The MBC was considered as the lowest concentration of the extract associated with no bacterial culture.
We have used the anterior cruciate ligament transection model of OA in ovariectomised rats to study the effects of BIS076, a new formulation of a natural porcine cartilage extract associated with hydroxyapatite (as a source of calcium) and vitamin D3.
We analyzed the effects of BIS076, a new formulation of a natural porcine cartilage extract associated with hydroxyapatite and vitamin D3 and found that important alterations in cartilage, synovial membrane and bone induced in Control rats were improved in animals treated with BIS076.
In this study, we used the ACLT model of OA in ovariectomised rats to study the effects of a new formulation (BIS076) of a natural porcine cartilage extract associated with hydroxyapatite (as a source of calcium) and vitamin D3 on articular degradation and bone changes.
The results of both assays indicated that the in vitro cell-mediated immune (CMI) responses to the Raji-cell extracts and NPC-biopsy extracts were associated with NPC.
Immunoprecipitation of the extracts with anti-Atx1 antibody followed by immunoblotting with anti U2AF65 antibody, or immunoprecipitation with anti-U2AF65 antibody and immunoblotting with anti-Atx1 antibody both indicated that endogenous Atx1 and U2AF65 from the extracts associate with each other (Figure 3C).
Affinity-purified Flag-Anp32e from HeLa extracts associates with H2A.Z and H2B but not with H3 and H4 histones.
This study confirmed that anticancer activity of curry leaf extracts is associated with amount of potent flavonoid compounds because the highest anticancer activity was observed from the optimized extract, which contained higher amounts of flavonoids than the unoptimized extracts.
A band at ~1730 cm−1 was reported in Thuja plicata Donn (western red cedar) heartwood extracts and associated with γ-lactones, which are present in some lignans (e.g. originating from internal esters of plicatic acid) (Johansson et al. [2000]).
The beneficial effect of Zn/Mn treatments and sea weed extracts was associated with increased superoxide dismutase activity in the root and leaf tissue, with key functions in antioxidative stress defense, depending on Zn, Mn, Cu, and Fe as enzymatic co-factors.
