CellQuest Philosophy
The separate aims of preserving the natural condition of products while providing sufficient concentration of active ingredients are at odds with one another. If the product is entirely natural, it may require unmanageable, excessive amounts to achieve full benefits, while the synthetically concentrated form will lack certain natural components necessary for optimal effect. How can such a “catch 22” situation be resolved?
The CellQuest approach is to achieve maximum concentration of required compounds through proprietary growth management and processing systems.
After decades of Western Medicine, whereby we treat disease with single molecules derived either synthetically or from naturally occurring sources, we have learned to our chagrin that the downside effects cannot be tolerated much longer. The short-term benefits of the single molecule approach to medication are rapidly eroding through adaptation of mutating pathogens and ever- increasing drug interactions. Furthermore, situations associated with prescription drugs are the third leading cause of death in the United States. The scientific realization that single molecules might be disruptive in a natural system of interdependent multi-component chemistry, is gaining momentum among conscientious researchers. Additionally, the healthy functioning of organs such as the liver and kidneys may depend upon encountering molecular concentrations of digestible substances within adaptable limits. It may well be that organ stress relates to the susceptibility of disease.
The future of safe and reliable medicines will depend upon a scientific reversal to past botanical therapies. Regulatory resistance to the clinical testing of multi-component candidate drugs as distinct from single molecule drugs is loosening up. The term “drug” is a confusing and complex one, since it refers to all substances used or intended for use in the treatment of disease. Should someone claim that “cherries” cure rheumatoid arthritis and sell them for that purpose, then those cherries are categorized as “illegal drugs” until such time as the FDA approves their use in that regard. Ironically, illegal drugs include all unapproved substances from soup to nuts, where the provider claims to treat any disease by that means. Strangely, our hypothetical “cherries” would be classified alongside cocaine and heroin in the illegal category and subject to criminal prosecution.
Our internal organs are designed for or have adapted to the processing of food and oxygen. Synthetic medicines enter our bodies in the guise of food. Any deviation from the form or substance of natural food might be expected to cause some degree of stress in the organs involved. Logically, it can be assumed that the more a specific medication resembles normal food, the more efficient should be it's processing. Should the single molecules encountered in synthetic and natural source derived drugs be found in whole foods alongside many other multi-components, then the resulting bio-processing might be more efficient and less stressful.
CellQuest is leading the necessary transition from single molecule medicines to the many advantages of the multi-component system, based upon totally natural substances. The Musa plants cultivated in the Dominican Republic by CellQuest Inc. are ideal for this purpose and are organically farmed using natural elicitors and bio-botanical techniques to ensure consistent phytochemical composition in the end product. The proprietary process involves the minimization of diurnal circadian variations in plant chemistry. The transition to botanical therapies will be the way of the future and key to safe and efficacious health products. Western Medicine objections to the dedicated use of plants and herbs, related to significant variations in plant composition and consistency will be overcome by diligent scientific efforts.
