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The BTCH Fellowship Training Program in Arthroscopy, Knee Surgery and Orthopedic Sports Medicine

Fellowship/Residency Information

168 Litang Road, Changping District, Beijing, China
Beijing, China 102218
CHINA
https://yzbm.tsinghua.edu.cn/publish/infors/view/dsfc/1adf03ef-726b-4fc1-8480-26ee5190540f

Focusing on cutting-edge advancements including digital joint surgery, minimally invasive personalized total knee replacement with 3D-printed customized prostheses, clinical applications of AI-assisted diagnostic agents based on large artificial intelligence models, robotic-assisted double-bundle and universal reconstruction of anterior/posterior cruciate ligaments, providing comprehensive training for candidates interested in arthroscopy, knee surgery, and orthopaedic sports medicine. The program covers the entire clinical workflow from outpatient consultation, hospitalization, preoperative evaluation, personalized prosthesis customization, surgical planning, robotic-assisted procedures, to postoperative rehabilitation and management of challenging complex joint cases, significantly enhancing participants' clinical perspectives and professional competencies in these fields. Trainees will receive one-on-one mentorship, participate in ward rounds, outpatient clinics, academic group meetings, and workshops. They will gain proficiency in ERAS system implementation, AI-assisted clinical diagnostics, personalized medical device customization, preoperative planning for robotic surgery, intraoperative navigation techniques, and robotic surgical workflows. The BTCH-ISAKOS Fellowship Program empowers trainees to develop extensive experience and confidence in diagnosing and managing various arthroscopic, knee surgical, and orthopaedic sports medicine conditions.

Primary Language Spoken: Beijing Tsinghua Changgung Hospital,School of Clinical Medicine ,Tsinghua University
Sponosoring ISAKOS Member(s):

Contact Information

Yi-Feng Sun, Attending

Fellowship Program Information

Affiliation (Center Type): Orthopaedic and Sports Medicine Center,Beijing Tsinghua Changgung Hospital,School of Clinical Medicine ,Tsinghua University (Teaching, Academic, University)
Fellowship Training Session or Other Educational Opportunity Length: 3 months
Can the Center customize educational opportunities for participants?: Yes
Fellows Accepted Per Year: 5
Faculty Participating in Fellowship Education: Jia-Kuo Yu, tenured Prof., Digital Knee Surgery, minimally invasive personalized total knee replacement with 3D-printed customized prostheses, clinical applications of AI-assisted diagnostic agents based on large artificial intelligence models, robotic-assisted double-bundle and universal reconstruction of anterior/posterior cruciate ligaments Lian-Xu Chen, Prof., Knee and Shoulder Arthroscopy and Arthroplasty Li-Gong Fu, HTO and Knee and Shoulder and Hip Arthroscopy and Arthroplasty
Recent activity of Teaching Center:

Financial Support and Expenses

Types of Financial Support Available: Public Internal Government
Other support that the Teaching Center can provide: On demand from program website Professional Congresses Medical Societies Direct Application Other
Estimate of Living Expenses (Housing and other major costs):

Anticipated Fellowship Participation in Surgical Cases

Area(s) of Specialty: Knee Arthroplasty Knee Arthroscopy
Role of the fellow with respect to Clinical, Surgical, Research, and other opportunities:
Types of Educational Opportunities:
Research projects, research facilities and resources, cadaver labs, publication opportunities, integration of the patient and public involvement, and the role of the fellow: 1. Research and development of stem cell drugs, tissue engineering scaffolds, tissue engineering cartilage, tissue engineered-meniscus, tissue engineered-ligaments and artificial ligaments, and tissue engineered-bone. Nanomaterials, functional small molecules, microenvironmental regulation, role of stem cells in tissue regeneration. Stem cells and regenerative medicine related molecular mechanisms, target molecules, bioinformatics analysis, multi-omics analysis, and single-cell sequencing research. 2. Research on molecular subtypes, susceptibility genes, molecular mechanisms and therapeutic target molecules, stem cell therapy and stem cell delivery system therapy of OA. 3. Studies on bionic anatomical reconstruction of anterior cruciate ligament (ACL) and posterior cruciate ligament (PCL), allogeneic and xenogenic tissue transplantation reconstruction, brain regions activation related to cruciate ligament injury or/and reconstruction and return-to-sport after cruciate ligament injury or/and reconstruction, susceptibility genes and genetic diagnosis for cruciate ligament rupture. 4. Research on repair and reconstruction of knee meniscus injury or/and surgery, total or partial meniscus transplantation of allogeneic and xenogeneic meniscus grafts, meniscus regeneration related to meniscus injury, and knee joint degeneration related to meniscus injury. 5. Research on allogeneic and xenogeneic osteochondral transplantation reconstruction for knee osteochondral defects, intraoperative real-time patient-to-patient osteochondral transplantation reconstruction, autologous stem cell transplantation for articular cartilage repair, and intraoperative in situ 3D bioprinting for repair and reconstruction of cartilage injury. 6. Clinical threshold studies for surgical indications of patellofemoral joint disorders, innovative surgical procedures researches, research on pedigree with patellar femoral disorder, study on susceptibility genes and its genetic diagnosis. 7. Artificial intelligence-assisted diagnosis and treatment for bone and joint injuries, preoperative planning, surgical navigation, surgical robots, intraoperative and postoperative intelligent evaluation, and remote intelligent rehabilitation research. 8. Research and clinical application of personalized diagnosis and treatment technology, personalized surgical technology, intraoperative personalized medical devices and related medical equipment for bone and joint injuries.
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