What are the properties of our Fulvic Enhanced?

The specific properties of our Fulvic Enhanced™ humic and fulvic products enable their application in agriculture and biomedicine for both animal and human use. It is important to know that Humic Substances from different sources vary somewhat in the elemental composition. A complete characterization of our raw material is from result of microbiological and pedological studies and confirmed to have over 690 listed excipients.

It is a macro colloidal molecule and a polyelectrolyte which contains an easily hydrolysable protein and carbohydrate fraction attached to a highly condensed core which is partly aromatic in character with structural elements derived from phenols, carboxyl, carbonyl and quinoa groups together with aliphatic hydroxyl groups as well as heterocyclic nitrogen and oxygen and hydrogen.

Fulvic acid is extracted by an oxidation process in an aqueous medium.  The acid aqueous medium contains the Fulvic acid after the oxidation reaction (Extraction).

The residue contains insoluble humic acid which is extracted with aqueous potassium hydroxide.  The basic aqueous solution now contains potassium hamate.

Potassium hamate has been tested in an evaluation of the anti-allergic and anti-inflammatory properties at the University of Pretoria with an additional publication done on our derivative through the Pharmacology Department in the Faculty of Health Sciences.

How do Fulvic Acids increase nutrient bioavailability?

The ubiquitous presence of humic substances combined with their ability to provide multiple sites for chemical reaction, makes them relevant to numerous biogeochemical processes such as nutrient bioavailability. The ionized Fulvic Acid has a higher negative charge, which increased the energetic barriers and inhibits the approximation of Fulvic Acid caused by the Brownian movement.

Reference: Theoretical study of fulvic acid structure, conformation and aggregation. A molecular modelling approach. Department of Applied Chemistry University of Navarra Spain DOI 10.1016/j.Scitotech.2004.11.026

Reference: Theoretical study of fulvic acid structure, conformation and aggregation. A molecular modelling approach. Department of Applied Chemistry University of Navarra Spain DOI 10.1016/j.Scitotech.2004.11.026

What are the requirements for an effective trace mineral?

There is no sense to supplementing an expensive organic or complexed mineral that is not absorbed as such, but merely functions as an inorganic mineral once it reaches the absorption site in the SI.

The ideal mineral ligand complex should be:

  • Water soluble (for solubilisation in intestinal lumen).
  • Stable at the physiological pH range 2 to 7,4 (to prevent dissociation before reaching the

absorption site).

  • Stable in the presence of chelating agents.
  • Absorbed from the GIT as a complex.
  • Result in improved availability of both mineral and ligand, which will culminate in improved animal

performance

Difference between Humic and Fulvic?

Fulvic acid is the lowest molecular weight portion of humic substances. By definition it will be golden in colour where humic acid will be brown to black. the fulvic is absorbed almost instantly (facilitating the delivery of the 74+ nutrients it contains), while the humic passes through the digestive track (where it aids in digestion) By the way, Humic AND fulvic have a very earthy taste (like soil), while fulvic alone has a very strong taste (like lemon).

Who needs Humic Acid?

Virtually all persons from age 18-20 years have body up intoxicated – in some way – with heavy metals (especially mercury, lead and cadmium). But humic acid / fulvic is absolutely necessary especially for all those who suffer from or are susceptible to myocardial infarction, heart attack, strokes, hypertension, impotence, atherosclerosis, high cholesterol, varicose veins, osteoporosis, mental fatigue, arthritis, rheumatism.

As we age cholesterol, heavy metals and calcium accumulates on the inner walls of the circulatory system. These deposits are diagnosed under different names: ateroscleorza, hardening of the arteries, arteriosclerosis, etc… Over time, these deposits partially or totally obstructing blood flow. Tissues internal organs do not receive enough oxygen and nutrients leading to malfunction or cease functioning organ. If root is then heart infarction or heart attack occurs if the root is the brain stroke occurs, but only affected organs are the heart and brain. Other organs such as liver, kidneys, sex organs and so on, are affected equally.