Application of Deep Learning in Cytopathology and Prostate Adenocarcinoma Diagnosis
Siddharth Goswami, Neha Thakur, Pallavi Singh · 2024
Current research discusses the application of deep learning in various aspects of prostate cancer diagnosis, including MRI-based detection, histopathological diagnosis, and CT-based detection with the assistance of computer-aided diagnosis (CAD). It emphasizes the significance of proper prostate cancer detection in terms of patient outcomes. Deep learning models, namely Convolutional Neural Networks (CNNs), are crucial in each of these diagnostic scenarios, with the potential for better accuracy and efficiency. The study also examines the challenges and aspects to consider when using deep learning to various medical applications, highlighting the need of data quality, standardization, and collaboration with medical specialists. The study cites various studies that looked into the usage of deep learning in each of these fields and found promising outcomes in terms of accuracy and automation. While noting the potential benefits of deep learning, the research also emphasizes the need for more validation and testing, particularly in varied patient groups, before widespread clinical use may be contemplated.