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Neprinol, AFD

Arthur Andrew Medical 8350 E Raintree Dr Suite 101
Scottsdale, AZ 85260
Phone:  1-800-448-5015
Fax:  480-682-9111
E-mail:  sales@arthurandrew.com
URL:  www.arthurandrew.com

Neprinol, AFD

Neprinol supports healthy circulatory and immune function

Systemic enzymes like those in Neprinol are similar to digestive enzymes, but are primarily used throughout the bloodstream rather than the gastrointestinal tract. These enzymes support healthy levels of Endogenous Blood Particles or EBP’s. EBP’s can be decayed cells, fibrin, fatty proteins, yeast and other unwanted materials that normally accumulate in the blood. Systemic enzymes essentially purify the blood of these EBP’s, supporting healthy liver function and maintaining healthy inflammatory levels. Sustaining a healthy level of EBP’s is also beneficial for maintaining optimal immune and circulatory function. Efficacy is of utmost importance to doctors and patients alike. Neprinol addresses this concern with a proven potency that is even utilized by healthcare professionals. Neprinol’s enzymes are remarkably different from typical animal and vegetarian enzymes. They are sourced from a combination of vegetarian and selectively potent microbial strains. Although these ingredients are extremely potent, they are well tolerated in the body. Neprinol can be recommended for both clinical use and therapeutic applications.
Recent medical breakthroughs have led to the application of systemic enzymes for the digestion of debris from the cardiovascular system. This provides for a reduced level of EBP’s, which can support healthy inflammatory responses and their relation to joint discomfort and stiffness. Healthy, reduced-EBP blood sustains relatively normal blood clotting factors as well. Enzymes support a healthy immune system to repair damaged tissue, and even more remarkably, they require smaller doses over time to maintain their efficacy.

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Keywords:  blood clots   C-Reactive Protein   CRP   enzymes   heart disease   inflammation   metabolic enzymes   pain   systemic enzymes  
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