found throughout connective, epithelial, and neural tissues. It is sometimes called
the “ground substance” or “intercellular cement” because it occurs between cells
and helps hold them together. Hyaluronic acid is an example of hydrophilic
matrix that exhibits turgid (swelling) force by absorbing a lot of water, providing
a blanket against water evaporation. As we age the body produces less hyaluronic
acid, hence the drying of skin and joints. Silicon stimulates chondroblasts to
deposit chondroitin sulfate and hyaluronic acid into the cartilage matrix and the
synovial fluid of the joints. Commercial sources of hyaluronic acid include the
vitreous humor of fish and rooster combs. Exercise, magnesium, copper and zinc
are needed for hyaluronic acid production. Thyroid deficiency from prolonged
stress can reduce hyaluronic concentration. The mucopolysaccharides heparin,
glucosamine and hyaluronic acid are constituents of cartilage, tendons, connective
tissue, cornea, heparin, and blood-group substances. Glucosamine is amino sugar
component of these mucopolysaccharides; the combination of both glucosamine
and silicon is an effective in the treatment of arthritis.
Dr Tullio Simonchini in his youtube.com presentation entitled “Sodium
bicarbonate, a natural way to treat the cancer,” and in his Nexus Magazine interview
http://www.nexusmagazine.com/articles/CancerIsAFungus.html said that cancer is a
disease of epithelial (connective tissue) caused by candida. There are two main
types of epithelial tissue: lining and glandula. Cancer spreads by invading healthy,
normal tissue by producing massive amounts of enzymes that digest the surrounding
tissue. One of the enzymes cancer cells produce is hyaluronidase - dissolves the
collagen that binds cells together to form tissues. By catalyzing the hydrolysis
of hyaluronic acid, a major constituent of the interstitial barrier, hyaluronidase
lowers the viscosity of hyaluronic acid, thereby increasing tissue permeability.
Some bacteria produce hyaluronidase as a means for greater mobility through the
body’s tissues and as an antigenic disguise that prevents their being recognized by
phagocytes of the immune system. The key point is that these collagen dissolving
enzymes “Chondroitinase and hyaluronidase” are believed to play a role in the
pathogenicity of fungi, particularly species of the genus Candida!! Thus we see the
production of hyaluronidase by either Candida or cancer allows wide distribution
through body tissues by dissolving collagen fibers and simultaneously protecting
itself by antigenic disguise from detection and elimination by the immune cells.
stabilizing collagen—During kundalini and in life generally you want to keep
your collagen strong or your body becomes “unglued.” That is you lose your muscle
tone, bulk and strength, plus your joints get floppy, the spine starts weakening and
the colon becomes prolapsed etc... Pycnogenol may protect collagen and elastin
from these destructive enzymes. The synthesis of collagen requires vitamin C and
the minerals copper, iron, manganese, zinc and silicon. B6 is also needed in the
growth and repair of the protein and collagen structure of the body. Chaparral,
echinacea and sarsaparilla to help maintain the integrity of the body’s connective
tissues. Echinacea stabilizes tissue hyaluronic acid and has corticoid-like anti-
inflammatory effects, and stimulates fibroblast response at tissue injury sites.