[nanoPost] Water-based materials using Nanotechnology

The company develop and commercialize novel water-based materials using Nanotechnology for the biotechnology, pharmaceutical and chemical industries as well as additional industries.

The company has developed a patented Nanotechnology to modify the properties of water using nanometer (one billionth of a meter) size particles (nanoparticles) that enables the first ever introduction of water-based biomaterials.

The company has spent over seven years developing and optimizing its first line of products. The company has recently started commercialization of its first line of  products targeting the molecular diagnostics and research market within the Life Sciences industry.

The company is also offering a new solubilization service for Pharma and Biotech companies to enhance bioavailability and solubility of existing and new drugs.

Core technology

The product is an enabling technology that is based on breakthrough water-based nanotechnology. Unlike traditional, dry nanotechnology, which focuses on a nanoparticle end product, the product builds upon the unique properties of nanoparticles to modify the physical properties of water molecules around them.

Each nanoparticle within the product with its huge surface, creates an effect known as the "surface effect," and in turn organizes the water molecules surrounding it. This is similar to the surface effect of organelles within living cells. Both the organelles and the nanoparticles use this unique mechanism to create intracellular water. While the former is within cells and organs and cannot be harnessed nor used in a lab bench, the latter one, which is branded as the product can.

This technology produces water whose physical properties mimic that of intracellular water using inorganic, insoluble crystals introduced in water in a patented process.the product  with its stable system of largely hydrated nano-particles, like non-ionic detergent derived micelles, reduces the entropy of aqueous solutions. In addition, by design, it exhibits both hydrophilic and hydrophobic properties.