Bioengineer Alison Marsden uses computer modeling skills honed on submarines to help surgeons plan the best repairs for babies' hearts.
Researchers are harnessing an imaging technique called cryogenic electron microscopy to design drugs and better understand disease.
Benedikt Geier traverses academic fields in pursuit of a chemical analysis that images the intimate relationships between microbe and host.
Stanford Medicine magazine explores the molecules behind human biology and how understanding them fuels medical discoveries and innovations.
A Stanford Medicine radiologist writes a novel that's part mystery, part sci-fi thriller, part educational tool to teach names of fractures.
Stanford Medicine magazine's most-read articles of 2021 were about health inequity and discoveries about the brain and nervous system.
Tobacco smoke blocks airway cells from making a protein that protects against infection by the virus that causes COVID-19.
Researcher from Stanford Stanford have created an imaging technique to view the fine details of RNA molecules.
Stanford research shows that teens who are good at navigating life are less likely to experience anxiety and depression related to COVID-19.
With changes in ultrasound technology, Stanford researchers have improved the method of diagnosing brain bleeds, a common form of birth injury in newborns.
Stanford scientists have devised a way to use positron emission tomography to watch the movement of a single cell injected into a lab mouse in real time.
Scientists created an algorithm that analyzes a cancer biopsy and pairs spatial information with gene expression to better understand the disease.
In U.S. hospitals, the frequency of brain imaging for acute stroke patients dipped, suggesting hesitancy to seek medical care for non-COVID-19 conditions.
Based on new technologies and improved understanding, physicians are no longer recommending routine use of radioprotective shields for X-ray procedures.
Using microbubbles and ultrasound, researchers have created a cancer treatment that kills tumor cells and recruits immune cells to the tumor.
Lasers, heat maps, fluorescence and real-time imaging help guide surgeons who are developing new ways to enhance precision brain surgery.