The most amazing feat in surgery is the successful replantation of fingers, hands, arms or feet that have been severed by machines in an accident or severed in a traffic accident. Reconnecting a severed limb and making it functional again requires stitching together blood vessels, nerves, and skin and bones.
The Trauma Microsurgery Department of the 451st Hospital of the Chinese People's Liberation Army adopts the method of going out and inviting in talents to cultivate talents, which has led to the rapid development of the orthopedics specialty and has now reached the domestic advanced level, and has gradually formed a specialization in hand surgery, microsurgery, etc. It is characterized by surgery and burns and plastic surgery, especially in the areas of limb trauma repair function, reconstructive flap transplantation, replantation of amputated limbs (digits), finger reconstruction, scar plastic surgery, etc. It is a comprehensive development of medicine, teaching and research. department.
The Trauma Microsurgery Center of the 451st Hospital of the Chinese People's Liberation Army is the Trauma Microsurgery Center of the Lanzhou Military Region and the Xi'an 120 Emergency Substation. It has world-class medical imaging, blood, function, morphology, measurement and testing facilities, equipment and testing technology, providing the necessary conditions for a comprehensive, fast, scientific and accurate physical examination. With a fully excellent microsurgery expert team and high-tech diagnosis and treatment Equipment, the Microsurgery Center of 451 Hospital reflects the hospital's respect for people and reverence for healthy life! It carries out specialties such as trauma orthopedics, orthopedics, sports medicine and orthopedic rehabilitation. It has a 100-level vertical laminar flow operating room with the highest national purification standards. It has introduced large-scale basic testing and diagnostic equipment such as MRI, CT, color ultrasound, and transforaminal spinal microscopy. Orthopedic minimally invasive equipment such as invasive systems, arthroscopes, posterior scopes, and radiofrequency thermal coagulators, as well as specialized rehabilitation equipment such as floating therapy devices, shock wave orthopedic treatment machines, and extracorporeal high-frequency thermal therapy machines, rely on intervertebral foraminal mirrors, arthroscopes, Advanced technologies such as high-energy microwaves, lasers and ablation are used to treat spinal diseases (such as cervical spondylosis, lumbar spondylosis) and joint diseases (such as limb joints) with high-end minimally invasive technology, creating a minimally invasive approach with "less trauma, better results, and faster recovery" Technical features, as well as specialty disease brands represented by femoral head necrosis, osteoarthritis, osteoporosis, and ankylosing spondylitis. The hospital will form an orthopedic treatment model that focuses on minimally invasive surgery, supplemented by open surgery, combines minimally invasive Western medicine with traditional Chinese medicine, and pays equal attention to intraosseous and extraosseous surgery, leading a new orthopedic era of minimally invasive and functional rehabilitation.
Based on the advanced bio-psycho-social medical model, we carry out physical therapy, exercise therapy, occupational therapy, acupuncture and massage therapy, verbal behavior and psychological therapy, using flotation, extracorporeal high frequency, shock waves, etc. Professional rehabilitation technology carries out rehabilitation treatment projects for musculoskeletal diseases, neurological diseases, orthopedic diseases, chronic pain diseases and other diseases to promote patients to restore their body functions and improve their quality of life.
Limb trauma
() Hand trauma repair, broken finger replantation, finger reconstruction.
() Limb fractures and fractures caused by various reasons Complications, such as nonunion malunion, osteomyelitis, bone defects, bone exposure, unequal length of muscles in limbs, tendon spasm and atrophy, etc.
() Trauma to limbs, skin, soft tissue, blood vessels, nerves, muscles, and tendons
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Tissue defects include repair and functional reconstruction of bone and soft tissue defects caused by trauma, inflammation, tumor, radiotherapy and other reasons
Hand and upper limb diseases
() Various Hand injuries, limb and hand deformities, correction and reconstruction of hand functions.
() Correction and functional reconstruction of various congenital deformities or old traumatic deformities.
() Acute and chronic infection pain Strain tenosynovitis and snapping fingers.
() Hand tumors
Orthopedics and functional reconstruction of limb scar contracture deformity
Repair using various muscle (bone) skin flaps Soft tissue and bone defects in the limbs and functional reconstruction
Peripheral neurosurgery diseases
() Brachial plexus injury, sciatic nerve and limb nerve injury
() Limb pain and paralysis Asthenic muscle atrophy (peripheral nerve entrapment disease)
Limb paralysis
()Functional reconstruction of paralyzed limbs
()Severe damage to the hand, using composite Tissue flaps are used for finger reconstruction arthroplasty to reconstruct hand function.
