Scientists from Stanford and their collaborators have linked a traditional population’s seasonally varying diet to cyclical changes in the number of gut-residing microbial species.
A survey of DNA fragments circulating in the blood suggests the microbes living within us are vastly more diverse than previously known. In fact, 99 percent of that DNA has never been seen before.
Tiny devices could help scientists study coral bleaching, parasites, molecular biology and more, but few scientists know how to use them. A new course aimed to change that by pairing students with labs looking for help.
Stanford and Takeda Pharmaceuticals have formed the Alliance for Innovative Medicines, which will help transform Stanford research into next-generation treatments for disease.
A tiny set of nerve cells in a male mouse’s brain activates aggression. But a new Stanford study shows that the male’s susceptibility to this activation depends on whether it has been housed with other mice or in isolation.
ChEM-H Undergraduate Scholar Aanchal Johri wins public service scholarship for her commitment to advancing human health in resource-limited communities.
Stanford investigators fused two stem-cell-derived neural spheroids, each containing a different type of human neuron, then watched as one set of neurons migrated and hooked up with the other set.
The Stanford Department of Chemistry and ChEM-H are excited to welcome new junior faculty member Laura Dassama. She will join the faculty at Stanford in 2018 after completing her postdoctoral studies.
Stanford undergraduates have won a national prize for their work developing a new antibiotic to combat the growing threat of multidrug-resistant bacteria.
ChEM-H Faculty Fellow Polly Fordyce and her team use microfluidic tools to understand protein interactions in the body — knowledge that could help researchers develop therapeutics for a variety of diseases.
Tiny nanostraws that sample the contents of a cell without causing damage may improve our ability to understand cellular processes and lead to safer medical treatments.
A collaboration between chemists and gene therapy experts produced a new way of inserting the code for modified proteins into the cells of mice. If successful in humans, the technique could be useful for vaccines or cancer therapies.
The Chan Zuckerberg Biohub has announced 19 Stanford faculty among its first cohort of 47 investigators from Bay Area university collaborators. These investigators will work toward curing, preventing and managing every disease.
Stanford bioengineers have developed an ultra-low-cost, human-powered blood centrifuge. With rotational speeds of up to 125,000 revolutions per minute, the device separates blood plasma from red cells in 1.5 minutes, no electricity required.
The Chan Zuckerberg Biohub will include two major research projects intended to help cure and prevent disease. One, focusing on infectious disease, will be led by biochemist Peter S. Kim.
Seven researchers at Stanford have received awards totaling $10.25 million from the National Institutes of Health to explore bold approaches to major research challenges.
Nick Cox is a chemist and postdoctoral scholar in the Stanford ChEM-H Medicinal Chemistry Knowledge Center. For the past two years, he has helped the Jennifer Cochran lab develop a novel molecular warhead to deliver drugs to cancer cells without harming healthy cells. Graduate student Anna Koster...
Transferring stool from a healthy mouse to a sick mouse that suffers from gastrointestinal infections promotes a quick return of health by restoring its gut to a more normal state, Stanford research shows
Protein are responsible for a variety of essential jobs inside cells—they carry messages, defend against pathogens, and act as microscopic chemists. Furthermore, their malfunction can cause diseases ranging from Alzheimer’s to diabetes. To perform their roles and maintain healthy cells, proteins...
A team of Stanford ChEM-H scientists has discovered a novel form of cancer immunotherapy, which works by removing certain sugars from the surface of cancer cells and making those cells visible to the immune system.