Fungal Infections and Natural Treatments Part 2




Fungal Disease Treatment


A relatively new branch of medical science is discovering that chronic intestinal and systemic fungus infections and yeast infections are at the root of a host of medical problems including chronic fatigue, allergies, chronic infections, and many, many others. You could spend endless hours researching medical and natural treatments for fungus infections and yeast infections — We’ve done it for you.

Looking for information on fungus infection remedies like Berberine or Uva Ursi? Look no further — we’ve got it. Click on our PRODUCT GUIDE button for our recommendations on products to treat fungus infections.


Yeast and molds belong to a broader family of life called fungus, one of the very few “Kingdoms” of life (other Kingdoms are plants, animals, and bacteria). Mildew, bread mold, mushrooms, and toadstools are other types of fungi [plural of fungus, pronounced fun’ji]. The terms “yeast” and “fungus” and “mold” are often used interchangeably even though there are distinctions. The branch of science that studies fungus is mycology.

Some fungus feed off dead organisms, nature’s garbage disposal, while other, parasitic fungus, feed off live organisms. These pathogenic fungus cause plant, animal, and human diseases such as athlete’s foot, swimmer’s ear, ringworm, dandruff, Valley Fever, fingernail and toenail infections, rosacea, and yeast infections.

Typically, fungus sprout from a spore and grow as filaments termed hyphae [pronounced high’-fee] [singular: hypha, pronounced high’-fa], about 5-10 micrometers diameter. (It’s not that there is a main body that produces hyphae, the fungus is the hyphae.) As the hyphae grow they branch repeatedly. Hyphae from individual fungus cells interconnect with hyphae from other cells, forming one large organism termed the mycelium [my-sill-ee-um]. The fuzzy mass of a bread mold is a good example. The whole thing is a single fungus — cut it up into pieces and each piece keeps on living as a single fungus.

Hyphae extend at their tips, while drawing the protoplasm (the internal stuff of the cell) forward as they grow.

Tip growth enables fungus to grow continuously into fresh zones of nutrients and also to penetrate hard surfaces such as plant cell walls, insect cuticle, your skin, etc. This is why fungus are so important as plant pathogens and as decomposer organisms. Fungal cells are strong and rigid. When given the chance, fungal hyphae can grow straight

Yeasts by comparison are unicellular with individual cells being spheroid as seen in the associated photo. Yeast cultures tend to grow in smooth and sometimes shinny masses. Whereas fungus reproduce by producing spores (the tiny spherules in the fungus photo), yeast reproduce by dividing (called “budding” or “fission”) in a fashion similar to animal cells. Many of the yeast cells in the yeast photo can be seen in the process of division.

Wangaratta, Victoria
City of Canterbury Australia
Japan Tokyo City
Libya, Tripoli
Cambodia, Phnom Penh
Chesapeake, Virginia
Jacksonville, Florida
Akron, Ohio
The Hague Netherlands
Al Hulaylah, United Arab Emirates, Al Hulaylah, UAE

Brain Trauma and Hbot Hyperbaric Chamber




Hyperbaric Chamber

Hbot oxygen Chamber

Strokes (cerebrovascular accidents) are a leading cause of neurologic disability in the western hemisphere; fortunately, hyperbaric oxygen therapy can aid in convalescences. Stroke happens to be the third most frequent cause of death in the United States and is a major cause of disability among Americans. The cost of treating stroke in the United States is more than 30 billion dollars a year, only a fraction of which goes to hyperbaric oxygen therapy.

One-third of those who suffer a stroke do not survive the episode with another one-third left to reside in nursing homes. One-third of these patients do indeed improve over time, but they are left with disabilities that prohibit them from resuming their prior lifestyle. Utilizing hyperbaric medicine procedures, doctors could potentially change these percentages.
The cost of treating stroke in the United States is more than 30 billion dollars a year. HBOT therapy cannot help all patients with strokes, but can offer some patients and their families hope.

Central African Republic, Bangui
Kalba, United Arab Emirates, Kalba, UAE
Independence, Missouri
Gabon, Libreville
Vallejo, California
Chicago, Illinois
Madagascar, Antananarivo
Italy, Rome
Charters Towers, Queensland
Ecuador, Quito
Springfield, Massachusetts