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Posters IV - The American Academy of Clinical Toxicology

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available, management by a PC <strong>of</strong> human exposures occurring in their own residence, managed on site<br />

(not HCF) avoided annual medical care costs <strong>of</strong> nearly $9 million; in the Medicaid subgroup, annual<br />

medical care costs avoided were $4 million.<br />

269<br />

Health Policy and Poison Control Centers: Providing Analysis Utilizing a Logic Model<br />

Teresa Dodd-Butera 1 , Molly Broderick 2<br />

1 CSU San Bernardino, San Bernardino CA 2 California Poison Control System, San Diego CA USA<br />

Background: Despite evidence that poison control centers (PCCs) provide cost-effective public health<br />

measures and access, threats for decreased public funding necessitates improved evaluation methods. A<br />

logic model provides an illustration <strong>of</strong> an underlying conceptual framework and the logical connection<br />

within and between systems. Methods: A logic model was utilized to analyze the policy <strong>of</strong> decreasing<br />

public spending for PCCs. An underlying assumption was that PCCs provide essential public health<br />

services. Inputs included stakeholders and resources impacted by the policy to decrease public spending.<br />

<strong>The</strong> logic model also considered negative outcomes for both outpatient and inpatient services which are<br />

impacted if decreased funding levels lead to the elimination <strong>of</strong> access to PCC services. Results:<br />

Immediate impact <strong>of</strong> decreased public spending would deny access to certain essential public health<br />

services, particularly significant to vulnerable populations. Short and long-term outcomes would include<br />

decreased utilization <strong>of</strong> appropriate resources; and increased costs and imposition on emergency services<br />

and resources, respectively. In addition, there is a potential for increased morbidity and mortality due to an<br />

absence <strong>of</strong> preventive services to the public and impediments to training <strong>of</strong> clinical toxicologists.<br />

Conclusions: Logic models for analysis <strong>of</strong> public health policy for PCCs can be effective in establishing<br />

causal models and connectedness <strong>of</strong> systems. In addition, it provides a conceptual and visual frame <strong>of</strong><br />

reference for pr<strong>of</strong>essionals, politicians, and the public which increases transparency for fiscal decisions;<br />

and eliminates the appearance <strong>of</strong> budget reduction in the case <strong>of</strong> decreased public spending for PCC<br />

services, which would actually increase spending for other health services.<br />

270<br />

Follow-up calls: revision <strong>of</strong> the criteria and the procedure<br />

Anne Letarte 1 , Veronique Gross 1 , Monique Dorval 1 , Rene Blais 1<br />

1 Centre antipoison du Quebec (CAPQ), Quebec QC Canada<br />

Background: At the CAPQ, the aim <strong>of</strong> the follow-up (FU) calls is to optimize the care <strong>of</strong> the intoxicated<br />

patient by evaluating both the patient's response to the recommended treatment and the need for further<br />

recommendations. <strong>The</strong> FU calls also serve to determine patient outcome in relation to the acute toxic<br />

episode. With increasing workloads both at the CAPQ and in the critical care units, our specialists in<br />

poison information (SPIs) were questioning the relevance <strong>of</strong> maintaining some FUs. <strong>The</strong> SPIs were also<br />

asking for an update <strong>of</strong> the FU criteria. <strong>The</strong>y wanted more objective criteria that would help them in<br />

making clinical decisions as to whether or not to initiate or discontinue FU. As an organization, we aimed<br />

to improve our patient outcome data. Method: <strong>The</strong> CAPQ created a workgroup that surveyed all <strong>of</strong> the<br />

SPIs and the toxicologists for their specific suggestions to improve our FU criteria. <strong>The</strong> workgroup also<br />

reviewed the <strong>American</strong> Association <strong>of</strong> Poison Control Centers' certification criteria concerning the<br />

outcome data, and examined the FU procedures from four Canadian, two <strong>American</strong> and one European<br />

poison control centres. Based on these data, the workgroup drafted a brand-new FU procedure which was<br />

tested by the SPIs during the months <strong>of</strong> December 2010 and January 2011. Results: Following the test

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