Fourth Biological Law
Fungi
An organism's endemic fungi — including species such as candida — are microorganisms encoded in the organism's DNA that participate in the breakdown of tumours in old brain tissues, in accordance with the Fourth Biological Law.
Fungi, like other endemic microbes, are key biological collaborators within the ecosystem of a multicellular organism. Many are encoded directly in the organism's DNA and their activity is coordinated by the nervous system in precise response to the metabolic processes of a healing phase.
Certain old-brain tumours — those that form in endoderm and old mesoderm tissues during the conflict-active phase — break down with the help of fungi once conflictolysis has occurred and the healing phase begins. Fungi are dormant during the conflict-active phase and become active only at conflictolysis, when the tumour tissue is no longer needed and becomes available as a nutrient source.
Which Fungi Participate in Which Tissues
Examples of fungi that participate in the breakdown of old-brain tissues during PCL:
- Candida — mouth, gut, vagina, dermis tissues
- Malassezia — oily dermis tissues
- Trichosporon — dermis, intestinal, lung, genital, urinary tissues
- Saccharomyces — gut tissues
- Aspergillus — dermis tissues in respiratory tract
- Dermatophytes — keratinized dermis tissues
What Fungal Activity Looks Like
This process is experienced as what conventional medicine might call a "fungal infection" or "candida overgrowth." The discharge, odour, and tissue changes associated with fungal activity are evidence of biological breakdown of tumour tissues, not "disease."
Discharges created by fungal (and mycobacterial) activity have a high protein content. For this reason, old-brain special biological programs create a higher demand for nutritional protein during the healing phase.
Note: if the appropriate fungus species is not present in the body at the time of the DHS (because of hygiene and antibiotics), it will not proliferate during the healing phase.