This proposal may sound controversial since the previous studies seem to suggest that OA is inversely related to OP and that OA is associated with increased bone mineral density [ 10, 11].
More recent studies showed that OA promoted phase separation in SC lipids 29 while molecular dynamic simulations suggested that OA reduced SC lipid bilayer density and thickness 30.
These findings indicate that OA synovium plays an important role in the pathogenesis of OA.
These findings suggest that OA synoviocytes and subchondral bone cells may be involved in the disease process of OA.
These FTIR results confirmed that OA was successfully capped on the surface of CdS QDs.
The results showed that OA enhanced the growth inhibition of algal cells caused by TiO2 NPs.
Also, they observed that OA meniscal cells produced more calcium deposits than normal meniscal cells in vitro.
It is now well recognized that OA develops in the highly metabolic and inflammatory environment of adiposity.
The results demonstrated that OA significantly reduced the thermal pain threshold from day 10 until the end of experiment.
The evidence suggests that OA improves hepatic insulin resistance through inhibition of mitochondrial ROS, hypolipidemic and anti-inflammatory effects.
The problem is that OA publishers have to find another way, apart from subscriptions, to finance their work.
