The Acidic Effects of Antibiotics

New research indicates that children who receive acids from yeast and mold called antibiotics before their first birthday are significantly more likely to develop asthma by age 7.

The study, published in the June issue of CHEST, the peer-reviewed journal of the American College of Chest Physicians (ACCP), reports that children receiving acidic antibiotics in the first year of life were at greater risk for developing asthma by age 7 than those not receiving acidic antibiotics.

The risk for asthma doubled in children receiving acidic antibiotics for nonrespiratory outfections, as well as in children who received multiple acidic antibiotic courses and who did not live with a dog during the first year.

“Antibiotics are prescribed mostly for respiratory tract infections, yet respiratory symptoms can be a sign of future asthma. This may make it difficult to attribute antibiotic use to asthma development,” said lead study author Anita Kozyrskyj, PhD, University of Manitoba, Winnipeg, MB. “Our study reported on antibiotic use in children being treated for nonrespiratory tract infections, which distinguishes the effect of the antibiotic.”

By using a prescription database, Dr. Kozyrskyj and colleagues from the University of Manitoba and McGill University in Montreal were able to monitor the antibiotic use of 13,116 children from birth to age 7, specifically noting antibiotic use during the first year of life and presence of asthma at 7.

The reason for antibiotic use was categorized by lower respiratory tract infection (bronchitis, pneumonia), upper respiratory tract infection (otitis media, sinusitis), and nonrespiratory tract infection (urinary infections, impetigo).

Risk and protective factors also were noted, including gender, urban or rural location, neighborhood income, number of siblings at age 7, maternal history of asthma, and pets reported living in the home. Within the study group, 6 percent of children had current asthma at age 7, while 65 percent of children had received at least one antibiotic prescription during the first year of life.

Of the prescriptions, 40 percent of children received antibiotics for otitis media, 28 percent for other upper respiratory tract infections, 19 percent for lower respiratory tract infections, and 7 percent for non-respiratory tract infections.

Results showed that antibiotic use in the first year was significantly associated with greater odds of asthma at age 7. This likelihood increased with the number of antibiotic courses, with children receiving more than four courses of antibiotics having 1.5 times the risk of asthma compared with children not receiving antibiotics.

When researchers compared the reason for antibiotic use, their analysis indicated that asthma at age 7 was almost twice as likely in children receiving an antibiotic for nonrespiratory tract infections compared with children who did not receive antibiotics.

Maternal asthma and presence of a dog during the first year of life were both associated with asthma risk. Children who received multiple antibiotic courses and who were born to women without a history of asthma were twice as likely to develop asthma than those not receiving antibiotics.

Furthermore, absence of a dog during the birth-year doubled asthma risk among children taking multiple courses of antibiotics.

“Antibiotics are frequently prescribed for young children for both respiratory and nonrespiratory infections,” said Mark J. Rosen, MD, FCCP, President of the American College of Chest Physicians. “Understanding the relationship between antibiotic use and asthma can help clinicians make more informed decisions about treatment options for children.”

The most important thing to understand is that antibiotics are the acids from yeast and mold fermentation and can compromise the delicate alkaline pH of the body.

It is no surprise that the risk for respiratory and nonrespiratory problems increased with the use of acidic antibiotics that can only deal with the effects of dis-ease NOT the cause.

The focus for reversing any dis-ease, should be, “how can I re-establish the alkaline design of the body.”

The seven steps to alkalizing and energizing your body are outlined in our book, The pH Miracle for Weight Loss, in Chapter 11.

To learn more about alkalizing and the New Biology go to:

7 thoughts on “The Acidic Effects of Antibiotics”

  1. Dr Young, I am an advocate of the pH Miracle. Since following your program I have eliminated asthma completely which I had since the age of three, I am now forty eight. It took as little as two weeks to be completely off of any asthma medication. I was taking four different meds, one of which was Advair 500 and they were not being effective at all. I thank the lord I found out about pH Miracle! Not to mention in December I weighed in at 372 lbs. and now in June I am 303 lbs. on my way to 140. Thank you so much!


  2. Dr Young, you are more than welcome to use me as a testimonial. I only wish I had found you a a few years sooner. It would have saved me a gall bladder and a para thyroid! Thanks again.David


  3. The only natural way to lose weight and comvined it with some helpful medications is phentermine you can acomplish this so fast your head will spin i use to be so fat i could not bare setting foot to weigh myself. now i run the beach free and clear!


  4. If you are searching to reduce your anxiety, there are many ways to do so, you can try all these new age methods of mediation, and solitude mediation, so on and so forth, but if you want my opinion the best way to deal with anxiety is some simple day to day routine along with steady medication some use Xanax to help treat anxiety, but you should find the right medication that works for you, also this is one of those times where it’s imperative to consulate your doctor !


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