Did you know that tiny bioelectronic devices can treat brain cancers? MIT Media Lab Prof. Deblina Sarkar explains why this technology can be more effective than traditional therapies: https://bit.ly/496SoUy #Bioelectronics #Biology #Healthcare #Therapeutics #OnlineLearning #OnlineEducation #Education #CancerTreatment MIT Horizon
Grape Ape
2mo
I don't trust that it won't be used for nefarious purposes in the long run of course I'll tell us all the good things it can do but they won't tell us what else it does
Shawn Dedmon
2mo
I believe in some way shape or form I have signed up for a trial run in this area and I haven't been experiencing some discomforts but a lot of progress in certain areas wondering how to find out if I'm part of the paradigm
Very good If this technology be combined with Ai can more effective It's a huge revolution in science
Sarvesh Dubey
3mo
Good work. 👍👍. Is it a microfluidic device? for cancer biomarker detection.
Josefina A.
3mo
Bravo!
Tawseef Bhat
3mo
Good work
PhD | Prin. DSP SW & Electronics Engineer | Technical Leader | Providing innovations and cutting-edge technology solutions developed at the junction of science and industry. Open to new challenges in MedTech.
3moI love the idea, sounds really promising. Dear Deblina Sarkar, I have some questions to understand the details better: is the device able to „attach” to a tumor once it appears in a body and THEN start sending a signal? Or the signal is sent continuously? Is it possible to detect false positives while the device is still floating in the bloodstream? In which cases this invasive, after all, method will outperform classic imaging techniques? I keep my fingers crossed for your research! Mariusz