China People's Liberation Army No.451Hospital trains talents by "going out, please come in", which makes the orthopedics profession develop rapidly and has reached the domestic advanced level, and gradually formed the characteristics of hand surgery, microsurgery and burn plastic surgery, especially in the aspects of limb trauma repair function, reconstructed skin flap transplantation, replantation of severed limbs (fingers), finger reconstruction and scar plastic surgery.
The Trauma Microsurgery Center of No.451Hospital of China People's Liberation Army is the Trauma Microsurgery Center of Lanzhou Military Region and the An 120 Emergency Sub-station. It has world-class facilities, equipment and testing technology for medical imaging, blood, function, morphology and measurement, which provides the necessary conditions for a comprehensive, rapid, scientific and accurate physical examination. 45 1 The hospital microsurgery center has an excellent team of microsurgery experts and high-tech diagnosis and treatment equipment, which reflects the hospital's respect for people and awe of healthy life everywhere! We specialize in trauma orthopedics, orthopedics, sports medicine and orthopedic rehabilitation, and have a 100 vertical laminar flow operating room with the highest national purification standard. Large-scale basic detection and diagnosis equipment such as nuclear magnetic resonance, CT, color Doppler ultrasound, minimally invasive orthopedic equipment such as intervertebral foramen mirror spine system, arthroscope, rear mirror, radio frequency thermocoagulator, and specialized rehabilitation equipment such as floating therapeutic instrument, shock wave orthopedic therapeutic instrument and external high-frequency hyperthermia machine were introduced. Relying on the advanced technologies such as intervertebral foramen mirror, arthroscopy, high-energy microwave, laser and ablation, we will develop high-end minimally invasive techniques for treating spinal diseases (such as cervical spondylosis and lumbar spondylosis) and joint diseases (such as joints of limbs), and create minimally invasive techniques with little trauma, good effect and quick recovery, as well as special disease brands represented by femoral head necrosis, osteoarthritis, osteoporosis and ankylosing spondylitis. The hospital will form an orthopedic treatment model with minimally invasive surgery as the mainstay, open surgery as the supplement, minimally invasive combination of traditional Chinese and western medicine, and equal emphasis on intraosseous and extraosseous, leading a new era of orthopedics with minimally invasive and functional rehabilitation.
Based on the advanced bio-psychological-social medical model, physical therapy, exercise therapy, occupational therapy, acupuncture and massage therapy, speech behavior and psychotherapy are carried out, and professional rehabilitation techniques such as floating, extracorporeal high frequency and shock wave are used to carry out rehabilitation treatment projects for skeletal muscle diseases, nervous system diseases, orthopedic diseases and chronic pain diseases, so as to promote patients to recover their physical functions and improve their quality of life.
Limb trauma
() Repair of hand trauma, replantation of severed fingers and finger reconstruction.
() Fracture of limbs and fracture complications caused by various reasons, such as nonunion, osteomyelitis, bone defect, bone exposure, muscle inequality of limbs, tendon spasm and atrophy, etc.
() Trauma of skin and soft tissues, blood vessels, nerves, muscles and tendons of limbs.
Tissue defects include the repair and functional reconstruction of bone and soft tissue defects caused by trauma, inflammation and tumor radiotherapy.
Hand and upper limb diseases
() All kinds of hand injuries, limb hand deformities, and functional reconstruction of corrected hands.
() Correction and functional reconstruction of various congenital malformations or old traumatic malformations.
() Acute and chronic infection, pain, strain, tenosynovitis, finger snapping.
() hand tumor
Orthopedic and functional reconstruction of limb scar contracture deformity
Various myocutaneous flaps were used to repair the soft tissue and bone defects of limbs and rebuild their functions.
Peripheral neurosurgical diseases
() Brachial plexus injury, sciatic nerve injury and limb nerve injury
() Limb pain, paralysis, weakness and muscle atrophy (peripheral nerve compression)
Limb paralysis
() Functional reconstruction of paralyzed limbs
() Severe hand injury, finger joint reconstruction with composite tissue flap, and hand function reconstruction.
