The GRADE approach [ 21], which acknowledges the influence of a range of factors on the formulation of recommendations, was used to describe the strength [ 28, 29] and quality of the evidence base [ 29] for each recommendation.
The effect of formulation factors (concentration of HPMC and PN F127) on responses such as cumulative percentage release (CPR) of MS, bioadhesive force (BF) and viscosity was measured statistically.
The physical stability of Telmiduo® was greater than that of Twynsta® owing to the improvement of formulation factors.
Thus URT enabled direct and convenient analysis of the physical properties as well as influence of formulation factors of nano-emulsions which is an important indication of stability of these nano-emulsions.
The influence of formulation factors on the vesicles' physical-chemical properties, drug entrapment efficiency, in vitro release and ex-vivo skin permeation were investigated.
This study was performed to optimize the formulation of polymer lipid hybrid nanoparticles (PLN) for the delivery of an ionic water-soluble drug, verapamil hydrochloride (VRP) and to investigate the roles of formulation factors.
The effect of formulation factors such as type of phospholipid, cholesterol content, incorporation of positively charging inducing agents and ultrasonication on the properties of the liposomal vesicles was studied.
This work was therefore intended to investigate the effect of formulation factors, e.g., particle size and enzyme loading level, on the H2O2 generation kinetics and bioactivity of GOX-MS.
The effect of formulation factors such as particle size (90, 127, 263 μm), amount of particles per 10 ml (0.25, 0.50, 1.00 g) and viscosity of the vehicle (0.08, 0.43, 2.80 Pas) were investigated.
The mobility reduction factor of three formulations was performed with CO2 by using Berea sandstone cores at 96 °C and 1400 psi.
