Gladstone NOW: The Campaign Join Us on the Journey ✕
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Gladstone established the Assay Development and Drug Discovery Core to help scientists accelerate their research into target and drug-discovery phases and move their findings into clinical trials and potential therapies for disease.
Assay Development and Drug Discovery Core
The most influential “organ” in the human body is made up of foreign cells—six pounds worth of microorganisms. Katherine Pollard studies the human microbiome to learn how it influences health and disease.
Pollard Lab Big Data Microbiome
At Gladstone Institutes, we honor our veterans and celebrate their contributions to this country.
Profile
For more than three decades, the AIDS pandemic has swept the world. Different groups have been dealing with this tragedy in a variety ways. Gladstone has one of the premier HIV research teams, but others have focused their efforts on outreach, treatment, and prevention.
Grant Lab HIV/AIDS
Undergraduate students from the UC-Historically Black Colleges and Universities Initiative Program toured Gladstone and learned about higher education and careers in science.
Student Outreach and Science Education Graduate Students and Postdocs
Nobel Prize winner Shinya Yamanaka, MD, PhD, a senior investigator at the Gladstone Institutes in San Francisco, has been elected to the National Academy of Medicine.
Yamanaka Lab
Jeanne Paz emphasizes that keeping an open mind and thinking outside of the box can move scientific research in new, unanticipated directions.
Paz Lab
Gladstone has received funding from the National Institutes of Health to continue and expand two exciting projects in cardiovascular research. The funding, totaling more than $6.8 million, supports two teams of scientists and their research on congenital heart disease.
Congenital Heart Disease Bruneau Lab Pollard Lab Srivastava Lab Stem Cells/iPSCs
Scientists from the Gladstone Institutes have discovered that blood-derived T cells are resistant to the chief cause of cell death in HIV infection. Instead, it is T cells in the lymphoid tissues that are most susceptible and whose death leads to the progression from HIV infection to AIDS.
HIV/AIDS Greene Lab
A new study from the Gladstone Institutes shows that a single drop of blood in the brain is sufficient to activate an autoimmune response akin to multiple sclerosis (MS).
Akassoglou Lab Multiple Sclerosis
Gladstone is dedicated to training the next generation of scientists—not just trainees within its own walls, but also young students who aspire to obtain careers in the exciting world of biomedical research. Gladstone touches the lives of budding scientists through a number of outreach programs, but its most considerable impact is on the large number of students who visit Gladstone every summer as part of the National Student Leadership Conference (NSLC).
Student Outreach and Science Education Graduate Students and Postdocs
Innovative research tools are transforming the field of neuroscience, bringing us closer to much-needed cures for neurological diseases.
Kreitzer Lab Optogenetics
Gladstone celebrated National Postdoc Appreciation Week by recognizing the hard work and dedication of its postdocs who are the major engine that drives scientific research at Gladstone
Scientists from the Gladstone Institutes have provided a detailed map of how basic research translates into new treatments for deadly diseases.
Basic Science Big Data Pico
A fast and powerful new gene-editing technology is changing biomedical research, and it has the potential to do much more. But before we start using this method to rewrite genomes outside of the laboratory, several key questions need to be answered.
CRISPR/Gene Editing
