By adding water carried by AC as a co-blowing agent, it was able to decrease the temperature in the center of the extruded foam, which successfully eliminated the bubble problem and achieved stable foam extrusion with good control of the foam density and cell morphology.
To support this view, we reported here that gossypol, a small molecule known for its ability to inhibit Mcl-1 expression, behaved similarly to quercetin; for example, at low concentration, it was able to decrease Mcl-1 expression without any effect on apoptosis (Supplementary Figure S4).
Interestingly, in 6-OHDA-lesioned eukinetic rats administration of LD failed to affect the cGMP levels in the ipsilateral CP and GP, whereas it was able to decrease those levels in the same regions on the non-lesioned contralateral side; on the contrary, LD lowered cGMP levels in both hemispheres in 6-OHDA-lesioned rats at the peak of LD-induced dyskinesia.
The results show that the effect of polyphosphoric acid addition at low temperature is strongly dependent on bitumen composition (i.e. wax and asphaltene content), nevertheless it seems that PPA is able to decrease the glass transition temperature (Tg) and to increase the stiffness, improving the low temperature performance of the modified materials.
It has been shown that IBP is able to decrease the surface roughness of diamond turned NiP surface to the ~ 30% of the initial surfaces after one step.
High frequency (around 10 Hz) rTMS stimulation can increase brain excitability, while low frequency rTMS (about 1 Hz) is able to decrease it [23, 24].
It has been speculated that Si is able to decrease the effect of sheath blight by motivating the defence mechanisms of the crops against pathogenesis, increase the amounts of phenolic components, and increase the activities of peroxidase, chitinases, polyphenoloxidase, β-1, 3-glucanases, and phenylalanine ammonia-lyase enzymes [ 12].
It is suggested that AvrA expression in the WT Salmonella is able to decrease the expression of inflammatory cytokine IL-6.
Micro-/nanostructurization of Ti surfaces can enhance osteointegration, and strontium (Sr) is able to decrease osteoresorption.
We investigated if supplementation of concentrated fruit and vegetables is able to decrease tHcy concentrations.
