dedicated to traumatic brain injury (TBI), Associate Investigator Jeanne Paz, PhD, explains her life-long interest and current work in TBI and in epilepsy, a common long-term consequence of brain damage.
Gladstone Experts Traumatic Brain Injury Epilepsy Paz Lab
ABC News—Traumatic brain injuries can result in sleep disruptions and seizures. Gladstone Associate Investigator Jeanne Paz describes her team’s recent identification of an immune molecule that may be key to these symptoms, and the potential to treat brain injury survivors with new therapies.
Gladstone Experts Traumatic Brain Injury Neurological Disease Paz Lab
Smithsonian Magazine—Associate Investigator Jeanne Paz, PhD, discusses her lab's recent discovery that C1q, a component of the immune system, mediates cognitive deficits after a traumatic brain injury and may lead to new ways to curb or prevent these deficits.
Gladstone Experts Traumatic Brain Injury Epilepsy Neurological Disease Paz Lab
Study points to a potential new treatment that could prevent chronic complications
News Release Research (Publication) Traumatic Brain Injury Neurological Disease Paz Lab
Gladstone researchers harness unique tools and perspectives to study life-threatening seizures that lack a cure
Gladstone Experts Epilepsy Center for Neurovascular Brain Immunology Neurological Disease Akassoglou Lab Mucke Lab Palop Lab Paz Lab
Amber Freed is racing against the clock to cure her son from a rare neurological condition
Donor Stories Gladstone Experts Epilepsy Neurological Disease Paz Lab
In this edition of the Newton Webinar Series, Jeanne Paz shared her lab’s unique approach to understanding the mechanisms of epilepsy and how it could lead to potential treatments.
Gladstone Experts Epilepsy Neurological Disease Paz Lab
After completing undergraduate studies at UC Berkeley and his PhD at Stanford, Andrew decided to stay in the Bay Area for a postdoc and joined Jeanne Paz’s lab at Gladstone.
Postdoctoral and Graduate Student Education and Research Development Affairs Graduate Students and Postdocs Profile Epilepsy Paz Lab
Jeanne Paz is one of three recipients of this prize in biomedical science
Awards Epilepsy Neurological Disease Paz Lab
An unexpected brain region is important for Dravet syndrome, finds study
Epilepsy Neurological Disease Paz Lab
Cells related to seizures, schizophrenia, and ADHD all found in the same region of the brain.
Paz Lab
Alexandra shares how her life-long interest in learning led her to graduate school and the pursuit of discovery in neuroscience.
Profile Paz Lab
Gladstone scientists discover how to control the cacophony of electrical activity in the brain, stopping seizures and reducing deficits related to Alzheimer’s disease.
Alzheimer’s Disease Epilepsy Mucke Lab Paz Lab Optogenetics
