In today’s rapidly evolving medical landscape, cutting-edge technologies such as biological 3D printing, surgical robotics, and artificial intelligence are reshaping traditional medical practices and redefining the healthcare industry. These innovations not only enhance treatment methods but also lay the foundation for a more personalized and efficient medical model. At the “Beijing Peking University Medical Innovation Summit Forum 2017,†leading experts from across the globe engaged in meaningful discussions on the development and practical application of these groundbreaking technologies.
Biological 3D printing, a key technology in the "Third Industrial Revolution," has already made remarkable progress. It can now print human skin, blood vessels, bones, and even complex organs like the thyroid gland. According to Sun Wei, a distinguished professor at Tsinghua University and chairman of Shanghai Pu Bo Source Biotechnology, this field is inherently interdisciplinary, combining engineering, materials science, information technology, life sciences, and medicine. This convergence fosters the development of core technologies essential for personalized medicine.
Current research in biological 3D printing goes beyond individual cells, focusing instead on building ex vivo life systems, microbiological tissues, and advanced constructs such as cell robots, organ chips, and humanoid chips. The integration of cell printing with microfluidic device technology offers promising solutions for tissue replication, organ creation, and the development of "chip people." In the future, this technology could enable the printing of functional human tissues, driving advancements in digital diagnostics, personalized care, drug development, and cell-based manufacturing. Industry forecasts suggest that by 2024, the global market for biological 3D printing will reach $6 billion.
Artificial intelligence is another transformative force in the medical field. Zhang Jiangengen, director of the Beijing Medical Engineering Laboratory and CEO of Beijing Tianzhihang Medical Technology Co., Ltd., highlighted the rapid growth of surgical robots since their introduction in the U.S. in 1985. These robots now account for over 60% of the global medical robot market, with the Asia-Pacific region experiencing particularly strong growth. While current surgical robots operate in a robot-assisted, semi-automated mode, future developments aim for full automation. Benefits include shorter operation times, reduced bleeding, and less tissue damage, though challenges such as ethical concerns and liability issues remain. As China's population ages, the demand for orthopedic surgeries is expected to rise significantly, making surgical robots increasingly valuable.
Artificial intelligence expert Infino emphasized that AI is prompting hospitals to rethink their entire medical systems. Many institutions are already using AI tools to train doctors, improving their skills and efficiency. This shift is paving the way for smarter, more data-driven healthcare models.
The successful industrialization of new technologies like 3D bioprinting and AI requires the dynamic integration of legal frameworks, human resources, capital, technology, and market forces. Yang Zhuang, co-director of Peking University’s BiMBA Business School, stressed the importance of aligning "production, academia, and government investment" under the "Healthy China" strategy to accelerate medical innovation.
Ren Weihua, vice president of Peking University Medical Center, noted that emerging medical technologies and models are set to transform the healthcare sector. Looking ahead, the university plans to establish a venture capital fund to support innovative projects in molecular diagnostics, digital health, and bio-innovation. This initiative reflects a growing commitment to fostering breakthroughs in the medical field.
PCB Push Wire Connectors,Multipolar Wire Connectors,Board Connector,SMD Connector
Jiangmen Krealux Electrical Appliances Co.,Ltd. , https://www.krealux-online.com