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1.
Semin Fetal Neonatal Med ; 26(1): 101206, 2021 02.
Article in English | MEDLINE | ID: mdl-33612418

ABSTRACT

mHealth, the use of wireless and portable communication technology to improve the health status of the population, has seen widespread adoption in low- and middle-income countries. It has been used to increase awareness and knowledge of healthcare, to collect health-related data, to deliver healthcare information such as results of investigations or appointment reminders, to aid decision-making by healthcare providers, and to improve communication between various stakeholders of the health system. Developing countries face an immense challenge of periodically updating the professional knowledge of their huge pool of community and facility level healthcare workers. Nearly universal possession of mobile phones, low-cost internet data, and high growth rate of smartphones has facilitated the use of mHealth in delivering evidence-based guidelines and decision-aids to frontline healthcare workers. This review describes the current evidence on the use of mHealth educational interventions targeting maternal and neonatal healthcare providers in low- and middle-income countries. Recent efforts of the National Neonatology Forum of India in integration of mHealth for development and dissemination of clinical practice guidelines are also presented.


Subject(s)
Cell Phone , Telemedicine , Child , Developing Countries , Humans , Infant , Infant Care , Infant, Newborn , Technology
2.
Rev. bras. ter. intensiva ; 29(1): 39-46, jan.-mar. 2017. tab, graf
Article in Portuguese | LILACS | ID: biblio-844283

ABSTRACT

RESUMO Objetivo: Determinar a eficácia de um programa de gestão da qualidade para reduzir a incidência e a gravidade de úlceras por pressão em pacientes de terapia intensiva. Métodos: Estudo com metodologia quasi-experimental, antes-e-depois, conduzido em uma unidade de terapia intensiva clínica e cirúrgica. Incluíram-se os pacientes consecutivos que receberam ventilação mecânica por um período igual ou superior a 96 horas. Uma equipe de Melhoria de Processos delineou um processo de intervenção multifacetado, que consistiu de uma sessão educacional, uma lista de verificação de úlcera de pressão, um aplicativo para smartphone para monitoramento de lesões e um conjunto de normas de tomada de decisão, além de prevenção familiar. Resultados: O Grupo Pré-I incluiu 25 pacientes, e o Grupo Pós-I foi constituído por 69 pacientes. A incidência de úlcera de pressão nestes grupos foi de 41 (75%) e 37 (54%), respectivamente. O tempo mediano para o desenvolvimento das úlceras por pressão foi de 4,5 (4-5) dias no Grupo Pré-I e 9 (6-20) dias no Grupo Pós-I após a admissão para cada um dos períodos. A incidência de úlceras por pressão de grau avançado foi de 27 (49%) no Grupo Pré-I e 7 (10%) no Grupo Pós-I. A presença de úlceras por pressão na alta foi de 38 (69%) e 18 (26%), respectivamente, para os Grupos Pré-I e Pós-I (p < 0,05 para todas as comparações). A participação da família totalizou 9% no Grupo Pré-I e aumentou para 57% no Grupo Pós-I (p < 0,05). Utilizou-se um modelo de regressão logística para analisar os preditores de úlcera de pressão com grau avançado. A duração da ventilação mecânica e a presença de falência de órgão associaram-se positivamente com o desenvolvimento de úlceras por pressão, enquanto o programa multifacetado de intervenção atuou como fator de proteção. Conclusão: Um programa de qualidade, com base em um aplicativo para smartphone e na participação da família, pode reduzir a incidência e a gravidade de úlceras por pressão em pacientes com ventilação mecânica aguda prolongada.


ABSTRACT Objective: To determine the effectiveness of a quality management program in reducing the incidence and severity of pressure ulcers in critical care patients. Methods: This was a quasi-experimental, before-and-after study that was conducted in a medical-surgical intensive care unit. Consecutive patients who had received mechanical ventilation for ≥ 96 hours were included. A "Process Improvement" team designed a multifaceted interventional process that consisted of an educational session, a pressure ulcer checklist, a smartphone application for lesion monitoring and decision-making, and a "family prevention bundle". Results: Fifty-five patients were included in Pre-I group, and 69 were included in the Post-I group, and the incidence of pressure ulcers in these groups was 41 (75%) and 37 (54%), respectively. The median time for pressure ulcers to develop was 4.5 [4 - 5] days in the Pre-I group and 9 [6 - 20] days in the Post-I group after admission for each period. The incidence of advanced-grade pressure ulcers was 27 (49%) in the Pre-I group and 7 (10%) in the Post-I group, and finally, the presence of pressure ulcers at discharge was 38 (69%) and 18 (26%), respectively (p < 0.05 for all comparisons). Family participation totaled 9% in the Pre-I group and increased to 57% in the Post-I group (p < 0.05). A logistic regression model was used to analyze the predictors of advanced-grade pressure ulcers. The duration of mechanical ventilation and the presence of organ failure were positively associated with the development of pressure ulcers, while the multifaceted intervention program acted as a protective factor. Conclusion: A quality program based on both a smartphone application and family participation can reduce the incidence and severity of pressure ulcers in patients on prolonged acute mechanical ventilation.


Subject(s)
Humans , Adult , Aged , Young Adult , Patient Care Team/organization & administration , Respiration, Artificial/methods , Pressure Ulcer/prevention & control , Intensive Care Units , Time Factors , Severity of Illness Index , Family , Logistic Models , Incidence , Critical Care/methods , Pressure Ulcer/pathology , Pressure Ulcer/epidemiology , Mobile Applications , Smartphone , Middle Aged
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