View allAll Photos Tagged Bioengineering
As part of the telemedicine effort Mashavu, students in BioE 401 Bioengineering Research and Design had to design a low cost pulse oximeter that minimized ambient light, improved signal processing speed and accuracy, reduced cost, and improved ruggedness.
UC San Diego engineers and medical researchers have developed an AI tool that instantly detects a specific cancer biomarker in biopsy images of breast and ovarian tumors. The AI tool has the potential to get patients with these cancers started on the best treatment sooner -- without waiting weeks and spending thousands of dollars on genomic testing.
Full story: today.ucsd.edu/story/precision-oncology-via-artificial-in...
Photos by: Liezel Labios/UC San Diego Jacobs School of Engineering
Fiorenzo Omenetto discusses the potential for bioengineered silk to change the world at the EPIIC colloquium.
Amazing the world we live in .....wooden wheels to the internet and bioengineering all in the same era.
Fiorenzo Omenetto discusses the potential for bioengineered silk to change the world at the EPIIC colloquium.
UC San Diego engineers and medical researchers have developed an AI tool that instantly detects a specific cancer biomarker in biopsy images of breast and ovarian tumors. The AI tool has the potential to get patients with these cancers started on the best treatment sooner -- without waiting weeks and spending thousands of dollars on genomic testing.
Full story: today.ucsd.edu/story/precision-oncology-via-artificial-in...
Photos by: Liezel Labios/UC San Diego Jacobs School of Engineering
Can AI decide what you hear?
Humans have been modifying their bodies for millennia, with technological advances in bioengineering, prosthetics and implants enabling huge improvements in healthcare and assistive technologies. How might AI shape our sonic experience of the world and transform the future of hearing healthcare?
Drawing on her experience of hearing loss and being a cochlear implant recipient, Seo Hye Lee presents an individual's lived experience of sound in this visual and auditory installation.
A series of tones is played, mimicking a hearing test to fine-tune a cochlear implant. The user is asked if their experience of that sound is 'too loud', 'too soft', or 'normal'. The artist considers how this wording really relates to something as personal as the experience of sound and wonders how - with the intervention of AI - these decisions might be made for them in future.
Seo Hye Lee in collaboration with Irumee Pai and Karen Tebbutt (2023)