Zhengzhou Hospital of Traditional Chinese Medicine and Orthopaedic Diseases has nuclear magnetic *** vibration, Japan's Shimadzu 500 mA (DR) X-ray machine, Philips CT, Philips Multi-dimensional ultrasound, France dual-energy X-ray bone density detector, Japan's fully automated biochemical analyzers, and other large-scale examination equipment, and the trans-air conductive leveling therapy instrument, shock wave therapy instrument, bone trauma treatment instrument, far infrared therapy instrument, such as orthopaedic large-scale treatment equipment, more than 200 sets; respectively, invested in the construction of 100-level purified operating room and modern sterilization supply room. More than 200 sets of large orthopedic treatment equipment, such as the bone trauma treatment instrument, far-infrared ray treatment instrument, etc.; respectively invested in the construction of the 100-level purification operating room and modern sterilization supply room.
Arthroscopic surgery is a kind of minimally invasive technology that enters into the joints percutaneously through a few millimeters-diameter optic, observes the lesions directly under the monitor, and treats the lesions with small instruments, which has the superiority of checking and treating at the same time. Compared with traditional open joint surgery, it has the advantages of less injury, less bleeding, fewer complications or sequelae, and quicker recovery after surgery. It mainly treats bone spur of knee joint, osteophyte, arthritis, free body, ligament injury and so on.
Our Orthopaedic Department has introduced a full set of U.S. Schlafly arthroscopic system and has skilled and experienced chief surgeons and deputy chief surgeons. It has completed more than one thousand cases of arthroscopic surgery, among which the technical items such as arthroscopic ligament reconstruction, arthroscopic meniscus surgery, shoulder arthroscopic surgery and so on have reached the level of the national tertiary orthopaedic hospital.
Philips 16-row CT is an internationally recognized company produced by Philips, is currently the main model of major hospitals, with fast scanning speed (sub-second scanning, sub-millimeter scanning), the unit of time can be scanned in 16-layer cross-section; scanning range is large, the level of the thinnest for the 0.75mm, with very high density, spatial and temporal resolution, the human body damage is small, there is a independent Powerful post-processing workstation, can be reconstructed at any angle, can carry out cardiac coronary angiography scanning, stereoscopic reconstruction, perfusion scanning and other suitable for the whole body parts of the examination. 1, 16-row CT scanning is thinner, able to carry out sub-millimeter scanning to achieve isotropic effect, basically meet the requirements of the scanning of various parts of the human body, can better display small foci, suitable for the elderly and infirm and children for examination. 2, faster scanning time, can reach the whole body scanning time of 0.4 seconds, sub-seconds, sub-milliseconds, so that the cardiac application is more rapid and extensive. 3, 16-row CT main problem solving: show the skull bone microstructure and cranial bone lesions, show the cranial bone calcification and secondary changes, cerebral angiography and enhancement of the image; multi-row CT angiography to achieve the best CTA can all show cerebral vascular lesions; multi-row CT is the preferred method of examination of the trachea bronchus to determine the presence of extracavitary lesions, and at the same time be able to show the distal end of the airway obstruction; multi-row CT can better visualize subtle lesions in the temporal ear. Philips 16-row CT advantages: 16-row spiral CT machine feasible 3D volumetric reconstruction software: with direct 3D technology; 3D presentation modes: bone, surface, soft tissue, blood vessels, maximum and minimum density projection, surface 3D reconstruction, transparent technology, simulated scalpel, integral reconstruction, plus pseudo-color and a variety of light sources; 3D operation: joints separation, dynamic domain value, surface and volumetric analysis; 3D advanced image processing 3D image processing: image iteration, silhouettes, surface fusion, 3D image rotation in any direction and viewing, etc.
Japanese digital X-ray inspection technology DR system with high definition, high contrast, instantaneous exposure, reduce the patient's radiation exposure, etc., can be controlled in the dynamic range with energy subtraction, the implementation of the image of the high contrast, especially for the lungs and heart disease and clinical a variety of bone disease, trauma fracture, head of the local, urinary, skeletal and other systemic diseases is very widely used.
Nuclear magnetic **** vibration (MRI) imaging is the use of atomic nuclei in the magnetic field **** vibration of the signal generated by the image reconstruction of an imaging technology. It has no radiation damage; clear image, high tissue contrast, and clear display of soft tissues and fluid accumulation in joints; multi-parameter, multi-sequence, and arbitrary angle imaging; can eliminate bone artifact interference; and non-invasive observation of the heart and large blood vessel structure (MRA).
Adopting the perfect combination of dual-energy X-ray detection technology and CCD digital imaging, the device obtains high-definition test images and highly accurate bone density test results. The measuring instrument automatically scans and prints the measurement results. This measurement is safe, fast, accurate, and can be used to provide clinical treatment guidance for people of all ages, as well as to assess the risk of fracture, in line with the International Health Organization's gold standard for bone density.