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Publications (3)0.91 Total impact

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    ABSTRACT: Poor quality and variability of medication labeling have been cited as key contributors to medication misuse. We assessed the format and content of labels and materials packaged with common pediatric liquid nonprescription medications. Descriptive study. A total of 200 top-selling pediatric oral liquid nonprescription medications (during the 52 weeks ending October 30, 2009) categorized as analgesic, cough/cold, allergy, and gastrointestinal products, with dosing information for children <12 years (representing 99% of U.S. market for these products) were reviewed. The principal display panel (PDP) and FDA Drug Facts panel (side panel) of each bottle, and associated box, if present, were independently examined by 2 abstractors. Outcome measures were content and format of active ingredient information and dosing instructions of the principal display panel and Drug Facts panel. Although almost all products listed active ingredients on the Drug Facts panel (side panel), nearly 1 in 5 (37 [18.5%]) did not list active ingredients on the PDP. When present, mean (SD) font size for PDP active ingredients was 10.7 (5.0), smaller than product brand name (32.1 [15.0]) and flavor (13.1 [4.8]); P < .001. Most products included directions in chart form (bottle: 167 [83.5%], box: 148 [96.1%], P < .001); mean (SD) font size: 5.5 (0.9; bottle), 6.5 (0.5; box), P < .001. Few products expressed dosing instructions in pictographic form: 4 (2.6%) boxes and 0 bottles. Nearly all products included the Food and Drug Administration-mandated sections. The format and content of labels for nonprescription pediatric liquid medications could be improved to facilitate parent understanding of key medication information, including active ingredient information and dosing instructions.
    Academic pediatrics 05/2012; 12(4):288-96.
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    ABSTRACT: Although low parent health literacy (HL) has been linked to poor child health outcomes, it is not known whether differences in perceptions related to access to care and provider-parent partnership in care are potential contributing factors. We sought to assess whether parent HL is associated with differences in perceived barriers to care and attitudes regarding participatory decision-making with the provider. This was a cross-sectional analysis of data collected from parents presenting with their child to an urban public hospital pediatric clinic in New York City. Dependent variables were caregiver-reported barriers to care (ability to reach provider at night/on weekends, difficult travel to clinic) and attitudes towards participatory decision-making (feeling like a partner, relying on doctor's knowledge, leaving decisions up to the doctor, being given choices/asked opinion). The primary independent variable was caregiver HL (Short Test of Functional Health Literacy in Adults [S-TOHFLA]). A total of 823 parents were assessed; 1 in 4 (27.0%) categorized as having low HL. Parents with low HL were more likely to report barriers to care than those with adequate HL: trouble reaching provider nights/weekends, 64.9% vs. 49.6%, (p < 0.001, adjusted odds ratio [AOR] 1.7, 95% confidence interval [95% CI] 1.2-2.4); difficult travel, 15.3% vs. 8.0%, (p = 0.004, AOR 1.8, 95% CI 1.1-3.0). Low HL was also associated with not feeling like a partner (28.8% vs. 17.1%; AOR 2.0; 95% CI 1.4-3.0), preference for relying on the doctor's knowledge (68.9% vs. 52.2%; AOR 1.7; 95% CI 1.2-2.4), and preference for leaving decisions up to the doctor (57.7% vs. 33.3%; AOR 2.2; 95% CI 1.6-3.1). Addressing issues of parent HL may be helpful in ameliorating barriers to care and promoting provider-parent partnership in care.
    Academic pediatrics 02/2012; 12(2):117-24.
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    ABSTRACT: Underrepresented minorities (URMs) make up a disproportionately small percentage of medical school applicants, matriculants, and physicians relative to the general US population. Preprofessional pipeline programs may help introduce URMs to careers in the medical field. MiniMeds was developed as a paracurricular enrichment program that targeted URM students. The curriculum was designed and administered by medical students, and 2 trials of this program were conducted. Data were collected pre and post program through a survey that assessed knowledge of medical concepts and knowledge of and interest in careers in medicine. Attendance at program sessions correlated with baseline knowledge about medical professions. Knowledge about medical concepts increased significantly from baseline to follow-up for boys, a group significantly represented by URMs in our cohort. Median scores for knowledge of medical careers increased significantly from baseline to followup for URMs as well as for boys and girls. Preprofessional pipeline programs such as MiniMeds are able to engage and develop medical knowledge in URM students at a critical developmental age. Further evaluation and implementation of programs that incorporate medical students to actively develop and lead pipeline programs are warranted.
    Journal of the National Medical Association 01/2011; 103(9-10):832-8. · 0.91 Impact Factor