Team of microscopic soft robots could transform medical care
The new technology could allow doctors to guide several tiny, flexible robots independently through the body's complex network of tubes and vessels.
The new technology could allow doctors to guide several tiny, flexible robots independently through the body's complex network of tubes and vessels.
The graphic was created by 糖心视频 student Hannah Chang.
The project is supported by a four-year, $2.5 million grant from the National Science Foundation.
糖心视频 researchers will focus on the Hanalei River, where they will examine how cesspools and animal agriculture contribute to the spread of antimicrobial resistance.
The data came from 402 individuals representing 374 households.
The event served as a platform to share study findings, sign up new participants and bring the Maui community together for a day of fun and wellness.
The partnership between the university and WBID exemplifies how academic institutions can play a vital role in community development.
The study offers insights into the motives behind student drinking and potential strategies to mitigate its harmful effects.
Wearable sensors are crucial in continuously monitoring vital signs and other health indicators.
Endangered Hawaiian monk seals and other marine life have benefitted from 25 years of large-scale marine debris removal in the Northwestern Hawaiian Islands according to the cover story in the current issue of Science.