American Ph.D. Alexander Zider, who conducted testing of the robot on three patients, believes that this technology has the potential to revolutionize lung cancer diagnosis and treatment. Lung cancer is a significant contributor to cancer-related deaths in the United States, and early detection plays a crucial role in improving patient outcomes. The robot uses a virtual map created from CT scans taken during screenings to navigate the lungs and provide real-time visuals of the bronchial tubes as the catheter is inserted. It is programmed to be cautious, avoiding contact with the internal walls of the patient and assisting doctors in safely obtaining samples.
In Finland, lung cancer ranks among the top three most prevalent cancers in both men and women, indicating the global impact of this disease. By integrating advanced technology like robotic assistance into the medical field, healthcare professionals aim to enhance the efficiency and accuracy of cancer diagnosis and treatment for the benefit of patients worldwide. While localized lung cancer can be treated successfully, advanced cases often have poor prognoses. In California, a local medical center in Burlingame has introduced a robot with the latest technology to assist doctors in bronchoscopy, which involves viewing the bronchial tubes. The purpose of the robot is to simplify the work of doctors, enable more accurate diagnoses to be made quickly, and facilitate the collection of samples from tumors located in challenging areas.
