Thegreencell, scientific research and sustainable medicine

Using the most advanced molecular technologies thegreencell scientific research is growing sustainable medicine by combining the human body’s own healing power with nature’s evolutionary innovations.

Proteins are the building blocks of our bodies: they do everything from allowing us to see, protect us from the elements and fighting disease. Certain proteins that are naturally produced by our bodies, such as insulin, interferon, and human growth hormone, are being used therapeutically for the treatment of chronic diseases such as diabetes, hepatitis, multiple sclerosis, and certain types of cancer. Our DNA holds the "blueprint" or "recipe" for the production of all of our proteins — and by selecting a specific gene we can produce almost any protein in the laboratory.

Thegreencell protein production approach presents a breakthrough in biotechnology, allowing us to tap into our plant’s unique production and storage capacity to manufacture therapeutic proteins safely, inexpensively and reliably.

Currently, the most common method of production for large volumes of therapeutic proteins utilizes the genetic manipulation of animal cells, such as hamster ovary cells. The gene of interest is inserted into the DNA of the cells and they are put in a bioreactor where they begin to produce the protein. Finally, the protein has to be extracted from the cells and purified from the milieu of cellular proteins through complex and costly chemical processes.

Plant-based technologies have many advantages over animal-based production:

• Reduced cost/time;
• Easier extraction of the protein;
• Reduced health risks from pathogen contamination, a possibility with animal-based methods;
• Scalability: easy and rapid reproduction without highly sophisticated technical requirements (suitable for niche products as well as large volume products);
• Potential for inexpensive production of these medicines in developing countries, where current cost is prohibitive.

In addition, the native components of the gel make aloe an excellent delivery vehicle, particularly for topical applications as they are readily absorbed through the skin. Beyond facilitating delivery, the natural healing and soothing capabilities of the aloe gel can also complement the therapeutic effect of the target protein and/or counteract its negative side effects. Aloe gel can also be ingested orally and injected into the bloodstream, so the system is versatile enough to accommodate other types of conditions and treatments.