In 2023, Canan Dagdeviren, a trailblazer at the MIT Media Lab, made a remarkable contribution to women’s health with her innovative research on a wearable ultrasound device. This incredible invention, designed to be attached to a bra, offers a new and promising approach to early breast cancer detection.

The device, known as the Ultrasound Breast Patch or cUSBr-Patch, is a flexible patch that allows users to easily move an ultrasound tracker along the fabric. This unique feature enables imaging of breast tissue from various dynamic angles, providing clarity and detail akin to that found in medical imaging centers.

In her groundbreaking study, Dagdeviren and her talented team achieved stunning results, demonstrating that their device could produce ultrasound images with remarkable resolution. What sets this invention apart from traditional mammograms is its ability to offer a more frequent and safer alternative for screenings. The cUSBr-Patch can consistently capture data from the same area and even detect anomalies as tiny as 0.3 centimeters.

The inspiration behind this transformative technology comes from Dagdeviren’s beloved aunt, Fatma Caliskanoglu, who faced the challenges of late-stage breast cancer despite regular screenings. This personal connection fueled Dagdeviren’s determination to create a device that allows for more regular monitoring, especially for those at high risk. She expressed her heartfelt mission, stating, “My goal is to target the people who are most likely to develop interval cancer.” With this innovative approach, Dagdeviren aspires to elevate survival rates to a remarkable 98%.

Fast forward to today, the cUSBr-Patch has taken an exhilarating leap forward in its research journey. In April, this groundbreaking device embarked on a journey to space aboard a Blue Origin flight, accompanied by a remarkable team of six women. Astronaut Amanda Nguyen shared her excitement on Instagram, highlighting the significance of conducting such important research beyond our planet.

Nguyen explained, “One thing space gives scientists that cannot be replicated on Earth is more time.” In the unique environment of microgravity, the potential for accelerated research is immense. She collaborated with Dagdeviren to evaluate the durability of the ultrasound technology, ensuring it could withstand the challenges of space travel and microgravity.

Back on Earth, the research team continues to analyze the device’s materials, which are designed to perform in high-stress environments and resist moisture. While the future of the cUSBr-Patch is still unfolding, its potential impact is incredibly promising. Nguyen expressed her enthusiasm, stating, “This device has the potential to reshape our approach to imaging breast cancer, saving up to 12 million lives.” Being part of such transformative research is truly an honor, and it shines a hopeful light on the future of women’s health.

The advancements made through the cUSBr-Patch are a testament to the power of innovation and compassion in the pursuit of better health outcomes for women everywhere.