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1.
Archiv. med. fam. gen. (En línea) ; 18(1): 12-20, mar. 2021. tab
Article in Spanish | LILACS, InstitutionalDB, BINACIS, UNISALUD | ID: biblio-1292666

ABSTRACT

Estimar la frecuencia de cuadro de vías aéreas superiores (CVAS) como motivo de consulta no programada, describir el proceso de atención y explorar la variación tras la implementación de una nueva estrategia de gestión para la atención, así como el efecto en los indicadores de calidad y seguridad de atención. Cohorte retrospectiva que incluyó consultas por CVAS entre 01/01/2015 y 31/12/2016 de Demanda Espontánea (consultas de baja complejidad de la Central de Emergencia de Adultos), en el Hospital Italiano de Buenos Aires. La prevalencia global del período 2015-2016 resultó 12,01% (21.581/179.597). La intervención múltiple, resultó efectiva en términos de disminución de estudios complementarios (19% antes y 17% después con p=0,001), disminución de laboratorios (9% antes y 8% después con p=0,009), y reducción del tiempo de atención (media de 51 minutos antes y 42 minutos después, con p=0,001). No hubo diferencias significativas en la incidencia acumulada de reconsultas a los 7 días (12,72% antes y 13,11% después con p=0,400) ni en la tasa de internaciones a los 7 días (0,42% antes y 0,38% después con p=0,651) desde la consulta índice (primer consulta en guardia). En un sistema sobresaturado, se requiere fortalecer los sistemas de atención primaria que conforman la puerta de entrada de la salud para garantizar la correcta utilización de los recursos disponibles, la solicitud de estudios apropiados y la indicación correcta de antibióticos. Muchas lecciones aprendidas facilitaron la organización y la reestructuración necesarias durante la pandemia COVID-19 (AU)


To estimate upper respiratory tract infection (URTI) frequency as a reason for unscheduled consultation, to describe the care process and to explore the variation after the implementation of a new management strategy for care, as well as the effect on quality and security indicators of care. Retrospective cohort which included consecutive consultations by URTI between 01/01/2015 and 12/31/2016 for ambulatory clinic (low complexity consultations at the Emergency Department), at the Hospital Italiano de Buenos Aires. The prevalence for the period 2015-2016 was 12.01% (21,581/179,597). The multiple intervention was effective in terms of reduction of complementary studies (19% before and 17% after; p =0.001), reduction of laboratories (9% before and 8% after; p=0.009), and reduction of attention time (mean of 51 minutes before and 42 minutes after; p=0.001). During the follow up, there were no significant differences in the cumulative incidence of reconsultations at 7 days (12.72% before and 13.11% after; p=0.400) or in the rate of hospitalizations at 7 days (0.42% before and 0.38% after; p=0.651) from the index consultation. In an overcrowded system, it is necessary to strengthen the primary care systems that make up the gateway to health to guarantee the correct use of available resources, the request for appropriate studies and the correct indication of antibiotics. Many lessons learned facilitated the organization and restructuring of the Emergency Department needed during the COVID-19 pandemic (AU)


Subject(s)
Humans , Adult , Middle Aged , Respiratory Tract Infections , Triage/organization & administration , Ambulatory Care/organization & administration , Primary Health Care
2.
Evid. actual. práct. ambul ; 21(3): 70-72, oct. 2018.
Article in Spanish | LILACS | ID: biblio-1016174

ABSTRACT

En este artículo, el autor reflexiona sobre sobre el presente y el futuro de la educación médica en el contexto de las tecnologías de la información y de la convivencia de nuestro trabajo con los dispositivos de inteligencia artificial, de los nuevos contenidos de genética y neurociencias, del trabajo en equipo y de la necesaria resignifificación de los términos "cura" y "cuidado". Se pregunta además si estamos en condiciones de encarar dicho desafío y de estar a la altura de las necesidades educativas de las próximas (y la actual) generación/es de médicos. (AU)


In this article, the author reflects on the present and the future of medical education in the context of information technologies and the coexistence of our work with artificial intelligence devices, the new contents of genetics and neurosciences, about team work and the necessary resignification of the terms "cure" and "care". He also wonders if we are able to face this challenge and to deal with the educational needs of the next (and the current) generation/s of doctors. (AU)


Subject(s)
Humans , Artificial Intelligence/trends , Education/trends , Education, Medical/trends , Information Technology/trends , Faculty, Medical/trends , Physicians/psychology , Physicians/trends , Neurosciences/education , /trends , Education, Medical/statistics & numerical data , Educational Measurement , Empathy , Faculty, Medical/education , Genetics/education
5.
Mem. Inst. Oswaldo Cruz ; 102(3): 335-340, June 2007. tab, graf
Article in English | LILACS | ID: lil-452511

ABSTRACT

In previous immuno-epidemiological studies of the naturally acquired antibody responses to merozoite surface protein-1 (MSP-1) of Plasmodium vivax, we had evidence that the responses to distinct erythrocytic stage antigens could be differentially regulated. The present study was designed to compare the antibody response to three asexual erythrocytic stage antigens vaccine candidates of P. vivax. Recombinant proteins representing the 19 kDa C-terminal region of MSP-1(PvMSP19), apical membrane antigen n-1 ectodomain (PvAMA-1), and the region II of duffy binding protein (PvDBP-RII) were compared in their ability to bind to IgG antibodies of serum samples collected from 220 individuals from the state of Pará, in the North of Brazil. During patent infection with P. vivax, the frequency of individuals with IgG antibodies to PvMSP1(19), PvAMA-1, and PvDBP-RII were 95, 72.7, and 44.5 percent respectively. Although the frequency of responders to PvDBP-RII was lower, this frequency increased in individuals following multiple malarial infections. Individually, the specific antibody levels did not decline significantly nine months after treatment, except to PvMSP1(19). Our results further confirm a complex regulation of the immune response to distinct blood stage antigens. The reason for that is presently unknown but it may contribute to the high risk of re-infection in individuals living in the endemic areas.


Subject(s)
Humans , Animals , Antibodies, Protozoan/immunology , Immunoglobulin G/immunology , Malaria, Vivax/immunology , Merozoite Surface Protein 1/immunology , Plasmodium vivax/immunology , Enzyme-Linked Immunosorbent Assay , Merozoite Surface Protein 1/chemistry , Recombinant Proteins/immunology
6.
Rev. med. Tucumán ; 4(n.único): 27-35, ene.-dic. 1998.
Article in Spanish | LILACS | ID: lil-262096
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