QUANTUM WATER
Nanotechnology has been increasingly gaining importance in pharmaceutical and medical fields in addition to its valuable contributions to other scientific fields in the last decades. It is very interesting that when any nanomaterial is formulated with drug molecules, the drug represents more permeability or higher penetration ability through the membranes than its ordinary form. These gained properties have been always attributed to the nanoparticles or nano delivery systems but recent findings and some new interpretations showed that the alteration of water properties with these kinds of nanomaterials containing drug formulations have also a big impact on the dissolution and permeability.
QUANTUM WATER
Nanotechnology has been increasingly gaining importance in pharmaceutical and medical fields in addition to its valuable contributions to other scientific fields in the last decades. It is very interesting that when any nanomaterial is formulated with drug molecules, the drug represents more permeability or higher penetration ability through the membranes than its ordinary form. These gained properties have been always attributed to the nanoparticles or nano delivery systems but recent findings and some new interpretations showed that the alteration of water properties with these kinds of nanomaterials containing drug formulations have also a big impact on the dissolution and permeability.