PURPOSE: This study analyzes the association between center usage rates and the rates of nonadmitted visits to emergency departments (EDs) for poisoning. BASIC PROCEDURES: With a log-normal regression model, we analyzed the association between the number of human exposure calls per hospitalized poisoning patient and the number of nonhospitalized ED visits. The data were from 14 states at county level. MAIN FINDINGS: A 1% higher poison control center (PCC) human exposure call rate for unintentional poisoning is associated, but not necessarily causally, with a 0.18% lower ED visit rate (P < .0001). If the observed association is causative, 15.5 PCC human poison exposure calls prevent one nonadmitted ED visit, yielding a $205 net cost saving and a benefit-cost ratio of 1.4. The savings ignore any reduction in hospital admissions. PRINCIPAL CONCLUSIONS: Increased PCC exposure calls appear to be associated with reduced ED use for unintentional poisoning and appear to reduce net medical spending.
PURPOSE: This study analyzes the association between center usage rates and the rates of nonadmitted visits to emergency departments (EDs) for poisoning. BASIC PROCEDURES: With a log-normal regression model, we analyzed the association between the number of human exposure calls per hospitalized poisoningpatient and the number of nonhospitalized ED visits. The data were from 14 states at county level. MAIN FINDINGS: A 1% higher poison control center (PCC) human exposure call rate for unintentional poisoning is associated, but not necessarily causally, with a 0.18% lower ED visit rate (P < .0001). If the observed association is causative, 15.5 PCC human poison exposure calls prevent one nonadmitted ED visit, yielding a $205 net cost saving and a benefit-cost ratio of 1.4. The savings ignore any reduction in hospital admissions. PRINCIPAL CONCLUSIONS: Increased PCC exposure calls appear to be associated with reduced ED use for unintentional poisoning and appear to reduce net medical spending.
Authors: Anne-Marie K Descamps; Peter De Paepe; Walter A Buylaert; Martine A Mostin; Dominique M Vandijck Journal: Int J Public Health Date: 2019-07-11 Impact factor: 3.380
Authors: Andrew M King; Shooshan Danagoulian; Michael Lynch; Nathan Menke; Yijia Mu; Melissa Saul; Michael Abesamis; Anthony F Pizon Journal: J Med Toxicol Date: 2018-10-23