Impact of Emergency Department Probiotic Treatment of Diarrheal Illness on Daycare Attendance
NCT ID: NCT00760773
Last Updated: 2018-04-17
Study Results
The study team has not published outcome measurements, participant flow, or safety data for this trial yet. Check back later for updates.
Basic Information
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TERMINATED
PHASE2
132 participants
INTERVENTIONAL
2009-04-30
2014-03-31
Brief Summary
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Detailed Description
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Although medications have not routinely been recommended, acute gastroenteritis in children can result in significant morbidity. Thus, physicians and caregivers desire treatment options to reduce the burden of disease. Recently, ondansetron, an antiemetic agent has been found to be effective in pediatric gastroenteritis, and is now frequently employed to reduce vomiting. Probiotics agents may represent another valuable treatment option. Since the early 1990s, research has been conducted on the effects of probiotics, defined as viable microbial preparations that have a beneficial effect on the health and well being of the host.
A recent Cochrane Database systematic review recently concluded that "probiotics appear to be a useful adjunct to rehydration therapy in treating acute, infectious diarrhea." However, the review also concluded that more research is needed to determine which specific probiotic regimens should be employed in specific patient groups. The later statement is of particular importance in North America as probiotics are not a mainstay of clinical practice. While only 18% of Canadian physicians are aware of research on probiotics, 82% feel that more probiotic research is needed, and 76% feel there is a role for probiotics in their practice. This discrepancy likely is due to the absence of probiotic trials in North American patients and because the outcome measures evaluated often have had limited clinical applicability. Since most episodes of acute diarrhea require no specific treatment, cost-effectiveness analyses are also required before the widespread use of probiotics can be endorsed.
Conditions
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Study Design
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RANDOMIZED
PARALLEL
TREATMENT
QUADRUPLE
Study Groups
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1
Lacidophil (experimental high dose)
Each sachet will contain a minimum of 4 billion CFU/sachet. The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated. Subjects in this arm will receive the high dose which will consist of 4 billion CFU (1 active sachet) PO BID (total daily dose = 8 billion CFU) x 5 days.
2
Lacidophil (experimental standard dose)
Each sachet will contain a minimum of 4 billion CFU/sachet. The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated. Subjects in this arm will receive the standard dose which will consist of 4 billion CFU (1 active sachet) PO QAM (total daily dose = 4 billion CFU) plus 1 placebo sachet PO QHS x 5 days.
3
Placebo
The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated.
Interventions
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Lacidophil (experimental high dose)
Each sachet will contain a minimum of 4 billion CFU/sachet. The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated. Subjects in this arm will receive the high dose which will consist of 4 billion CFU (1 active sachet) PO BID (total daily dose = 8 billion CFU) x 5 days.
Lacidophil (experimental standard dose)
Each sachet will contain a minimum of 4 billion CFU/sachet. The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated. Subjects in this arm will receive the standard dose which will consist of 4 billion CFU (1 active sachet) PO QAM (total daily dose = 4 billion CFU) plus 1 placebo sachet PO QHS x 5 days.
Placebo
The total weight of all ingredients is 1 gm. All patients in this arm of the study will take 1 sachet twice daily for 5 days. Doses should be ideally separated by 12 hours (minimum of 8 hours) and taken within 30 minutes of food/drink. If the child vomits within 15 minutes of medication administration (initial or subsequent dose), the dose will be repeated.
Eligibility Criteria
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Inclusion Criteria
* Attend daycare
* Presence of diarrhea.
* Duration of vomiting or diarrhea less than 96 hours.
* Age greater than 90 days
* Age less than 48 months
Exclusion Criteria
* Taking immunosuppressive therapy or history of immunodeficiency (including all primary, secondary and acquired states)
* Have recently had cardiac, oral or gastrointestinal surgery
* Pancreatic dysfunction or bloody diarrhea
* History of: hematochezia, underlying chronic gastrointestinal problem, short bowel syndrome or inflammatory bowel disease
* Family member with an indwelling vascular access line, on immunosuppressive therapy or with a known immunodeficiency
* Undergoing radiation therapy
* Exclusively breastfed
* Bilious or bloody vomitus
* Previously enrolled in this trial
* Inability to speak or read English
4 Months
48 Months
ALL
No
Sponsors
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The Hospital for Sick Children
OTHER
Responsible Party
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Stephen Freedman
Adjunct Scientist
Principal Investigators
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Stephen Freedman, MD
Role: PRINCIPAL_INVESTIGATOR
The Hospital for Sick Children
Locations
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Children's Hospital of Eastern Ontario
Ottawa, Ontario, Canada
The Hospital for Sick Children
Toronto, Ontario, Canada
Hospital Sainte Justine
Montreal, Quebec, Canada
Countries
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Other Identifiers
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1000012686
Identifier Type: -
Identifier Source: org_study_id
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