Sports medicine
ARTHROSCOPY
During arthroscopy, in the joint through a small (~ 5 mm) cut there is introduced a special instrument - an arthroscope, with which the joint can be viewed from the inside. Special instruments with which surgical procedures are carried out are introduced through the second cut of similar dimensions. Arthroscopy is divided into: shoulder, knee, hip, ankle, elbow and hand arthroscopy. ARTROPULSS provides all necessary medical equipment, tools and implants to perform the intended arthroscopic operations.
TREATMENT OF CARTILAGE DEFECT
The collagen matrix in the treatment of cartilage defect is an effective solution in cases of cartilage damage. The procedure can be performed in a minimally invasive or arthroscopic manner. The Type III natural collagen matrix, which promotes the cartilage recovery process, produces chondrogenesis with mesenchymal stem cells, is used for treatment. The method has been widely applied, recognised among many national experienced specialists, and clinically tested and proven in a number of studies.
INJECTIONS OF HYALURONIC ACID
Hyaluronic acid (HA) in a form of injection in the joints acts as:
- Joint surface lubricant
- Fills up microsurface defects
- Moistens cartilage
- Viscous barrier between synovia folds and joint surface
- Protects joint surfaces from mechanical wear
PRP
PRP (Platelet Rich Plasma) therapy uses plasma derived from the patient’s own blood and injects it into the painful joint. Plasma contains an increased number of platelets that release growth factors, thereby affecting tissues of the body locally and contributing to healing, recovery and recovery processes.
Clinical trials in recent years have confirmed the effectiveness of this method in practice and are therefore increasingly used in a wide variety of areas of medicine, such as microsurgery, orthopaedics, traumatology, gynaecology, urology, aesthetic medicine, etc.
BMC
BMC (Bone Marrow Cells) or the use of bone marrow cells in sports medicine, is gaining an increasing recognition in effective patient health recovery. It is a regenerative therapy at the level of cells and is performed surgically. Unlike the PRP, this procedure results in and uses not only growth factors found in platelet concentrations but also mesenchymal cells with high tissue recovery properties. Their use catalyses the biological recovery processes through the formation of the new tissue, which provides a faster and better recovery for the patient.
Primarily, this treatment is recommended in the treatment of fractures, pseudoarthrosis, avascular necrosis to promote biological osteointegration of bone graft, as well as in the treatment of intervertebral spine, and in the treatment of osteochondral lesions (performed subchondrally by injecting the acquired BMC).
ARTHROSCOPY
During arthroscopy, in the joint through a small (~ 5 mm) cut there is introduced a special instrument - an arthroscope, with which the joint can be viewed from the inside. Special instruments with which surgical procedures are carried out are introduced through the second cut of similar dimensions. Arthroscopy is divided into: shoulder, knee, hip, ankle, elbow and hand arthroscopy. ARTROPULSS provides all necessary medical equipment, tools and implants to perform the intended arthroscopic operations.
TREATMENT OF CARTILAGE DEFECT
The collagen matrix in the treatment of cartilage defect is an effective solution in cases of cartilage damage. The procedure can be performed in a minimally invasive or arthroscopic manner. The Type III natural collagen matrix, which promotes the cartilage recovery process, produces chondrogenesis with mesenchymal stem cells, is used for treatment. The method has been widely applied, recognised among many national experienced specialists, and clinically tested and proven in a number of studies.
INJECTIONS OF HYALURONIC ACID
Hyaluronic acid (HA) in a form of injection in the joints acts as:
- Joint surface lubricant
- Fills up microsurface defects
- Moistens cartilage
- Viscous barrier between synovia folds and joint surface
- Protects joint surfaces from mechanical wear
PRP
PRP (Platelet Rich Plasma) therapy uses plasma derived from the patient’s own blood and injects it into the painful joint. Plasma contains an increased number of platelets that release growth factors, thereby affecting tissues of the body locally and contributing to healing, recovery and recovery processes.
Clinical trials in recent years have confirmed the effectiveness of this method in practice and are therefore increasingly used in a wide variety of areas of medicine, such as microsurgery, orthopaedics, traumatology, gynaecology, urology, aesthetic medicine, etc.
BMC
BMC (Bone Marrow Cells) or the use of bone marrow cells in sports medicine, is gaining an increasing recognition in effective patient health recovery. It is a regenerative therapy at the level of cells and is performed surgically. Unlike the PRP, this procedure results in and uses not only growth factors found in platelet concentrations but also mesenchymal cells with high tissue recovery properties. Their use catalyses the biological recovery processes through the formation of the new tissue, which provides a faster and better recovery for the patient.
Primarily, this treatment is recommended in the treatment of fractures, pseudoarthrosis, avascular necrosis to promote biological osteointegration of bone graft, as well as in the treatment of intervertebral spine, and in the treatment of osteochondral lesions (performed subchondrally by injecting the acquired BMC).