Antibiotics & Allergies Specialist Baltimore MD

While we tend to think of allergies and asthma as involving mainly the respiratory system, this research suggests the microbes in the gut play a role, too.

Deborah J Joyner MD
(410) 719-9630
2 W Rolling Crossroads
Catonsville, MD
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Allergy & Immunology

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Manav Singla, MD
(410) 554-6516
3333 N Calvert St JPB #520
Baltimore, MD
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Allergy & Immunology
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Graduation Year: 1998

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Jay S Goodman
(410) 332-9692
301 Saint Paul Pl
Baltimore, MD
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Allergy / Immunology

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Mary E Bollinger
(410) 328-6749
22 S Greene St
Baltimore, MD
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Allergy / Immunology

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Grace P Tamesis Dimayuga, MD
Baltimore, MD
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Allergy & Immunology
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Female
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Medical School: Univ Of The Philippines, Coll Of Med, Manila, Philippines
Graduation Year: 1990

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Mohammed S Al Ibrahim, MD
(410) 605-7004
Baltimore, MD
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Allergy & Immunology
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Male
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Medical School: Univ Of Baghdad, Coll Of Med, Baghdad, Iraq
Graduation Year: 1967

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Anupama Kewalramani
(410) 328-6749
22 S Greene St
Baltimore, MD
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Allergy / Immunology

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Ronald Wayne Geckler
(410) 332-9692
301 Saint Paul Pl
Baltimore, MD
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Allergy / Immunology, Internal Medicine, Infectious Disease

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Sudhir Sekhsaria, MD
201 E University Pkwy
Baltimore, MD
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Allergy & Immunology
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Male
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Medical School: Med Coll, Guru Nanak Dev Univ, Amritsar, Punjab, India
Graduation Year: 1984

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Jerry Allen Winkelstein, MD
601 N Caroline St
Baltimore, MD
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Allergy & Immunology
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Male
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Medical School: A Einstein Coll Of Med Of Yeshiva Univ, Bronx Ny 10461
Graduation Year: 1965

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Antibiotics: The Road to Allergies and Asthma?

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The rates of allergies and asthma have skyrocketed in the past 40 years, for reasons that have been frustratingly unclear. Now it turns out that the rise of another phenomenon—the use of antibiotics—may hold a clue. A study from the University of Michigan Medical School has found that antibiotics seem to prime the immune system to overreact to substances it could just as well ignore.

When the Michigan team gave mice a five-day course of antibiotics, the animals showed the same effect seen in humans: an upset in the balance of yeast and other microbes in the gut. The researchers then exposed the mice to several common allergens. The mice given antibiotics were hypersensitive to them, while the other mice had a normal immune response.

While we tend to think of allergies and asthma as involving mainly the respiratory system, this research suggests the microbes in the gut play a role, too.

The results support part of the “hygiene hypothesis,” which holds that modern societies are too sanitary—when you’re not exposed to very many bugs, your immune system has a hard time telling the difference between a harmless substance (like pollen) and a dangerous toxin, so it’s likely to overreact.

And the findings provide yet another reason to encourage the growth of “good” bacteria in our bellies. To do that, Gary Huffnagle, who worked on the study, recommends a diet rich in fiber and active-cultured yogurt and low in refined carbs and sugar. “It’s a good idea to do this even when you’re not taking antibiotics,” he says. And if you do need to take the drugs, he advises taking probiotics afterward. Your nose, as well as your stomach, will thank you.

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