As shown in Fig. 1 silymarin inhibits several of these steps at relatively low concentrations.
Hypertonic solutions composed of either non-permeating solute resulted in significant death at 37 °C, even at relatively low concentrations.
Sulfates are widely popular for this application because of its ability to kill bacteria and other disease-causing organisms at relatively low concentrations.
The results showed that, in general, these derivatives exhibit good anti-wear and friction-reducing properties at relatively low concentrations, under all considered test loads.
The results showed that, in general, these derivatives have good anti-wear and friction-reducing properties at relatively low concentrations under all of the test loads.
SDC-9™ biodegrades CT and CF, but it has been evaluated at relatively low concentrations, i.e., 2.3 mg/L CT and 3.2 mg/L CF (ESTCP 2005).
Along the same lines, Luther et al.[76] discuss the formation of aqueous zinc sulfide clusters that form at relatively low concentrations of metal and bisulfide.
As shown in Fig. 2F, SLY (P353L), cannot activate RhoA, but can activate Rac1 at relatively low concentrations (0.27 μg/mL).
Instead, HTCC inhibited the proliferation at the same concentrations but accelerated the proliferation of HPDLCs at relatively low concentrations (10, 3, 1.5, 1, and 0.3 μg/mL).
The ternary phase diagram shows that the miscibility of PPE polystyrene (PS) is retained upon the addition of epoxy at relatively low concentrations.
The tensile strength, stiffness and resistance to stress relaxation of the composites are significantly increased, even at relatively low concentrations of the rigid rod reinforcement.