Comprehensive treatment of large-area severe burns, repair of deep burn wounds in various parts, mixed transplantation of micro-particle autologous skin and large allogeneic skin, pediatric surgery Treatment of severe burns. Treatment of combined severe burns, disseminated intravascular coagulation, and early enteral nutrition treatment of severe burns. We provide patients with the most appropriate individualized treatment plan based on detailed assessment. With superb Relying on microsurgery technology, we strive to restore the appearance and function of the patient's limbs.
The average academic level of the medical staff in the department is high. He has solid basic theory, rich practical work experience and strong clinical processing ability. He is good at orthopedics, hand surgery, microsurgery, burns and plastic surgery, various common diseases, major trauma rescue and diagnosis and treatment of difficult diseases.
The department has a highly skilled nursing team, which is particularly good at first aid and the care of various high-risk patients. 1. Replantation of amputated limbs and fingers
2. Reconstruction of finger defects
3. Traumatic fractures of limbs (application of new external fixation brackets and internal fixation technology)
< p>4. Wound defect repair: skin flaps, myocutaneous flaps, composite tissue flaps and bone and joint transplants5. Peripheral nerve injuries (especially microsurgical treatment of brachial plexus injuries)
6. Microsurgical treatment of bone aseptic necrosis, osteomyelitis, and nonunion
7. Microsurgical treatment of spastic cerebral palsy in children
8. Microsurgical treatment of blood vessel and tendon injuries
9. Functional reconstruction and deformity correction of residual limbs
10. Replantation and reconstruction of penis, ear, nose, etc.
11 , paraplegia, hemorrhoid treatment and urinary function reconstruction
12. Peripheral vascular surgery: treatment of vascular embolism, vascular injury, vascular defect, and hemangioma (vascular transplantation and artificial blood vessel application)
13. Minimally invasive and traceless surgery (microscopic repair of head and face trauma)
14. Functional rehabilitation of limbs
15. Maxillofacial plastic surgery and repair
16. Relaxation and correction of burn scar contracture on limbs and hands
17. Arthroscopy and laparoscopy
18. Limb lengthening and correction
Zhou Fengjin, director of trauma microsurgery and deputy chief physician of the 451st Hospital of the Chinese People's Liberation Army
Graduated from the Department of Clinical Medicine, Second Military Medical University, with a doctorate in clinical medicine, and is currently the director of trauma and microsurgery , young committee member of the Orthopedic Society of Lanzhou Military Region, and young reviewer of the magazine "Chinese Tissue Engineering Research". A student of the International and Domestic Fixation Association (AO) Spine Advanced Training Course has been engaged in orthopedic clinical work for 14 years. He studied for a master's degree at the Orthopedic Hospital of Shanghai Changzheng Hospital, a leading domestic hospital. During his doctoral studies, he studied under Professor Ni Bin, a well-known domestic spine expert. He has rigorous scholarship and advanced concepts. , has a comprehensive and profound understanding of spinal surgery, and has mastered a variety of methods and techniques.
Participated in more than 1,000 cases of spinal surgeries and accumulated rich experience. He has a profound understanding of the more difficult occipital and cervical areas and has personally innovated. The posterior atlantoaxial restricted non-fusion internal fixation device he designed is the first in the world and has won the national patent. patent. At the same time, he studied under the guidance of Professor Wu Haishan from the Orthopedics Department of Changzheng Hospital, a well-known expert in joint surgery in China. He has a complete theoretical system and rich clinical experience in the surgical treatment of hip and knee joint diseases. Being able to master arthroscopic techniques proficiently and mastering relevant analgesic techniques will facilitate rapid postoperative recovery and shorten hospitalization time. Under the tutelage of Professor Hou Chunlin, Chairman of the National Professional Reconstructive Surgery Department and an expert in orthopedic trauma at Changzheng Hospital, and Professor Chen Aimin, Director of Orthopedic Trauma at Changzheng Hospital, I have mastered the latest concepts, technologies and surgical techniques of orthopedics, especially minimally invasive concepts and techniques, namely LISS and MIPPO technology.
Has published 47 Chinese papers and 11 English SCI numerical papers, including 3 first authors, published in Spine, Eur Spine J, the most authoritative international magazines in this field, and won the national He has 3 patents, including 1 invention patent and 2 utility model patents. He has participated in a number of national, provincial and ministerial level research projects. Many papers have been exchanged at domestic orthopedic conferences, and he won the outstanding academic paper at the 2012 Lanzhou Military Region Orthopedics Annual Conference.