Medical robot on the line_Multiple hospital layout medical big data research application
In recent weeks, the integration of intelligent robots in Shenzhen hospitals has taken a significant step forward. Starting this week, the outpatient hall at Peking University Shenzhen Hospital has completely eliminated human guides, replacing them with three advanced robotic assistants. While artificial intelligence is still evolving, its growing role in healthcare has been widely welcomed by both patients and medical staff.
During an interview, reporters learned that while visible smart devices like robots are becoming more common, the real transformation lies in the backend systems of smart hospitals. More and more hospitals in Shenzhen are now investing in medical big data infrastructure, which is expected to further enhance the capabilities and applications of intelligent robots within healthcare settings.
One of the most noticeable changes is the introduction of the Meng robot, which has replaced traditional human guides. These robots can answer patient inquiries, provide medical guidance, and even help navigate the hospital. After a month-long trial, the hospital has now fully transitioned from four human attendants to just three robots. Although such technology has been used in some hospitals for years, completely replacing human staff is still rare.
Peking University Shenzhen Hospital handles over 10,000 outpatient visits daily. Previously, the human guides were constantly rotating to meet demand. According to Li Fenling, deputy director of the outpatient department, the robots have been performing well and meeting the needs of the public. However, their capabilities are still being refined. At times, the robots may respond slowly or fail to handle complex queries. Their performance depends on stable network connections, and they currently cannot book appointments or recommend specific doctors.
Another notable innovation is the use of intravenous dosing robots. These machines assist in tasks such as disinfection, drug preparation, and infusion, reducing the risk of errors and improving safety for both patients and staff. Nurses have reported that these systems allow for better planning and reduce the need for constant monitoring of IV bags. Additionally, the robots help prevent injuries from sharp objects and minimize exposure to hazardous drugs.
The hospital is also implementing an AI-driven premedication system that reviews prescriptions in real time. If a doctor’s prescription conflicts with the drug instructions, the system will block it and prompt the doctor to explain. For example, if a chemotherapy drug is prescribed beyond the recommended duration, the system will alert the physician.
Beyond individual patient care, Shenzhen hospitals are leveraging big data to improve overall healthcare outcomes. The Nanshan District People’s Hospital, for instance, is using AI-powered imaging tools developed in collaboration with Tencent, achieving high accuracy in early cancer detection. Similarly, the Shenzhen Second Hospital is building a cloud-based smart hospital platform with Tencent, enabling real-time patient follow-up after discharge.
The Seventh Hospital of Sun Yat-sen University has also partnered with research institutions to establish a clinical big data center. This initiative aims to create a centralized platform for tracking patient records and supporting clinical research. As Dr. He Yulong explained, even a small sample like a drop of blood or a mouth swab could be stored in the database, providing critical data for disease analysis and personalized treatment plans.
With these advancements, Shenzhen is setting a new standard for smart healthcare, combining cutting-edge technology with practical applications to improve efficiency, safety, and patient outcomes.
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