Additionally, a popular method used for polymeric nanoparticles preparation is solvent displacement, also referred to as nanoprecipitation [24].
Although several methods are available for polymeric nanoparticle preparation, there are few single-stage processes that produce dry, solid nanoparticles that can be easily re-dispersed in pharmaceutical vehicles.
This paper reviews the fabrication aspects of carbon membranes, which can be divided into six steps: precursor selection, polymeric membrane preparation, pretreatment of the precursor, pyrolysis process, post-treatment of pyrolyzed membranes and module construction.
Nanoprecipitation technique also called solvent displacement or interfacial deposition is the most applicable method for polymeric nanocapsules preparation.
To improve the solubility of micellar DXR, a new polymeric micellar preparation, NK911, containing only DXR monomers was created (Nakanishi et al, 2001).
The approach builds methodology basis for research of similar macromolecular systems including alike polymeric platforms for preparations of broad biomedical applications.
In this study, biotinylated N-palmitoyl chitosan has been prepared and investigated as suitable polymeric derivative for preparation of docetaxel self-assembled nanocarriers with applications in breast cancer treatment.
The research is focused on three aspects of the process: (a) MPPM synthesis (monolithic, bead, and powder forms), (b) microporous polymeric biocatalyst (MPPB) preparation by immobilization of lipase onto MPPM, and (c) biodiesel production by MPPB.
Materials for the polymeric nanocarrier (OM2000) preparation including oleoyl chloride and methoxy polyethylene glycol 2000 (mPEG 2000) were got from Sigma-Aldrich Co. (St . Louis MO, USA).
The overall synthesis process consists of the following steps: (a) the preparation of polymeric monoliths by co-polymerization of resorcinol and formaldehyde with a polyamine (tetraethylenepentamine), (b) doping the polymer with a metallic salt of Fe, Ni or Co, (c) carbonization and (d) the removal of inorganic nanoparticles.
