Nottingham, UK – Scientists at Nottingham Trent University are currently working on the development of a device that can be worn discreetly inside a bra to monitor the growth of breast cancer tumors. This innovative device aims to provide a non-invasive method for patients to track tumor progression in the comfort of their own homes.
The device, designed by the university’s medical technologies innovation facility, utilizes an electrical current to scan for minuscule changes in fluids within and around breast cells. By detecting differences in tissue density and water content, the device can accurately measure tumor changes and growth as small as 2mm in real-time.
Researchers envision the device being integrated into a patient’s bra or as a standalone bra equipped with the technology. The data collected by the device can then be transmitted to the wearer and their medical team via a smartphone. Plans are in place to advance the device to clinical trials in the coming years.
Dr. Yang Wei, an expert in electronic textiles and engineering at NTU, emphasizes the potential impact of this technology in improving breast cancer detection and ultimately enhancing patient survival rates. The rapid growth of breast cancer tumors underscores the urgency of early detection, with tumors expanding by as much as 2mm in just six weeks.
According to Cancer Research UK, over 55,000 new cases of breast cancer are reported in the UK annually, resulting in more than 11,000 deaths. Approximately 23% of these cases are considered preventable. The potential benefits of the new monitoring device are particularly significant for accurately tracking tumor growth, especially in cases where traditional methods like MRI scans may not provide timely information.
Dr. Simon Vincent, Director of Research, Support, and Influencing at Breast Cancer Now, acknowledges the need for advancements in breast cancer detection and treatment. While optimistic about the device’s potential, he stresses the necessity for thorough testing before considering its integration into medical practice.
In conclusion, the device under development at Nottingham Trent University represents a promising step towards enhancing breast cancer monitoring and detection. By offering a convenient and efficient means for patients to track tumor growth, this innovative technology has the potential to revolutionize at-home healthcare management for individuals battling breast cancer.