Letters to the Editor
Volume 71, May 1992. Permission granted to reproduce the following letter.
Dear Editor,
Almost ten years ago in his article "Otitis Media in Children: To Treat or Not to
Treat." Bluestone discussed many aspects of this problem. And he said, "Of the
many methods of management that are available for chronic otitis media (OME) with effusion
none has been shown to be effective in acceptable clinical trials."
In a guest editorial in the Annals of Allergy, Wientzen said "By age three 33% of
children will have experienced repetitive bouts of OME. Fully half of acute care visits to
pediatricians in this country in some way involve the diagnosis, treatment and follow up
management of OME. With such a high incidence of clinical disease, much has been learned
of the pathogenesis, etiology, diagnosis, and therapy of OMR. Much has not!"
An estimated one million tympanostomy tubes are placed in American children's ears each
year and perhaps an equal number of children are given "prophylactic
antibiotics" in an effort to lessen the frequency of ear problems. In discussing such
use of antibiotics in children with recurrent otitis media, Grundfast pointed out that
there are a number of drawbacks to such antibiotic therapy, including the development of
fungal infections in children who have been treated with prophylactic antibiotics.
Could these antibiotic-induced fungal infections in the gut contribute to the
"epidemic" of ear problems in American children? In my opinion the answer is
"yes". This possible relationship was first suggested by a Birmingham, Alabama,
C. Orian Truss, who said "the problem of candidiasis in infants and children is
especially important, not alone as it relates to their health at this period of their
lives, but also as it may relate to problems with yeast later in life..."
"The first clinical recognition of infection with Candida albicans often follows an
infant's initial encounter with antibiotics... Unfortunately, after the antibiotic ... is
discontinued, the previous state of health may not return."
In his discussion, Truss presents a detailed history of a 16-month-old child who had his
first ear infection at the age of two months. the child had another ear infections at five
months and still another at seven months and at then months. At that time, tubes were put
in both ears.
In spite of the tubes, recurrent ear infections and other health problems continued. At
the age of 16 months, he was first seen by Dr. Truss, who placed him on Nystatin, 200,000
units four times a day. Within one week, he was completely asymptomatic. His respiratory,
digestive and nervous system symptoms had disappeared. he was continued on Nystatin for
another 6 weeks and did well. At that point, the Nystatin was stopped and the child's
respiratory systems and loose stool symptoms returned. The Nystatin was started again and
continued for our months and the child remained well through the winter. A follow-up
report six months later showed that the child had remained free of ear infections and
significant respiratory or digestive problems.
Dr. Truss commented, "The abruptness of the reversal of so many symptoms once
Nystatin was started leaves little doubt that the yeast problem had underlain the vicious
cycle .... In my opinion this is not an isolated problem ... it is probably very common.
antibiotics save countless lives, but ... some individuals are left with residual problems
related to their use.
"An awareness of the yeast problem should allow pediatricians to identify the babies
and children with this susceptibility and to treat this infection when it occurs, or to
even prevent it with suitable precautionary measures. ..."
"Perhaps the single most fascinating and potentially important aspect of this case
was the abrupt cessation of ear infections ... and makes one wonder about the possible
relationships of this yeast to what seems almost a national epidemic of otitis and tubes
in the ears."
Based on the observations of Truss and my own observations using oral Nystatin and a
special diet, I'm writing to suggest a simple non-blinded study of healthy infants in the
hope that it will provide information that may help interrupt the vicious cycle of ear
infections.
Here's a brief outline of the study:
Infants would be enrolled at birth and divided into two groups.
Infants in Group A who experienced an ear infection would be treated in the usual manner.
Infants in Group B would be treated in a similar manner. In addition, infants in this group would also be given oral Nystatin three times a day during the time they were receiving broad-spectrum antibiotic drugs and for one week after the antibiotics were discontinued.
Infants in Group B would also be placed on preparations of Lactobacillus acidophilus three times daily for four months.
Infants in Group B who experience a second ear infection would be placed on Nystatin 100,000 unties three times a day for four months.
Here's more support for such a program. In reports published in the 70s, Iwata described experimental work in mice who had been infected with virulent strains of Candida albicans. And he noted a "selective decrease in the number of T-cells in these animals" And he stated, "Upon Candida albicans infection the toxin produced in the invaded tissue may act as an immuosuppressant to impair host defense mechanisms involved cellular immunity ..."
In a subsequent report of a study on women with recurrent vaginal yeast infections, Witkin
stated "Candida albicans infection, often associated with antibiotic induced
alterations in microbial flora, may cause defects in cellular immunity. This
immunospuppression may be the result of suppressor substances generated by macrophages,
the induction of candida-specific suppressor T-lymphocytes and/or the accumulation of
candida carbohydrates such as mannan>'
Another factor which would appear to be important is the avoidance or limitation of simple
carbohydrates from the diets of infants and young children, especially those who are
experiencing ear infections. Here's support for this recommendation:
In studies on immunosuppressed mice carried out at St. Jude Hospital in Memphis,
researchers found that in the mice who received glucose in their feedings,
gastrointestinal growth and invasion of Candida albicans was approximately 200 times
greater in the dextrose group than in the control group of mice who received sugar-free
feedings.
A final comment:
The relationship of Candida albicans to a diverse group of health problems which affect
people of all ages and both sexes has been, in general, greeted with skepticism. yet,
because present methods of managing OME are ineffective. I hope otolaryngologists,
pediatricians, family practitioners and other physicians will consider the possible
relationship of candida overgrowth in the intestinal tract to immune system disturbances
resulting in recurrent ear infections in infants and young children.
William G. Crook
PO Box 3493
Jackson TN 38303
References:
Bluestone CD. Otitis media in children: to treat or not to treat.
New England Med 1982; 308:1399-1403
Wientzen RL. Otitis media with effusion - more than a pain in the ear.
Annals of Allergy 1984
Gundfast K, Carney CJ. Ear Infections in Your Child. Warner
Books, 1987, 137-8
Truss CO. The Missing Diagnosis. Birmingham AL, 85225: 77-82
Iwata K, Uchida K. Cellular Immunity In Experimental Fungus
Infections in Mice: The influence of
infections
and treatment with a Candida toxin on spleen lymphoid cells. Medical Mycology.
Flims, January 1997.
Mykosen suppl, 1, 72-81 (1978)
Witkin SS. Defective immune responses in patients with recurrent
candidiasis. Infections in Medicine.
May/June 1985:
129-32
Vargas Sl, Hughes WT. Substrate Replacement Limits Candida albicans
Gastrointestinal (GI)
Overgrowth
and Subsequent Invasion in Neutropenic Mice. Presentation. American Society for
Microbiology,
September 1991.