The formulation was achieved based on the desirability tool, and the obtained NPs-CLZ formulation was characterized regarding morphology, physicochemical properties, in vitro release and cellular studies.
An IgG-specific camelid antibody matrix (BAC, Naarden, The Netherlands), developed from an immune phage display library, was characterized regarding engineering properties including mass transfer characteristics.
The scaffold was characterized regarding aspect and surface morphology, absorption and stability in culture medium, thickness, porosity, thermogravimetric behavior, X-ray diffraction, mechanical properties and indirect cytocompatibility.
A heterogeneously catalyzed gas phase reaction process was characterized regarding temperature and concentration profiles by means of three dimensional (3D) 1H magnetic resonance spectroscopic imaging (MRSI), using the exothermal ethylene hydrogenation as an example.
The countercurrent flow pattern of the liquid phases was characterized regarding the Sauter mean drop diameter and drop size distribution; a photographic method was used to assess drop sizes.
The gel was characterized regarding its uptake kinetics, the anion and cation capacities, and the effects of pH, ionic strength, and aging on the performance of the HR-MBG.
HVSFS coatings were characterized regarding their phase composition and microstructure.
The nanoparticulate systems were characterized regarding particle size distribution and zeta potential.
In this report the CuInS2 films are characterized regarding structure, bulk and surface composition.
The resulting microspheres were characterized regarding their physicochemical properties, drug content and in vitro drug release.
Combinatorial thin film and bulk samples were characterized regarding their structure, texture and Young's modulus.
