Stanford researchers collaborate to develop test for a rare and deadly disease
...setting. First, they will improve the light output of the chemical so that it’s easier to see. Then they will have to design a method of collecting blood that will...
...setting. First, they will improve the light output of the chemical so that it’s easier to see. Then they will have to design a method of collecting blood that will...
...understanding of where we feel certain ways, and why, it's possible that we can improve urban design. Chronic stress contributes to a number of negative health outcomes, ranging from decreased...
...cases, they have tripled and quadrupled work time. Now, the researchers are working on the final design for a manufacturable prototype while continuing research on the cognitive effects of overheating....
...smaller than for adults and the return on investment for device developers is lower. Small body size and physiologic differences between children and adults create unique design considerations. Because they're...
When Vic McCray, MD, and I were Stanford Biodesign Innovation Fellows, we spent months shadowing optometrists and ophthalmologists, looking at different eye problems and diseases. But what we saw over...
One Sunday last month, more than 60 patients, students, medical professionals and design thinkers gathered on the Stanford campus to brainstorm ideas for gadgets and services tailored to the unique...
In the labs of five Stanford researchers, the subtleties of sound come to the aid of science, making critical -- and sometimes unlikely -- contributions to new technologies, medical applications...
Last week, 13 student-developed medical devices and diagnostics were on display at Stanford Byers Center for Biodesign’s second annual Health Technology Showcase. The projects addressed a wide range of health...
...tissue using this rich chemical information. It's always fun to write about research projects in which vastly different disciplines come together to design something new to help patients. The DESI-MSI...
...that occur as the bacteria’s enzymes breakdown the drugs. Ultimately, they hope this knowledge can be used to design better antibiotics that can fight off these attacks. Photograph by torange.biz...
At Stanford Medicine's EHR National Symposium this week, Dean Lloyd Minor, MD, encouraged attendees -- leaders in patient care, technology, design thinking and public policy -- to chart a future...
...for improvement moving forward,” Minor told the symposium audience. Today’s conference brings together leaders in patient care, technology, design thinking and public policy to explore ways for developing the potential...
...Ricci has joined forces with Alan Cheng, MD, a physician-scientist who treats children with hearing loss, to design a new version of an aminoglycoside -- a widely used antibiotic with...
...with a care team to design a treatment plan to best manage her condition. Megan Mahoney, MD, medical director and clinic chief of Stanford Family Medicine, believes that a personalized,...
...lead to unanticipated side effects from medications. Specifically, they sought to understand how GPCRs activate arrestin, so they can use this knowledge in the future to design drugs with fewer...
...existing human biases, such as racial bias that might be present in the data, during the design of algorithms. It is also crucial to understand how the use of an...