How we improve resin plugging ability is one important influence factor.
The anti-inflammatory activity has been attribute to the resin's ability in regulating immune cytokines production [ 4] and leukocyte infiltration [ 5, 6].
In our previous work, we found that urea formaldehyde resin had good ability to produce carbon material with high CO2 capture capacity [23].
Treatment of 0.1% taurocholate with cholestyramine resin decreased its ability to germinate spores about 200-fold (Fig. 3).
The process of sorption through synthetic sorbent has got much application because the synthetic resins have regeneration ability and are also thermally/chemically stable.
For the internal tag we decided upon StrepTag II [ 27] because of its highly specific interaction with Strep-Tactin resins and the ability to subsequently elute bound protein(s) under gentle conditions.
The phenolic resin improved its adhesive ability when the samples were heated for 72 h at 95 °C.
Although, wheat straw boards made with tannin-modified PF resins had slightly poorer mechanical properties compared to the boards made with pure PF, the T10% PF resin showed higher bond ability than other modified PF resins.
A great deal of research was performed on the modification of polyimide backbone structures to improve polyimide resin's melt flow ability while concurrently retaining the thermal stability and mechanical properties at elevated temperatures.
Treatment of these extracts with cholestyramine, a bile salt binding resin, severely decreased the ability of the extracts to stimulate colony formation from spores.
