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Objectives: Functional echocardiography is a valuable tool in the neonatal intensive care unit, but training programs are not standardized. The aim was to report an functional echocardiography training program for neonatologists and to describe the agreement of their measurements with the pediatric cardiologist. Methods: Functional echocardiography training lasted 32 h. After training program, the neonatologists performed functional echocardiography in the neonatal intensive care unit and were required to measure left cardiac chambers dimensions, left ventricle systolic function, right and left ventricular output, ductus arteriosus diameter, and flow pattern. Images were recorded by the equipment and reviewed offline by the pediatric cardiologist. The Bland–Altman test was used for quantitative variables and the kappa test, for qualitative variables. Results: Twenty-two trained neonatologists performed 100 functional echocardiography exams. Ductus arteriosus identification and flow pattern had substantial agreement (kappa = 0.91 and 0.88, respectively), as well as its diameter (mean difference = 0.04 mm). The mean difference for the aortic root was −1.2 mm; left atrium, 0.60 mm; left ventricle diastolic diameter, −0.90 mm; left ventricle systolic diameter, −0.30 mm. Shortening fraction and ejection fraction correlated well with broad limits of agreement, −2.96% (14.88; −20.82%) and −-3.43% (15.54; −22.40%), respectively. Right and left ventricular output had broad limits of agreement, 16.69 mL/kg/min (222.76; −189.37) and 23.57 mL/kg/min (157.88; −110), respectively. There was good agreement between interpretations of normal or low cardiac output (76.7% for right ventricular output; 75.7% for left ventricular output). Conclusion: This functional echocardiography training program enabled neonatologists to obtain adequate skills in performing the images, obtaining good agreement with the cardiologist in simple hemodynamic measurements and ductus arteriosus evaluation. Resumo: Objetivos: A ecocardiografia funcional é uma ferramenta valiosa na unidade de terapia intensiva neonatal, mas os programas de treinamento não são padronizados. Nosso objetivo foi relatar um programa de treinamento em ecocardiografia funcional para neonatologistas e descrever a concordância de suas medidas com o cardiologista pediátrico. Métodos: O treinamento em ecocardiografia funcional durou 32 horas. Após o programa de treinamento, os neonatologistas faziam ecocardiografia funcional na unidade de terapia intensiva neonatal e mediam as dimensões das câmaras cardíacas esquerdas, função sistólica do ventrículo esquerdo, débito cardíaco do ventrículo direito e débito cardíaco do ventrículo esquerdo, diâmetro do canal arterial e o padrão de fluxo. As imagens foram registradas no equipamento e revisadas offline pelo cardiologista pediátrico. O teste de Bland–Altman foi usado para variáveis quantitativas e o teste Kappa para variáveis qualitativas. Resultados: Foram feitas por 22 neonatologistas treinados 100 ecocardiografias funcionais. A identificação do canal arterial e o padrão de fluxo apresentaram concordância substancial (Kappa = 0,91 e 0,88, respectivamente), bem como seu diâmetro (diferença média = 0,04 mm). A diferença média foi de -1,2 mm para a raiz da aorta, 0,60 mm para o átrio esquerdo, -0,90 mm para o diâmetro diastólico do ventrículo esquerdo e de -0,30 mm para o diâmetro sistólico do ventrículo esquerdo. A fração de encurtamento e a fração de ejeção apresentaram boas correlações, com amplos limites de concordância, respectivamente -2,96% (14,88; -20,82%) e -3,43% (15,54; -22,40%). Os débitos cardíacos do ventrículo direito e do ventrículo esquerdo apresentaram amplos limites de concordância, 16,69 mL/kg/min (222,76; -189,37) e 23,57 mL/kg/min (157,88; -110), respectivamente. Houve boa concordância entre a interpretação de débito cardíaco normal ou baixo (76,7% de débito ventricular direito; 75,7% de débito ventricular esquerdo). Conclusão: Esse programa de treinamento em ecocardiografia funcional permitiu aos neonatologistas obter habilidades adequadas na realização das imagens, com boa concordância com o cardiologista em medidas hemodinâmicas simples e avaliação do canal arterial.

