STEP 1: The Creation of a Cell-Friendly Osmotic Cleaning Film Based on Glycerol

The first step is the use of glycerol, a substance with ten times the osmotic power of sea water. Glycerol is excellent for attracting fluids and providing a favorable environment for cell growth and regeneration. It’s a cell protector, hydrating, non-irritant, and oxygen-permeable. However, the effectiveness of glycerol diminishes as it gets diluted quickly. Hence, the need for the next step.

STEP 2: The Development of Filmogenic Glycerol

VITROBIO addresses the dilution challenge by developing a filmogenic glycerol. This innovation involves the use of specific natural polymers capable of binding glycerol molecules to form a polymeric mesh-like structure. Out of several hundred polymers that were analyzed, less than 1% were found capable of creating this bond. This filmogenic glycerol can last for 4 to 6 hours while maintaining its osmotic power and all the beneficial properties of glycerol.

Targeting disease-specific proteins

Before delving into the third step, it’s crucial to understand the role proteins play in disease development and maintenance. Every disease process involves specific proteins, which can be anything from pro-inflammatory proteins (like cytokines and interleukins) to metalloproteinases, and more. 

To effectively treat a disease, one must not only identify these proteins but also target them. This is where VITROBIO’s unique approach comes in. By testing the polymers that have the potential to target these specific proteins, the company can create highly tailored treatments. While traditional drugs tend to be mono-targeted, focusing on a single protein, VITROBIO has the capability to be multi-targeted, simultaneously addressing several proteins. This results in a more comprehensive and effective treatment strategy.