Those of you who have read The Fungus Link, Volume 1 know that I coined the term “asthmaphobia” in the year 2000. I did so for two reasons: to vent my frustrations and to offer a glimpse into the future when, one day, doctors would
understand that breathing difficulties were intimately linked to the inhalation of mold spores. That was 12 years ago,

but knowing the cause, as they now do, doesn’t mean immediate change in medicine.

Recall that in 1999, one year before my book came out, The Mayo Clinic published that 96% of all chronic sinusitis was due to fungus. I first made that discovery when I was working in the office of G. Howard Gottschalk, MD in Los Angeles after returning home from Vietnam. I began asking the pharmacist if he would crush up 2 Nystatin anti-fungal pills to a fine pulp and mix them with salt water, thereby creating a nasal spray. For patients with allergies, this seemed to work great, although we were all confused as to why it was working. Surely fungus couldn’t be causing allergies… could it? A mere 28 years later, we had our answer! Just so you understand, there is no hurry to discovery “the cause” of anything in medicine when it is so profitable to hush the symptoms for 4-12 hours daily.

Now, I need you to put your thinking caps on tightly, because I’m going to teach you something that even our highest paid experts and most brilliant scientists have yet to learn. First, let’s examine an overview of what they do know.

The Human Respiratory System
The air we inhale from our noses is warmed and filtered and then passes through our nasal cavity.  The air then passes through the pharynx, which prevents food from entering into our windpipe (trachea), the upper part of which contains the larynx. Crossing the opening of the larynx are two bands of tissue called the vocal cords.  Once through the larynx, air moves into the bronchi, whose job it is to carry the air into and out of the lungs.

Depending upon your definition of the word pure, air is not. Thanks to the likes of air filtration companies, it is significantly cleaner indoors than it was, but when you consider the pollens, animal danders, bacteria and mold that we regularly inhale, it is no wonder many of us are having respiratory problems. Some have found comfort in using indoor air filtration systems, as my friend John Kerr of Healthy Perceptions explains:

According to the World Health Organization, asthma is the most common chronic disease among children. Over the years, Healthy Perceptions has had many customers or their loved ones who suffer from asthma. We have received many testimonials from these folks who have found benefit and relief in breathing better quality air. In some cases, these customers were able to reduce or totally eliminate medications they were taking.

One of the best examples is an 8-year-old little girl named Brooke. She suffers from Asthma and was on a list of medications including nasonex, singulair, proair and advair. Brooke’s home received damage when Hurricane Ike blew through Houston, TX in September of 2008. That following summer, a mold problem became very apparent in her home. We placed several products in the home with the hope of eradicating the mold problem. We were able to take care of the mold problem, but more importantly, Brooke was able to totally wean herself off the medication she was taking and has remained off of them for the last 3 years. We found that her best chance of beating her disease was to take back control of the environment she lives in.

As you see from our understanding of the human respiratory system, the inhalation process carries air and what doctors call antigens (anything capable of causing an immune response) from outside of our noses deep into our lungs. Note that these antigens do not stop at our sinuses or our voice boxes, but continue all the way into our lungs. How in the world could a scientist think that 96% of all sinus problems were due to fungus, yet believe that cockroaches cause asthma? Yet they do! Says, “Strong evidence suggests that exposure to cockroach allergens can cause asthma in children and adults.” I, for one, stopped inhaling cockroaches in college! The point is, when we inhale mold, we inhale it into our sinus spaces and deep into our lungs. Yet, The Mayo Clinic researched only the sinus spaces without even considering the lungs.

The anti-fungal drug that was easing asthma sufferers breathing problems was none other than Sporanox, the same drug that cures toenail fungus. Allow me to digress for a moment, because it is imperative that you understand this.

In 2007, cancer researchers at the prestigious John’s Hopkins Medical School discovered that this very same anti-fungal drug, Sporanox, stopped cancer from metastasizing. Three years later, the medical journal Cancer Cell stated, “A common anti-fungal drug can slow tumors in mice and should be investigated as a potentially cheap and easy way to fight cancer in people.” What was this common anti-fungal drug? You guessed it, Sporanox! Got your thinking cap on? Ponder the next paragraph for the rest of your life… or until they “get it”!
If a common anti-fungal drug that successfully cures toenail fungus also successfully treats cancer and prevents its spread, why do scientists believe that the cause of toenail fungus and cancer are totally different? Though it may seem off the subject, did you know that mold-sniffing do