BACKGROUND: Prior review of pediatric malaria cases in the Washington, DC area raised concern that there may be systematic barriers to the timely procurement of antimalarial medications for those patients being treated for malaria as outpatients. We hypothesized that the local availability of antimalarial medications was not consistent across communities of differing socioeconomic status. METHODS: We administered a blinded telephone questionnaire to pharmacists in the Maryland suburbs of Washington, DC and assessed the in-stock availability of antimalarial medication. Pharmacies were stratified into categories of population risk, disease incidence, and income. RESULTS: Pharmacies in high-income ZIP codes were more likely to stock first-line therapy medications (93%, p = 0.03) than pharmacies in moderate-income, low-incidence, low-risk ZIP codes (50%). Moderate-income ZIP codes with high-malaria incidence and a high-risk population (67%, p = 0.35) were no more likely to stock first-line antimalarial medications than pharmacies in moderate-income, low-incidence, low-risk areas (50%). In all, only four (9%) pharmacies stocked quinine. Many pharmacists stated the reason for this discrepancy was that they believed the Food and Drug Administration (FDA) had "pulled quinine off the market." CONCLUSIONS: In the United States, disparities exist in the availability of outpatient-antimalarial medications. We recommend that a complete outpatient treatment course is dispensed, or the availability of the medication at the pharmacy that the patient will use is verified prior to departure from the clinic or emergency department. Pharmacists and physicians should be aware that the FDA restrictions on the use of quinine sulfate do not apply to its use for the treatment of malaria.
BACKGROUND: Prior review of pediatric malaria cases in the Washington, DC area raised concern that there may be systematic barriers to the timely procurement of antimalarial medications for those patients being treated for malaria as outpatients. We hypothesized that the local availability of antimalarial medications was not consistent across communities of differing socioeconomic status. METHODS: We administered a blinded telephone questionnaire to pharmacists in the Maryland suburbs of Washington, DC and assessed the in-stock availability of antimalarial medication. Pharmacies were stratified into categories of population risk, disease incidence, and income. RESULTS: Pharmacies in high-income ZIP codes were more likely to stock first-line therapy medications (93%, p = 0.03) than pharmacies in moderate-income, low-incidence, low-risk ZIP codes (50%). Moderate-income ZIP codes with high-malaria incidence and a high-risk population (67%, p = 0.35) were no more likely to stock first-line antimalarial medications than pharmacies in moderate-income, low-incidence, low-risk areas (50%). In all, only four (9%) pharmacies stocked quinine. Many pharmacists stated the reason for this discrepancy was that they believed the Food and Drug Administration (FDA) had "pulled quinine off the market." CONCLUSIONS: In the United States, disparities exist in the availability of outpatient-antimalarial medications. We recommend that a complete outpatient treatment course is dispensed, or the availability of the medication at the pharmacy that the patient will use is verified prior to departure from the clinic or emergency department. Pharmacists and physicians should be aware that the FDA restrictions on the use of quinine sulfate do not apply to its use for the treatment of malaria.
Authors: Emily J Walz; Hannah R Volkman; Adebola A Adedimeji; Jilliane Abella; Lauren A Scott; Kristina M Angelo; Joanna Gaines; Christina M Coyle; Stephen J Dunlop; David Wilson; Arthur P Biah; Danushka Wanduragala; William M Stauffer Journal: J Travel Med Date: 2019-02-01 Impact factor: 8.490
Authors: Anne E Frosch; Beth K Thielen; Jonathan D Alpern; Emily J Walz; Hannah R Volkman; Mackenzie Smith; Danushka Wanduragala; Wilhelmina Holder; Ama Eli Boumi; William M Stauffer Journal: J Travel Med Date: 2022-07-14 Impact factor: 39.194
Authors: Elizabeth H Lee; Robin H Miller; Penny Masuoka; Elizabeth Schiffman; Danushka M Wanduragala; Robert DeFraites; Stephen J Dunlop; William M Stauffer; Patrick W Hickey Journal: Am J Trop Med Hyg Date: 2018-10 Impact factor: 2.345
Authors: Philippe Amstislavski; Ariel Matthews; Sarah Sheffield; Andrew R Maroko; Jeremy Weedon Journal: Int J Health Geogr Date: 2012-11-09 Impact factor: 3.918