Serving Size: 1 mL (one full dropper) Servings Per Container: 60 Active Ingredients Proprietary Concentrated Botanical Tincture Blend: 1 mL ** Fenugreek (seed) (Trigonella foenum-graecum) Graviola (fruit) (Annona muricata) Jatoba (Hymenaea courbaril) Lapacho/pau d'arco (bark) (Tabebuia impetiginosa) Splianthes (leaf) (Spilanthes oleracea) Usnea (lichen) (Usnea barbata) ** Percent Daily Value (DV) not established Other Ingredients BioPhotonic Signaling Matrix Base: Naturally occurring blend of Pure Himalayan Shilajit Extract 8-10:1, Humic & Fulvic acids, Spirulina, 72 ionic & electrolytic trace minerals (magnesium, boron, potassium, sodium, chloride, sulfate, lithium, etc.), plant DNA vestiges, dibenzo-alpha-pyrone-chromoproteins, peptides, nucleic acids, amino acids, steam distilled water, organic cane alcohol 20%, vegetable glycerin. Usage Direction One full dropper 2x daily in warm water or as directed by a health care practitioner. Squeeze dropper a few times before dispensing. Shake well before use. Lapacho Intrinsic may help to modulate, fortify, and rebuild the immune system by aiding the function of the spleen and lymphatic drainage.* Most of the spleen's functions are related to the immune system or the blood supply. The spleen removes old red blood cells, called erythrocytes, from the blood supply, removes stores, and produces white blood cell lymphocytes. These stored lymphocytes produce antibodies and assist in removing microbes and other debris from the blood supply. As the spleen is a lymphoid organ, this, in turn, stimulates the lymphatic system to help the spleen remove harmful toxins efficiently from the body, thus preventing congestion. The lymphatic system is then enabled to activate support for the thymus gland, whose primary function is to provide an area for T-lymphocyte maturation. The botanicals in this tincture contain many phytochemicals known as quinoids and a lesser amount of benzenoids and flavonoids. Quinoids (chiefly anthraquinones, furanonaphthoquinones, lapachones, and particularly naphthoquinones) have the most documented biological activity and are at the core of this formula’s effectiveness. They are partly responsible for uncoupling the mitochondrial oxidative phosphorylation of damaged cells through their action on the inner mitochondrial membrane and exhibiting ATPase activity. Today’s escalating xenobiotic burden creates overload and damage to the immune system. If there is a shift in the balance of microorganisms, a cascade of compensatory mechanisms can be brought into play, creating a plethora of complexities, which may include fungal and Candida patterns, ECM congestion, microbial infestation, and organ and cellular damage. One example of this compensatory mechanism can be seen in the healing strategy of creating a candida pattern to build a protective barrier between the tissue and the offending xenobiotic to allow for continued oxygenation of tissues (like mercury amalgams and dental issues). This defensive mechanism saves the cell, but there is a payback—Candida.
