Nanoparticles:
Because of our knowledge of the relationship between surface area and melting, it is normal to predict that ultrafine particles may increase the solubility of relatively insoluble compounds.
Although these molecules have been installed to avoid aggregation, agglomeration and maintain fluidity, it is possible to obtain a useful pharmaceutical product.
This concept has been found in nanotechnology proprietary recording technology, where it converts nanoparticles into nanometer-sized molecules with stabilizers.
It was originally developed for computer vein imaging, a promising technique for increasing the absorption of water-soluble compounds. The nanoscale system is a pure combination of nature, so it does not tend to damage the digestive tract mucosa. The nanoparticles are small enough to use our right theoretically without any pathogenic effects. It is likely to hear more about the new absorption enhancement technology.
Because of our knowledge of the relationship between surface area and melting, it is normal to predict that ultrafine particles may increase the solubility of relatively insoluble compounds.
Although these molecules have been installed to avoid aggregation, agglomeration and maintain fluidity, it is possible to obtain a useful pharmaceutical product.
This concept has been found in nanotechnology proprietary recording technology, where it converts nanoparticles into nanometer-sized molecules with stabilizers.
It was originally developed for computer vein imaging, a promising technique for increasing the absorption of water-soluble compounds. The nanoscale system is a pure combination of nature, so it does not tend to damage the digestive tract mucosa. The nanoparticles are small enough to use our right theoretically without any pathogenic effects. It is likely to hear more about the new absorption enhancement technology.