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Lomotil

Lomotil is the trade name of a popular oral anti-diarrheal drug in the United States, manufactured by Pfizer. more...

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Its active ingredients are diphenoxylate and atropine. Diphenoxylate is anti-diarrheic and atropine is anticholinergic. Diphenoxylate is chemically related to the narcotic drug meperidine. Atropine is used to treat diarrhea that is not caused by infection with bacteria. The medication works by slowing down the movement of the intestines.

The inactive ingredients of Lomotil are cherry flavor, citric acid, ethyl alcohol 15%, FD&C Yellow No. 6, glycerin, sodium phosphate, sorbitol, and water.

Other trade names for the same therapeutic combination are Lofene, Logen, Lomanate and Lonox, among others. In other countries, Lomotil may have other names.

Contraindications

Absolute contraindications for Lomotil are:

  • Allergy to diphenoxylate or atropine
  • Presence of jaundice
  • Diarrhea associated with pseudomembranous enterocolitis, diarrhea caused by antibiotic treatment, or diarrhea caused by enterotoxin-producing bacteria.

Interactions

Interactions with other drugs:

  • Sedatives
  • Barbiturates
  • Antidepressants (e.g., Elavil, Prozac, Paxil)
  • Tranquilizers (e.g., Valium, Xanax)
  • Monoamine oxidase inhibitors (e.g., Nardil, Parnate)

Diarrhea that is caused by some antibiotics such as cefaclor, erythromycin or tetracycline can worsen with Lomotil.

Safety

The drug combination is generally safe in short-term use and with recommended dosage. Long-term use may present problems of mild drug dependency. The dosage should be reduced after 48 h.

Lomotil may cause several side-effects, such as dry mouth, headache, constipation and blurred vision. Since it may cause also drowsiness or dizziness, Lomotil should not be used by motorists, operators of hazardous machinery, etc. It is not recommended for children under two years of age.

Toxicity

Lomotil may cause serious health problems when overdosed. Signs and symptoms of adverse effects may include any or several of the following: convulsions, respiratory depression (slow or stopped breathing), pinpoint or dilated eye pupils, nystagmus (rapid side-to-side eye movements), erythema (flushed skin), gastrointestinal constipation, nausea, vomiting, paralytic ileus, tachycardia (rapid pulse), drowsiness, coma and hallucinations. Symptoms of toxicity may take up to 12 hours to appear.

Treatment of Lomotil overdose must be initiated immediately after diagnosis and may include the following: emesis (indiced vomiting), gastric lavage, ingestion of activated charcoal, laxative and a counteracting medication (narcotic antagonist).

Prompt and thorough treatment of overdose leads to a favorable outcome. After a narcotic antagonist is given, recovery is usually within 24 to 48 hours. Children are at risk of a very poor outcome and must be kept for observation.

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Drug update: irritable bowel syndrome - Clinical Rounds
From OB/GYN News, 8/15/03 by Mitchel L. Zoler

A few short years ago, even gastroenterologists cringed when a patient with irritable bowel syndrome walked in. Today, thanks in large part to a public relations push and a better understanding of the disorder, primary care physicians can manage irritable bowel syndrome (IBS) patients with more confidence.

Last fall, an American College of Gastroenterology task force issued a position statement (Am. J. Gastroenterol. 97[11, suppl.]:S1-5, 2002). Some agents used in the past, even bulking agents, were judged to have little or no evidence of efficacy, although most gastroenterologists continue to advise patients to eat high-fiber foods.

The past year also saw the introduction of tegaserod, a new drug specifically labeled for IBS, and the reintroduction of alosetron. These are the first two agents specifically approved to treat IBS, and some experts say that their efficacy is impressive. In trials, about 60% of patients had a positive response to each drug. Other experts, however, note that about 40% of patients had no benefit and placebo response was high, so the impact of these agents was modest. Some gastroenterologists are reluctant to prescribe the two drugs because of cost and concern about alosetron's safety, even though the Food and Drug Administration carefully reviewed safety data before its reintroduction. Alosetron was first approved in 2000 but was withdrawn 8 months later because of 84 cases of ischemic colitis and 113 cases of serious constipation that led to several hospitalizations and 2 deaths. The May 2002 reintroduction requires that physicians who prescribe it have special training, be competent in managing ischemic colitis, and be registered with the manufacturer.

Patient education, reassurance, and dietary advice are considered the first steps for treating IBS, and these alone will relieve or improve symptoms in many patients. Drug treatment for patients with diarrheal symptoms usually starts with either an anti-spasmodic or an antidiarrheal agent; in some cases, the two classes are used together. Tricyclic antidepressants tend to be reserved for refractory patients, with alosetron and tegaserod currently viewed as last resorts for diarrhea and constipation, respectively. The task force also determined that various behavioral therapies are effective.

Alosetron and tegaserod have not been evaluated in the elderly. Other IBS drugs are used in the elderly with caution. However, IBS is uncommon in the elderly, particularly new-onset IBS, and physicians should rule out other conditions.

Because of limited clinical experience, avoid alosetron and tegaserod during the first trimester of pregnancy. Both drugs or their metabolites probably are secreted in breast milk, and because severe adverse effects have been associated with alosetron, it probably should be avoided during breast-feeding. Imipramine has not been shown to be teratogenic in animals, but long-term use during pregnancy may be associated with withdrawal in newborns. Desipramine, the active metabolite of imipramine, has not been studied in animals. Amitriptyline has shown dose-related teratogenicity in animals, but human risk appears to be low. The risks of using tricyclic antidepressants while nursing are not known. Surveillance studies with dicyclomine have noted an increased incidence of birth defects, but because there is no clustering of specific defects, there may be no association, and the risk is considered low. Dicyclomine should not be used while breast-feeding. Hyoscyamine has not been studied during pregnancy or breast-feeding, but it is considered probably compatible with breast-feeding. Loperamide has no evidence of impaired fertility or fetal harm in animals or humans; only small, probably acceptable, amounts are secreted in breast milk. Diphenoxylate and atropine combination has not been associated with impaired fertility or fetal harm in animals and humans; infrequent dosing is probably compatible with nursing.

COPYRIGHT 2003 International Medical News Group
COPYRIGHT 2003 Gale Group

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