The new technique repurposes a common tool in biology that can help separate red blood cells from white blood cells or human cells from microbial cells.
To treat diabetes directly, rather than manage its symptoms, doctors need a way to get drugs to cells that produce insulin. The key, Stanford researchers report, may be those cells’ affinity for zinc.
A lowly sea creature may provide a way to understand our own blood-forming system, improve our immune function and find new immune-associated tools for biological discovery, Stanford researchers say.
ChEM-H Institute Scholar Lingyin Li answers some questions about what brought her to ChEM-H, who her role models were growing up, and why she is so fascinated by the innate immune system, a “chemist’s playground.”
In a recent paper published in ACS Central Science, ChEM-H CBI trainee Elizabeth Webster, a graduate student in the lab of ChEM-H faculty fellow Steve Boxer, gets closer to understanding how the Zika virus infects cells.
A new discovery reveals how cells decide what to do with misshapen proteins – whether to salvage or destroy them – and could guide research into neurodegenerative diseases and other cellular processes.
Researchers at Stanford and several other institutions have linked the gut ecosystems of four Himalayan groups to the extent of each group’s departure from a hunter-gatherer lifestyle.
The Stanford project, led by neuroscientists Tony Wyss-Coray and Marion Buckwalter, will focus on the influence of immune factors and systemic inflammation on the brain.
ChEM-H Baker Family Co-Director Carolyn Bertozzi and ChEM-H Institute Scholar Laura Dassama discuss the intersection of science and social media. Keep up with Stanford ChEM-H on Twitter: @Stanford_ChEMH.
Spatial organization in the nucleus of a cell governs cell function. Knowing this, researchers explore how moving genetic material from one area to another could impact health.
A computational tool designed by ChEM-H Faculty Fellow Ami Bhatt and colleagues makes it easier to identify the source of bloodstream infections and, ideally, rid patients of reservoirs where potentially troublesome microbes reside.
Watching the movement of every cell in an adult animal all at once, the Prakash lab discovered ultra-fast cellular contractions. This research suggests a new role for cellular contractions in tissue cohesion, which could be the basis of a new material.
Faculty fellow Zhenan Bao and researchers in her group have created a stretchable, conductive material that could be used to integrate electronics with squishy biological tissue.
Using a new variation of gene-editing technology CRISPR, Stanford ChEM-H Institute Scholar Stanley Qi and colleagues were able to change the spatial organization of DNA in cell nuclei and show how physical relocation altered cell function.