On the contrary, univariate analysis demonstrated that actual flare of the disease, history of previous procedure, number of procedures performed on the same visit, body-side of the procedure, type of injection (intra vs extra-articular), aim of the procedure (therapeutic vs diagnostic procedure) were not significant factors for the occurrence of procedural pain.
Therefore, all the treatment methods of articular cartilage injuries aim to produce a repair tissue with acceptable structural and functional properties in the long term [ 5].
Lastly, the Cia5a gene itself has the potential to become a new target for therapies aimed at reducing articular damage via inhibition of Syk pathway genes, including processes downstream from Syk such as NFκB.
Particular emphasis is given to strategies that aim to regenerate articular cartilage.
The osteochondral autograft transfer (OATS) is based on transfering autologous whole tissue (bone and cartilage), using a single or multiple osteochondral autografts, for delivering genuine hyaline articular cartilage to the defect, aiming the immediate restoration of the joint surface (Krych et al. 2016).
Gout pharmacological treatment is aimed at relieving articular symptoms and reducing hyperuricemia [ 19, 20].
The management of articular cartilage injury in athletes aims to return players to competition and requires effective, durable joint surface restoration that resembles normal healing articular cartilage and can withstand the high joint stresses of football.
Management of articular cartilage injury in athletes aims to return the player to competition, and requires effective and durable joint surface restoration that resembles normal hyaline articular cartilage that can withstand the high joint stresses of football.
Following this reasoning, we performed a differential proteomic analysis in order to search for OA-related changes in human articular chondrocyte intracellular proteins, which aimed to unravel those molecular mechanisms that participate in OA pathogenesis [ 4].
The ease of isolation and expansion and the multipotential differentiation capacity, especially the chondrogenic differentiation property of MSCs, make MSCs the cell type of choice for articular cartilage tissue engineering that aims to replace and regenerate the diseased structure in joint diseases.
These tests would potentially enable investigators and industry to develop new technologies aimed at repairing articular cartilage, assist surgeons to select the appropriate procedure for any given patient, and post-operatively, allow an individualized determination of when it is safe for the patient to return to higher levels of activity.
