Post by sAa on Oct 21, 2023 7:52:49 GMT 2
Helps form new bone tissue. A team of scientists led by candidate of technical sciences Yevgeny Borbasov has developed a technology for manufacturing such implants and applying a composite coating based on fluorocarbon plastics with piezoelectric properties. The latter are close in composition and physical properties to real bone tissue, which makes them useful for treating osteoporosis in children. Orthopedic disorders caused by hereditary pathologies.
Researcher at the Plasma Hybrid Systems Laboratory: marrow stem cells, which are able to divide moible number data into different cell types, to retrain to form bone material. As a result, new bone tissue begins to grow densely around the implant. After the regeneration process has successfully completed, the spokes will be removed. Implants with various bioactive coatings have been introduced into medical practice.
The staff of the renowned Orthopedic Center (Kurgan) specializes in the correction of congenital body deformities and has treated several patients. An innovative medical product developed by Tomsk scientists helped reduce the lengthening of limbs by almost half. Another successful application of the technology is veterinary medicine, and more specifically, the repair of animal limbs. Another work in the field of coating modification is the synthesis of titania nanotubes on the surface of titanium implants.
Researcher at the Plasma Hybrid Systems Laboratory: marrow stem cells, which are able to divide moible number data into different cell types, to retrain to form bone material. As a result, new bone tissue begins to grow densely around the implant. After the regeneration process has successfully completed, the spokes will be removed. Implants with various bioactive coatings have been introduced into medical practice.
The staff of the renowned Orthopedic Center (Kurgan) specializes in the correction of congenital body deformities and has treated several patients. An innovative medical product developed by Tomsk scientists helped reduce the lengthening of limbs by almost half. Another successful application of the technology is veterinary medicine, and more specifically, the repair of animal limbs. Another work in the field of coating modification is the synthesis of titania nanotubes on the surface of titanium implants.