In recent years, with the continuous improvement of industrialization, the development of the robot industry has become more and more rapid. The medical field has long introduced robots as surgical aids. From the earliest surgical robots to the current cell surgery robots, the future medical industry , robots will play an increasingly important role.
In this context, the OFweek Medical Technology Network, the organizer of the “OFweek 2018 (3rd) China Medical Technology Conference†, invited the Director of the Department of Biomedical Engineering of the City University of Hong Kong, IEEE Fellow, and Professor Sun Dong, Member of the Science and Technology Committee of the Ministry of Education. Everyone brings a keynote speech on " Visual Sensing Technology in Cell Surgery Robots ".
Professor Sun Dong is currently a lecturer and dean of the Department of Biomedical Engineering at the City University of Hong Kong and the Director of the Center for Robotics and Automation at the City University of Hong Kong. Professor Sun is Fellow of the American Society of Electrical and Electronic Engineering (IEEE). He is currently a member of the Faculty of Biomedical Sciences of the Ministry of Education. Professor Sun has made great achievements in the field of robotics research, especially in the field of integrated robotics and micro-nano operation technology to achieve cell manipulation, diagnosis and micro-surgery at the single-cell level. He has published 15 academic works and invited works chapters, published 400 academic papers in international journals and conferences, has 10 international patents, and won many best paper awards and industrial awards. This report will introduce how the Hong Kong research team uses 3D model reconstruction technology to accurately locate the organelles inside the cell to achieve high-volume, high-precision, and diverse single-cell surgical procedures, such as organelle extraction, through micro-manipulation tools such as irises and probes. , cell precision injection, etc. In addition, it will introduce how to use photoacoustic technology to track the movement of micro-robots carrying cells in the body to achieve precise cell delivery and targeted release. This research will open up a new field for the development of medical robots and actively promote the development of precision medicine.
Cellular surgery robots represent a new frontier in the development of modern medical robots. This revolutionary technology provides a completely new technology platform for modern medical diagnosis and treatment by using a specially designed automated micro-nano manipulation tool to perform a variety of complex surgical procedures at the single cell and subcellular levels. Accurate positioning of the internal structure of cells through visual sensing technology and accurate tracking of intracellular motion in a dynamic environment are important prerequisites for successful cell surgery.
The emergence of cell surgery robots represents the rise of traditional medical robots from organ levels to cellular levels, even to subcellular levels. Using cell-operated robots, we can perform laser treatment in blood cells and red blood cells, as well as perform precise cell repair or tissue regeneration. It is also possible to transplant single cells in vivo and in vitro, and to perform some live needle tests and microinjections. It is also possible to combine cell robots with optical speculation. By tracking the particles, these particles have a tiny volume of 10 to 10 mm. This very detailed means of imaging the cells allows for high flexibility and High mobility.
On November 13th at the OFweek 2018 (3rd) China Medical Technology Conference, Professor Sun Dong will detail the latest research results of his research team in the field of cell surgery robots. The conference was hosted by China's high-tech industry portal OFweek, the High Tech Association, and the OFweek Medical Technology Network. It focused on two aspects of artificial intelligence and health care big data , and explored cutting-edge technologies in the field of medical technology to track big data and The transformation and application of artificial intelligence in medical treatment allows many experts to work with you to explore cutting-edge technology and grasp the lifeline of the industry.
The conference warmly welcomes experts, scholars, industry enterprises and institutions in the medical field and related fields to participate in the exchange! You can register directly at the conference by clicking on the link below: http://www. Ofweek. Com/seminar/2018/medical/index. Html
Notice for ticket purchase: The final interpretation of all ticket types belongs to OFweek China Science and Technology Industry Portal.
(1) From now on - October 15th, all participants who have made an appointment to register for this conference will be approved by the organizing committee, and they will receive a free participation worth 1,500 yuan! Limited places, reservations as soon as possible!
(2) In order to support scientific research, the research institutes and students can enjoy a 50% discount on registration (subject to the unit seal or student certification materials);
(3) Enjoy a 30% discount on booking tickets for more than 5 people, please contact the organizing committee directly:
(4) Due to the large number of participants at the conference, in order to provide better services to registered visitors, the venue does not accept temporary ticket sales. Please ask the audience who need to participate in the application in advance. The registration time for the conference is until November 10. When the audience reports on the spot, they can enter the venue with the confirmation code and business card. Audiences who have not confirmed their registration in advance will not be accepted at the scene;
(5) Once the ticket is sold, no refund will be given.
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