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Copyright of Jornal de Pediatria is the property of Sociedade Brasileira de Pediatria and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

OBJETIVOS: Conhecer o perfil de colonização fúngica e os fatores de risco associados em recém-nascidos prematuros. MÉTODOS: Coorte prospectiva, de 01/04/10 a 31/04/11, com 44 pacientes admitidos na unidade de terapia intensiva neonatal, nascidos na maternidade do hospital, com peso menor que 1.500 g. Na admissão, coletaram-se dados sobre pré-natal e parto. Informações clínico-laboratoriais, swabs nasal, retal e hemocultura periférica foram coletados nos dias 1, 7, 10 e 14 de permanência na unidade de terapia intensiva neonatal e, então, a cada 7 dias até alta ou óbito. Para análise estatística, utilizou-se teste qui-quadrado, exato de Fisher, curva de Kaplan-Meier e modelo de regressão logística. RESULTADOS: A incidência de colonização foi de 13,5/1.000 pacientes/dia. A de candidemia foi de 0,9/1.000 paciente/dia. A média de internamento foi de 30,5 dias (±20,27), sendo o início da colonização, em média, aos 11,13 dias (±8,82). O parto vaginal foi um fator de risco independente para desenvolvimento de colonização fúngica ao longo da internação [p = 0,042; odds ratio = 4,38; intervalo de confiança de 95% (IC95%) = 1,13-16,99]. Da mesma forma, a leucocitose (> 30.000/mm3) na admissão foi um sinalizador para a presença concomitante de colonização (p = 0,048). A presença de displasia broncopulmonar tende a ser um fator de maior chance para desenvolvimento de colonização (p = 0,067). O sítio de colonização mais acometido foi a mucosa retal: 89,09 versus 10,9% da nasal. CONCLUSÃO: Parto vaginal e leucocitose acima de 30.000/mm3 na admissão foram fatores de risco para colonização fúngica no decorrer da hospitalização.

OBJETIVO: Caracterizar a assistência de saúde prestada em tratamento intensivo pediátrico e neonatal no município de São Paulo através da identificação, descrição e distribuição geográfica das unidades. MÉTODOS: Estudo descritivo, tipo transversal, onde foram estudadas as unidades de terapia intensiva pediátrica e neonatal do município de São Paulo, no período de agosto de 2000 a julho de 2002. A coleta dos dados foi realizada por meio de questionário preenchido pelo coordenador médico de cada unidade. RESULTADOS: Foram listadas 107 unidades de terapia intensiva pediátricas e neonatais no município de São Paulo. Oitenta e cinco (79,4%) unidades forneceram os dados, constituindo a população de estudo. Observou-se maior número de unidades de terapia intensiva em Núcleos Regionais de Saúde com menor população pediátrica. Quanto à faixa etária, 7% eram exclusivamente pediátricas, 41,2% neonatais, e 51,7% mistas. Em relação ao mantenedor: 47% eram públicas, 37,6% privadas, e 15,3% filantrópicas. Identificamos 1.067 leitos, estando 969 em atividade. A razão leito/paciente de 0 a 14 anos foi de 1:2.728, variando de 1:604 (Núcleo Regional de Saúde - I) a 1:6.812 (Núcleo Regional de Saúde - III). O número de leitos por unidade variou de 2 a 60, com média de 11,7 (unidades de terapia intensiva neonatais: 16,9; mistas: 8,5). CONCLUSÃO: No município de São Paulo, observou-se uma distribuição desproporcional das unidades de terapia intensiva pediátrica e neonatal entre os cinco Núcleos Regionais de Saúde. Houve também uma distribuição desproporcional entre unidades de terapia intensiva públicas e privadas e entre neonatais e pediátricas. Esse estudo foi o primeiro esforço na busca por melhor qualidade na assistência intensiva pediátrica e neonatal no município de São Paulo.OBJECTIVE: To describe the health care service provided in pediatric intensive care units in the city of São Paulo, by identifying and describing the units and analyzing their geographic distribution. METHODS: A descriptive cross-sectional study was carried out during a two-year period (August 2000 to July 2002). Data were collected through questionnaires answered by medical directors of each pediatric and neonatal intensive care unit. RESULTS: São Paulo is served by 107 pediatric and neonatal intensive care units, of which 85 (79.4%) completed and returned the questionnaire. We found a very unequal distribution of units as there were more units in places with the least pediatric population. Regarding to pediatric intensive care units specialization, 7% were pediatric, 41.2% were neonatal and 51.7% were mixed (pediatric and neonatal). Regarding hospital funds, 15.3% were associated with philanthropic institutions, 37.6% were private and 47% were public. A total of 1,067 beds were identified, of which 969 were active. The ratio bed/patient aged 0-14 was 1/2,728, varying from 1/604 at health districts - I to 1/6,812 at health districts - III. The units reported an average of 11.7 beds (2 to 60). The neonatal intensive care unit had a median of 16.9 beds per unit and pediatric intensive care units a median of 8.5 beds/unit. CONCLUSION: In São Paulo, we found an uneven distribution of pediatric and neonatal intensive care units among the health districts. There was also an uneven distribution between public and private units, and neonatal and pediatric ones. The current report is the first step in the effort to improve the quality of medical assistance in pediatric and neonatal intensive care units in São Paulo.

