The reasonable man adapts himself to the world; the unreasonable one persists in trying to adapt the world to himself. Therefore, all progress depends on the unreasonable man. GB Shaw
Showing posts with label Children. Show all posts
Showing posts with label Children. Show all posts
Tuesday, March 29, 2011
Wednesday, December 15, 2010
Safety and over the counter medications for children
A paper just published in JAMA provides some fascinating information about a lack of consistency in dosing instructions and measuring devices in over the counter (OTC) medications for children. the results are to say the least disturbing.
Results Measuring devices were packaged with 148 of 200 products (74.0%). Within this subset of 148 products, inconsistencies between the medication's dosing directions and markings on the device were found in 146 cases (98.6%). These included missing markings (n = 36, 24.3%) and superfluous markings (n = 120, 81.1%). Across all products, 11 (5.5%) used atypical units of measurement (eg, drams, cc) for doses listed. Milliliter, teaspoon, and tablespoon units were used for doses in 143 (71.5%), 155 (77.5%), and 37 (18.5%) products, respectively. A nonstandard abbreviation for milliliter (not mL) was used by 97 products. Of the products that included an abbreviation, 163 did not define at least 1 abbreviation.
Given that a major contributor to adverse medication events in children relate to dosing/ weight errors, obviously these discrepancies pose a potential risk. Of more importance, though it is not the subject of the paper is the efficacy and side effect profile of many of these therapies.
Results Measuring devices were packaged with 148 of 200 products (74.0%). Within this subset of 148 products, inconsistencies between the medication's dosing directions and markings on the device were found in 146 cases (98.6%). These included missing markings (n = 36, 24.3%) and superfluous markings (n = 120, 81.1%). Across all products, 11 (5.5%) used atypical units of measurement (eg, drams, cc) for doses listed. Milliliter, teaspoon, and tablespoon units were used for doses in 143 (71.5%), 155 (77.5%), and 37 (18.5%) products, respectively. A nonstandard abbreviation for milliliter (not mL) was used by 97 products. Of the products that included an abbreviation, 163 did not define at least 1 abbreviation.
Given that a major contributor to adverse medication events in children relate to dosing/ weight errors, obviously these discrepancies pose a potential risk. Of more importance, though it is not the subject of the paper is the efficacy and side effect profile of many of these therapies.
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