LEVERAGING MICROSTRIP ANTENNAS FOR EARLY-STAGE TESTICULAR CANCER DIAGNOSIS: A REVIEW

Microstrip antennas offer a compelling possibility for non-invasive testicular cancer detection due to their compact, lightweight, and cost-effective nature. Simulations enable optimizing their design for this application. However, challenges remain, including achieving sufficient sensitivity and specificity to distinguish between healthy and cancerous tissues. Additionally, biological tissue complexities and limited penetration depth at optimal frequencies requires further exploration. This work highlights the potential of microstrip antennas in testicular cancer screening. Future research areas include advanced antenna designs, multimodal approaches incorporating other imaging techniques, and machine learning for data analysis. Rigorous clinical trials are crucial to validate the methods efficacy and safety in real-world settings. The objective is to leverage microstrip antennas to develop a reliable, user-friendly tool for early detection of cancer, potentially improving the patient outcomes by means of early intervention.