Mycoplasma Infections and blood pH.

Appearance wise mycoplasma may assume a variety of forms having tails or projections on a spherical or donut shape. They can appear in the blood serum, in leukocytes (white blood cells) or on red blood cells looking like little doorknobs which often make the red blood cell appear like a water mine. Mycoplsama is one of the developmental forms of the parasitic endobiont (as most every negative thing is that is seen in the blood.) 

It is a symprotit that contains a surrounding protein substance. Its appearance in the blood happens as fast as you can snap your fingers. For instance, let's say you are viewing a red blood cell in live blood. All of a sudden, poof, a mycoplasma forms on a red blood cell as if it were from nowhere. That's just how it happens. Enderlein calls it an endoboiotic formation that occurs from a quantum biological leap. If the conditions in the terrain (the environment of the blood) is just right, (the pH isn't high enough) the colloids within will jump to the mycoplasma level in the blink of an eye. 

Standard hematology classifies mycoplasma as a free living organism which is a genus of highly pleomorphic bacteria that lack a cell wall and are separated into many species.

Seeing them is another indication that pH is off, oxygenation is low , the immune system is compromised, and there is potential degenerative disease implications. Physical symptoms could be any combination of a 1000 different things. It is absolutely essential to learn and understand the importance of human pH and fighting any disease weather it be a chronic infection or cancer or both.

The preceding pages covered some key concepts relative to the rotting mechanism of the body.  The rotting mechanism of the body is the biological equation. The flip side to this is the rusting mechanism, which is a chemical and electrical equation.

As we age and get diseases, we are experiencing the effects of Rot & Rust. It is an interplay of the biological, chemical, and electrical physiology of the human body.

With a firm understanding of this knowledge, the microscope becomes a tool to delve into this interplay at its most basic level - in the blood.

This whole section has been a peek into our microscope pre-training program that lays the foundation for the advanced work. We've discussed pH and introduced biological terrain, and in our workshops we take it much further, incorporating things like redox (reduction/oxidation) and the principles of rust.

We also get into detail on a few other items, all in an effort to solidly understand biological terrain and its influence on the live blood and dry layer analysis.

To give you a little more flavor for this workshop, some additional transparency out-takes follow along with brief commentary on a few of them.