A team from the University of Bristol has developed a device that could revolutionize clinical breast examinations (CBE). The device, called IRIS (Robotic Radial Palpation Mechanism), can apply special forces and detect lumps using advanced sensor technology.
Clinical breast exams are important for monitoring breast health and diagnosing conditions such as breast cancer. However, there has been some debate about the effectiveness of CBE. The purpose of the IRIS device is to provide a more accurate and low-risk diagnostic technique.
The Bristol Robotics Laboratory team led by Dr. Antonia Tzemanaki and lead author George Jenkinson used 3D printing and other computer numerical control techniques to create the IRIS manipulator. They conducted laboratory experiments and simulated scenarios using a silicone breast model.
By performing thousands of palpations and testing different hypothetical scenarios, such as using different numbers of sensors, the team tested the accuracy of the simulations and determined the optimal forces for the device.
The goal is for the IRIS device to be located in easily accessible locations such as pharmacies and health centers, giving women access to safe and accurate electronic CBEs. In addition, the device could facilitate early diagnosis of breast cancer and generate useful data trends.
Overall, the IRIS device has the potential to improve the accuracy, repeatability, and accuracy of breast exams, ultimately leading to better patient outcomes.
Sources:
– University of Bristol
– Simulation and Modeling in Medicine and Surgery Research Group at Imperial College London
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2023-10-04 00:11:32
#device #clinical #breast #examination
