“The OFweek 2018 (3rd) China Medical Technology Conference will be held in Shenzhen on November 13th. This conference focuses on the innovative development of cutting-edge technologies in medical technology , and invites many top experts from home and abroad to attend the conference, from artificial intelligence and health. In the two aspects of medical big data , through the keynote speech, deep sharing, and interactive discussion, we will discuss the frontier topics of medical technology, track industry hotspots, and provide the most valuable information sharing and forward-looking predictions for peers. The conference invited Zhang Yuanting, an academician of the International Institute of Medical and Biological Engineering, and a lecturer in biomedical engineering at the City University of Hong Kong. IEEE Fellow, Sun Dong, director of the Department of Biomedical Engineering at the City University of Hong Kong, and vice president of West China Hospital of Sichuan University, and Professor Gong Qiyong of Huaxi Clinical Medical College. Special expert of the National “Thousand Talents Programâ€, Liao Hongen, deputy head of the Department of Biomedical Engineering of Tsinghua University, deputy director of the National Supercomputing Changsha Center, Peng Shaoliang, professor of Hunan University, professor of Peking University Cancer Hospital, and Lv Youyong, senior researcher of the Beijing Cancer Institute. A number of authoritative representatives and top experts from the medical academic community will discuss the various cutting-edge technologies of medical technology in the form of keynote speeches. Zhang Yuanting: From smart wearable sensing to semi-robot (Cyborgs) Professor Zhang Yuanting and his team have long been committed to the work of non-disturbing continuous blood pressure measurement of wearable devices, especially focusing on expanding the database of wearable devices, integrating blood pressure, genetic parameters, blood biochemical parameters, imaging parameters, etc. Disease prediction prevention. In recent years, with the improvement of people's health awareness, smart medical and wearable devices have gradually become a hot spot in the medical field. In the era when artificial intelligence is hot, the value of wearable sensors is often overlooked. However, the value of wearable sensing technology is as important and inseparable as artificial intelligence. In the future, medical health, Internet of Things, smart cities, etc. There is an irreplaceable role, and everyone needs to jointly promote the development of core technologies and transform new products, new industries and new services in a timely manner. This report by Professor Zhang Yuanting will introduce the important role of smart wearable sensors in the entire smart medical system and the trend of developing from smart wearable devices to semi-robots. Sun Dong: Visual Sensing Technology in Cell Surgery Robots Cellular surgery robots represent a new frontier in the development of modern medical robots. This revolutionary technology provides a 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. This report by Prof. Sun Dong will introduce how the Hong Kong research team can use 3D model reconstruction technology to accurately locate the organelles inside the cell to achieve high-volume, high-precision and diverse single-cell operation through micro-operation tools such as iris and probe. Such as organelle extraction, cell precision injection and so on. 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. Liao Hongen: Intelligent and accurate diagnosis and treatment: doctor's new "eye", "hand" and "brain" Thanks to the rapid development of medical data acquisition, calculation and analysis technology, the medical field is at the forefront of intelligent and precise transformation. With the promotion of minimally invasive surgery, medical imaging has gradually expanded from a single diagnostic tool to an indispensable tool for interventional therapy. At the same time, the development of intelligent medical devices and minimally invasive treatment methods has also helped to improve the cure rate of tumors, reduce the recurrence rate, and improve the prognosis of surgery. Professor Liao Hongen and his team combine the disciplines of mechanics, informatics, electronics and medicine to broaden the doctor's new "eye" (accurate diagnosis) and new "hands" (accurate treatment) around clinical minimally invasive treatment. The new "brain" (intelligent diagnosis and treatment), at this conference, Professor Liao Hongen will detail the achievements of his team in precision medical imaging. These technologies may be able to break through the traditional concept of minimally invasive surgery and open up new minimally invasive surgery. High-precision diagnosis and treatment integration field. Peng Shaoliang: Research on electronic medical records and artificial intelligence doctors based on supercomputer Based on the National Supercomputing Changsha Center, the Tianhe supercomputer and medical big data research and development of the auxiliary diagnosis and treatment robot has taken shape, and it is a typical application case of big data, supercomputing and artificial intelligence in the medical and health field. The development and testing of the robot system are based on the Tianhe supercomputer and mass medical health big data. The artificial intelligence hybrid algorithm platform that is more in line with medical logic is used to learn in diagnosis and diagnose in learning. The system has been deployed and operated in many top three hospitals, community hospitals, and physical examination centers in China in 2016. The accuracy rate of registered robots is over 90%, the diagnosis and treatment speed is 2-10 times faster than manual, and the misdiagnosis rate is reduced by 20%. the above. Professor Peng Shaoliang, as the head of the "Tianhe" supercomputer life sciences, will explain in detail the multi-dimensional data fusion technology of medical, health, and omics in the supercomputer system, as well as its doctors in electronic medical records and artificial intelligence. Aspect of the application. Introduce how the system fully supports and assists doctors in all aspects of “pre-diagnosisâ€, “in diagnosis†and “post-diagnosis†to conduct accurate and efficient diagnosis and treatment, and how to monitor, evaluate and intervene the health of patients and each family member. . Lu Youyong: How to use the genome and simple linear experimental data to interpret the mechanism and prevention strategy of cancer Cancer is a global health problem. About 10,000 people diagnose cancer every day. The cancer incidence rate increases rapidly after 40 years old, and the cancer population in China this year is obviously younger. The mechanism and preventive measures of cancer have become the primary concern of contemporary people and the primary problem faced by medical workers. Can cancer be predicted? How can we effectively prevent cancer? In this report, Professor Lu Youyong will address the clinical hypothesis of cancer prevention and treatment by systematically combing and analyzing the theoretical hypothesis of cancer development and development, using genomic technology and laboratory data to explain the biological characteristics of cancer, and explore the concepts, strategies and strategies of cancer prevention and treatment. technology. The biological significance and value of gastric cancer genomic data and biomarkers in molecular typing and individualized targeted therapy are highlighted. Gong Qiyong: Frontiers of Interdisciplinary Development of Brain Imaging Medicine Psychoradiography is a new subject area that combines clinical psychiatry, psychology, brain cognitive science, neuroscience, computer science, chemistry, and physics. The psychoradiogram uses clinical imaging techniques such as magnetic resonance (MR), positron emission tomography (PET) and single photon emission computed tomography (SPECT) to display normal and abnormal brain activity. The purpose is to use imaging. Means to objectively and quantitatively analyze human brain activities and explain their related mechanisms. Psychoradiography is the frontier of the cross-integration development of psychiatry, medical imaging and artificial intelligence computing science. Professor Gong Qiyong will lead us to understand this science and explain how it helps doctors to further understand the neuropathophysiology of mental illness. Mechanisms, how to provide potential objective image representation, as well as accurate diagnosis of neuropsychiatric diseases, assessment of suicide risk, and judgment of treatment response. 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) OFweek member welfare ticket, join the welfare group to participate in the promotion and sharing, you will have the opportunity to get a 1,500 yuan conference pass! (2) In order to support scientific research, the research institutes and students can enjoy a 50% discount (registration stamps or student certification materials); (3) Enjoy a 30% discount on booking tickets for more than 5 people. Please contact the organizing committee directly. Contact: (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 have the audience to participate in the application. 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. The audience who have not confirmed the registration in advance will not be accepted at the scene; (5) Once the ticket is sold, no refund will be given. living room lounge chairs,Living Room Chairs,living room half recliner chairs Guangzhou LoPhiDa Co.Ltd , https://www.widinlsamachine.com