Copyright of Jornal de Pediatria is the property of Sociedade Brasileira de Pediatria and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Objectives: Functional echocardiography is a valuable tool in the neonatal intensive care unit, but training programs are not standardized. The aim was to report an functional echocardiography training program for neonatologists and to describe the agreement of their measurements with the pediatric cardiologist., Methods: Functional echocardiography training lasted 32h. After training program, the neonatologists performed functional echocardiography in the neonatal intensive care unit and were required to measure left cardiac chambers dimensions, left ventricle systolic function, right and left ventricular output, ductus arteriosus diameter, and flow pattern. Images were recorded by the equipment and reviewed offline by the pediatric cardiologist. The Bland-Altman test was used for quantitative variables and the kappa test, for qualitative variables., Results: Twenty-two trained neonatologists performed 100 functional echocardiography exams. Ductus arteriosus identification and flow pattern had substantial agreement (kappa=0.91 and 0.88, respectively), as well as its diameter (mean difference=0.04mm). The mean difference for the aortic root was -1.2mm; left atrium, 0.60mm; left ventricle diastolic diameter, -0.90mm; left ventricle systolic diameter, -0.30mm. Shortening fraction and ejection fraction correlated well with broad limits of agreement, -2.96% (14.88; -20.82%) and --3.43% (15.54; -22.40%), respectively. Right and left ventricular output had broad limits of agreement, 16.69mL/kg/min (222.76; -189.37) and 23.57mL/kg/min (157.88; -110), respectively. There was good agreement between interpretations of normal or low cardiac output (76.7% for right ventricular output; 75.7% for left ventricular output)., Conclusion: This functional echocardiography training program enabled neonatologists to obtain adequate skills in performing the images, obtaining good agreement with the cardiologist in simple hemodynamic measurements and ductus arteriosus evaluation., (Copyright © 2019 Sociedade Brasileira de Pediatria. Published by Elsevier Editora Ltda. All rights reserved.)

Objective: Respiratory syncytial virus is a pathogen frequently involved in nosocomial outbreaks. Although several studies have reported nosocomial outbreaks in neonatal intensive care units, molecular epidemiology data are scarce. Here, the authors describe two consecutive respiratory syncytial virus outbreaks caused by genotypes ON-1 and NA-2 in a neonatal intensive care unit in São Paulo, Brazil., Methods: A prospective search for respiratory syncytial virus was performed after diagnosing the index case and four other symptomatic newborns in the neonatal intensive care unit. Nasopharyngeal aspirate samples of all patients in the neonatal intensive care unit were tested for 17 respiratory viruses using real-time reverse transcriptase polymerase chain reaction. Genotyping was performed using nucleotide sequencing., Results: From May to August 2013, two different outbreaks were detected in the neonatal intensive care unit. A total of 20 infants were infected with respiratory syncytial virus-A (ten and 14 with ON-1 and NA-2 genotypes, respectively). The mean age of the infants was 10 days, mean birth weight was 1,961g, and the mean gestational age was 33 weeks. Risk factors (heart disease, lung disease, and prematurity) were present in 80% and 85.7% of infants in the ON-1 and NA-2 groups, respectively. In total, 45.8% of infants were asymptomatic and 20.8% required mechanical ventilation. Coinfections were not detected during the outbreaks., Conclusions: Infants in a neonatal intensive care unit who develop abrupt respiratory symptoms should be tested for respiratory viruses, especially respiratory syncytial virus. Even in the absence of severe symptoms, respiratory syncytial virus detection can prevent nosocomial transmission through infection control measures. A better understanding of respiratory syncytial virus molecular epidemiology is essential for developing new vaccines and antiviral drugs against respiratory syncytial virus., (Copyright © 2018 Sociedade Brasileira de Pediatria. Published by Elsevier Editora Ltda. All rights reserved.)

Objective: to study the perception of a Neonatal Intensive Care team on pain assessment and management before and after an educational intervention created and implemented in the unit., Methods: intervention study developed as action research, in three phases. In Phase 1, a quantitative study was performed to identify how professionals perceive pain management in the unit. In Phase 2, an educational intervention was carried out, using the Operational Group (OG), which defined strategies to be adopted to seek improvements in pain assessment and management. In Phase 3, the initial questionnaire was reapplied to assess professionals' perceptions about the subject after the intervention. All professionals directly working in newborn care were included., Results: the perception of professionals about pain management and assessment in the unit showed a statistically significant difference between the two phases of research, highlighting the increase in frequency of reference for evaluation and use of some method of pain relief procedures for most analyzed procedures. Participation in training (one of the strategies defined by the operational group) was reported by 86.4% of the professionals. They reported the use of scales for pain assessment, established by the protocol adopted in the service after the intervention, with a frequency of 94.4%. Changes in pain assessment and management were perceived by 79.6% of the participants., Conclusion: the professionals involved in the educational intervention observed changes in pain management in the unit and related them to the strategies defined and implemented by the OG., (Copyright © 2014 Sociedade Brasileira de Pediatria. Published by Elsevier Editora Ltda. All rights reserved.)