Shenzhen achieves hip 3D printing technology
April 06, 2017 Source: 3D Printing Network
Window._bd_share_config={ "common":{ "bdSnsKey":{ },"bdText":"","bdMini":"2","bdMiniList":false,"bdPic":"","bdStyle":" 0","bdSize":"16"},"share":{ }};with(document)0[(getElementsByTagName('head')[0]||body).appendChild(createElement('script')) .src='http://bdimg.share.baidu.com/static/api/js/share.js?v=89860593.js?cdnversion='+~(-new Date()/36e5)]; The clinical base of the Guangdong Provincial Center for Trauma Treatment and Research was settled in the Third People's Hospital of Longgang District, which opened the medical 3D printing technology and realized the accurate treatment of trauma treatment. What if the bones and joints are broken? Can only endure endless suffering? With medical 3D printing technology, everything is getting better.
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Recently, the clinical base of the Guangdong Trauma Treatment Research Center has settled in the Third People's Hospital of Longgang District (Henggang People's Hospital). This is the Huimin project of Longgang and one of the key projects of “Flexible Talents†in Longgang District. Academician of the Chinese Academy of Engineering, Medical Consultant of the Third People's Hospital of Longgang District, Zhong Shizhen, and Huang Wenhua, Dean of the School of Basic Medical Sciences of Southern Medical University, attended the unveiling ceremony. At the same time, Guangdong Province's trauma treatment experts held academic discussions in the Longgang Third Hospital. The hospital's “Flexible Talents†Southern Hospital Trauma and Orthopaedic Team conducted special medical consultation activities.
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Longgang Huimin Project
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"This time, through cooperation with the Institute of Clinical Anatomy of Southern Medical University and the Research Center of Trauma Rescue in Guangdong Province, the hospital will rely on the strong scientific research support and strong academic resources to provide a solid technical platform for all clinical specialties, which will be advanced. Trauma treatment research results and diagnosis and treatment techniques are applied to trauma treatment, especially the application of 3D printing technology in clinical, improving the level of trauma treatment in pre-hospital, in-hospital and regional, effectively improving the level of trauma treatment in eastern Shenzhen, reducing trauma mortality and Residual rate.†Cao Lesheng, Dean of the Third People’s Hospital of Longgang District, said that Longgang Sanyuan is located in Henggang, which is the central medical center of Longgang. Due to its special geographical location, it is the place where Shenzhen leads to Huizhou, Meizhou, Shantou, Fujian and other regions. The main traffic routes, Longgang Avenue and Metro Line 3 pass through the territory, water officials, salt platoons, machine-loaded, Huiyan, planned and constructed central and eastern transit highways, and major roads such as Cotton Tree Road and Shahe Road extend in all directions. . In the convenience of transportation, it is also a place with frequent traffic accidents and trauma.
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He said that the establishment of a healthy Longgang and the joining of the team of Professor Yu Bin from the Department of Trauma and Orthopaedics of the Southern Hospital will greatly enhance the hospital's trauma treatment capacity. At the same time, it will also create a key discipline in Shenzhen for the orthopedics of hospitals, and establish a strong development potential for the Shenzhen Branch of the Guangdong (Orthopaedic) Trauma Center. All relevant specialists have developed synergistically to build a tertiary hospital.
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Medical 3D printing technology plays a big role
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At the clinic, Ms. Zhou was very excited. Her right hip was lost due to a car accident and her actions were affected. If she was not treated, her quality of life was seriously degraded. “It’s amazing to hear about the 3D printed damage joint model for the first time.†She said that the 3D printed hip model looks exactly like my bones.
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Lin Anru, professor of trauma orthopedics at the Southern Hospital of Southern Medical University, said that if the plan is determined, he will pass the patient's right hip joint size and shape to the manufacturer. The manufacturer will make a titanium artificial hip based on the data. joint.
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He said that the titanium alloy artificial hip joints that were finally manufactured using 3D printing technology can be described as tailor-made and matched. They can be moved to the ground in 2-3 days after surgery and return to normal life in about 2 months.
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It is understood that the use of 3D printing technology to assist the operation of the operation, can enable doctors to more intuitively understand the patient's anatomy, greatly assist in the design and improvement of the surgical plan, the choice and optimization of the surgical approach, and help to improve the accuracy of the operation. Reduce patient suffering.
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At the same time, 3D printing can help doctors break through the medical exclusion zone and complete operations that were not possible in the past. 3D printing technology is currently used in the clinical field of orthopedics, such as orthopedic surgery planning models, orthopedic surgical guides, orthopedic special types of implants.
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"3D printing is widely used in the medical field. With the help of 3D printing technology, medical treatment is bringing about tremendous changes in the medical field." Huang Wenhua, dean of the School of Basic Medical Sciences of Southern Medical University, said that it is privately ordered through 3D scanning technology and 3D printing technology. The medical protective gear can perfectly fit the human skeletal muscles and protect the injured thighs. A set of 3D printed protective gear may only cost about 2,000 yuan, which is better than selling tens of thousands of medical protective gear on the market.
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Any product with a complicated spatial structure is produced in the same program in front of the 3D printer. Therefore, 3D printing can not only break through the imagination in medical treatment, but also greatly save costs and spend a small amount of money to cure serious diseases.
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