1. Priority setting in the Brazilian emergency medical service: a multi-criteria decision analysis (MCDA)
- Author
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Ana Flávia Alves Dos Santos, Ricardo Pires de Souza, Deyse Gillyane Gomes Camilo, João Florêncio da Costa Junior, and Talita Dias Chagas Frazão
- Subjects
Mlticriteria decision analysis ,Service (systems architecture) ,Emergency Medical Services ,FITradeoff ,Process (engineering) ,Computer science ,media_common.quotation_subject ,Computer applications to medicine. Medical informatics ,R858-859.7 ,Health Informatics ,02 engineering and technology ,Shortage of resources ,Health informatics ,Decision Support Techniques ,Scarcity ,03 medical and health sciences ,Emergency medical service ,0302 clinical medicine ,Prioritizing victims ,Prioritization criteria ,0202 electrical engineering, electronic engineering, information engineering ,Emergency medical services ,Humans ,030212 general & internal medicine ,media_common ,Discussion group ,business.industry ,Health Policy ,Multiple-criteria decision analysis ,Computer Science Applications ,Risk analysis (engineering) ,Work (electrical) ,020201 artificial intelligence & image processing ,business ,Brazil ,Research Article - Abstract
Background Despite the proven value of multicriteria decision analysis in the health field, there is a lack of studies focused on prioritising victims in the Emergency Medical Service, EMS. With this, and knowing that the decision maker needs a direction on which choice may be the most appropriate, based on different and often conflicting criteria. The current work developed a new model for prioritizing victims of SAMU/192, based on the multicriteria decision methodology, taking into account the scarcity of resources. Methods An expert panel and a discussion group were formed, which defined the limits of the problem, and identified the evaluation criteria for choosing a victim, amongst four alternatives illustrated from hypothetical scenarios of emergency situations—clinical and traumatic diseases of absolute priority. For prioritization, an additive mathematical method was used that aggregates criteria in a flexible and interactive version, FITradeoff. Results The structuring of the problem led the researchers to identify twenty-five evaluation criteria, amongst which ten were essential to guide decisions. As a result, in the simulation of prioritization of four requesting victims in view of the availability of only one ambulance, the proposed model supported the decision by suggesting the prioritization of one of the victims. Conclusions This work contributed to the prioritization of victims using multicriteria decision support methodology. Selecting and weighing the criteria in this study indicated that the protocols that guide regulatory physicians do not consider all the criteria for prioritizing victims in an environment of scarcity of resources. Finally, the proposed model can support crucial decision based on a rational and transparent decision-making process that can be applied in other EMS.
- Published
- 2021