Writes at JHU about science, technology and engineering topics: biomedical, computers, robotics, materials, chemicals, environment, structures and more.
Natalia Trayanova, professor of BME at @JohnsHopkins, explains her work in computational medicine. The @trayanovalab builds personalized virtual hearts that are being used by clinicians to diagnose and treat patients with cardiovascular disorders. #HeartMonth#PrecisionMedicine
With growing grid risks, this is a timely #cybersecurity development at Johns Hopkins. "Hacker-resistant power plant software shows real-world results in Hawaii" https://t.co/1GZPBrth85
This Hopkins #biomechanics expert is helping develop a tool to better diagnose #concussions and predict where related brain damage is likely to occur.
"You can get a concussion even without being hit in the head," @KTRamesh1 says. #JHU#CTE
"Since Rosie was born, we've been hearing what kids with this syndrome can't do. But we've chosen to concentrate on what our daughter can do. With this walker, we believe Rosie can learn to walk."
Go, Rosie!
@HasiniJt @JohnsHopkins@deniswirtz Well, doing university PR work is not quite as challenging as trying to cure cancer, but your patience and kind cooperation made my job so much easier. Thank you!
Some of JHU's great engineering students have played Santa by building a custom walker for a tiny toddler with a rare genetic disorder. Check out the heartwarming story & video. https://t.co/jW3bCJFnXf
@HasiniJt @JohnsHopkins@deniswirtz Hasini -- Best wishes on your new endeavors. And may you continue to make great strides in the effort to stop cancer metastasis.
Gerald Masson, a @JohnsHopkins cybersecurity expert and founder of JHU's Information Security Institute @JHUISI, died last week at 74 https://t.co/3mDjwAK475