Comprehensive treatment of large-area severe burns, wound repair of deep burns in various parts, mixed transplantation of particulate autologous skin and large-area allogenic skin, treatment of large-area severe burns in children, treatment of large-area severe burns complicated with disseminated intravascular coagulation, and early enteral nutrition treatment of large-area severe burns. On the basis of detailed evaluation, the most suitable individualized treatment scheme is provided for patients, and the shape and function of patients' limbs are restored with exquisite microsurgical techniques.
The average educational level of medical staff in departments is relatively high. Solid basic theory, rich practical experience, strong clinical handling ability, good at orthopedics, hand surgery, microsurgery, burn plastic surgery, diagnosis and treatment of various common diseases, major trauma rescue and difficult diseases.
The department has a skilled nursing team, especially good at first aid and nursing of various high-risk patients. First, replantation of severed limbs and fingers
Second, finger defect reconstruction
Three, limb trauma fracture (application of new external fixation and internal fixation technology)
Fourth, wound defect repair: skin flap, myocutaneous flap, composite tissue flap and bone and joint transplantation.
Five, peripheral nerve injury (especially the microsurgical treatment of brachial plexus injury)
Microsurgical treatment of aseptic necrosis, osteomyelitis and nonunion
Microsurgical treatment of spastic cerebral palsy in children
Microsurgical treatment of vascular and tendon injuries
Nine, residual limb function reconstruction and deformity correction
X replantation and reconstruction of penis, ear, nose, etc.
Eleven, paraplegia, hemorrhoids treatment and urinary function reconstruction
Peripheral vascular surgery: treatment of vascular embolism, vascular injury, vascular defect and hemangioma (vascular transplantation and artificial vascular application)
Thirteen, minimally invasive surgery (micro repair of head and face trauma)
Fourteen, limb function rehabilitation
Fifteen, maxillofacial surgery plastic repair
Relaxation and correction of burn scar contracture of limbs and hands.
Seventeen, arthroscopy, laparoscopy
Eighteen, limb extension orthosis
Zhou China People's Liberation Army No.451 Hospital Director and Deputy Chief Physician of Traumatic Microsurgery.
He graduated from the Department of Clinical Medicine of the Second Military Medical University with a doctor's degree in clinical medicine. He is currently the director of trauma and microsurgery, a young member of the Orthopedic Society of Lanzhou Military Region, and a young reviewer of China Tissue Engineering Research magazine. During the clinical work of orthopedics in 14 years, the students of ao Ji's advanced training class studied in the leading orthopedic hospital in China under the guidance of Professor Ni Bin, a famous domestic spine expert. They are rigorous in their studies and advanced in their concepts. They have a comprehensive and profound understanding of spinal surgery and have mastered various methods and skills. Participated in spinal surgery 1000 cases, accumulated rich experience, deeply understood the occipital-cervical difficulties, and made innovations personally. The designed posterior atlantoaxial restricted non-fusion internal fixation device is the first in the world and has won the national patent. At the same time, he studied under Professor Wu Haishan, a famous expert in joint surgery in China, and has a complete theoretical system and rich clinical experience in the surgical treatment of hip and knee diseases. Being able to master arthroscopy and related analgesia skills is conducive to rapid postoperative recovery and shortening hospitalization time. Under the guidance of Professor Hou Chunlin, Chairman of the National Prosthetic and Reconstruction Surgery Department, and Professor Chen Aimin, Director of Traumatic Orthopedics Department of Changzheng Hospital, he mastered the latest concepts, techniques and surgical skills of orthopedics, especially the minimally invasive concepts and skills, namely LISS and MIPPO techniques.
He has published 47 Chinese papers and English SCI papers 1 1, including 3 first authors, published in Spine, Eur Spine J and other magazines, and won 3 national patents, including 1 for invention and 2 for utility model. Participated in many national, provincial and ministerial scientific research projects, and exchanged many papers at domestic orthopedic conferences.