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Objective To investigate the clinicalmanifestation,monitoring and therapeutic measure of severe enterovirus 71 ( EV71 ) infection in children.MethodsForty-five cases of severe EV71 infectionwere admitted in our PICU from May 2010 to Sep 2011.The vital sign and arterial blood pressure,central venous pressure,mixed venous oxygen saturation,dynamic non-invasive heart function and urine volume were monitored.Forty-five cases were divided into 3 stages according to clinical manifestation:( 1 ) nervous system involvement stage; (2) respiratory system involvement stage; ( 3 ) circulatory system involvement stage ( compensation and decompensation).We adopted individualized remedy measure according to different stages.ResultsIn 45 cases,38 cases discharged from hospital,the cure rate was 84.4％.Among all the 38 cases,nervous system involvement was found in 19 cases,respiratory system involvement was found in 12 cases,circulatory system involvement was found in 7 cases.Seven cases died,who had circulation failure.ConclusionWe should identify severe EV71 infection early.Positive control of high fever,appropriate liquid treatment,control of high blood pressure,early respiratory support,preventment of circulation failure are the key measures for treatment.Individualized monitoring and treatment are effective in children with severe EV71 infection.
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Objective To describe the characteristics of and emergency treatment for and outcomes of critical ill children with 2009 influenza A caused by H1N1 virus strain. Method A prospective observational study of 3 pediatric patients with severe influenza A of H1N1 virus strain complicated with acute respiratory distress syndrome (ARDS) from November to December 2009. Results The H1N1 virus strain was confirmed by using realtime reverse transcription polymerase chain reaction (Real-time RT-PCR). Two patients survived and one died. Fever and cough were the onset symptoms. The systemic responses to influenza A at first were relatively mild. The tragic deterioration occurred all of a sudden with cyanosis all over the lips and dyspnea. The roentgenography showed bilateral multiple tabular pulmonary effusion and diffuse opaque shadows. The length of time required to confirm the diagnosis of ARDS from the symptom onset was 4 to 6 days. All patients were severely hypoxic with the ratio of PaO2 to 0.7-0.9 fraction of inspired oxygen (FiO2) to be 70- 100 mmHg at admission to PICU. In order to avoid injury to the lung, the protective ventilation strategy was carried out with low tidal volume (6 mL/kg) and adequate pressure,and conservative fluid management. Conclusions The H1N1 strain influenza virus A is characterized by pyrexia, cough and other respiratory symptoms in the early stage of critically ill children. In a few days, cough increased along with a sudden burst of cyanotic lips and shortness of breath, highly suggesting ARDS. Timely oxygen therapy and respiratory support, conservative fluid management, and the prophylaxis of secondary infection may be the essential measures. More clinical data are needed to clarify the critical features and to evaluate the emergency therapy for H1N1 influenza A in critically ill children.
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Objective To explore the pediatric emergency medical mode in critical ill children by pediatrics specialty and nurses,using equipments of ICU for adults in second class general hospital. Methods We retrospectively analyzed the effect of establishing the pediatric observation unit in the adult observationdistrict and the prognosis and disease spectrum of pediatric critical patients in our emergency ICU in the past five years. Results 5 076 pediatric patients had been admitted to the emergency observation unit accounting for 3.40% of outpatient yearly. There were 464 critically ill children,accounting for 9. 14% of children into the observation unit,251 cases (54. 09%) were transported to other hospitals,35 cases (7.54%) were admitted to emergency ICU due to transport high-risk, 14 cases required ventilator support. The disease spectrum based mainly on childhood accident,including trauma,poisoning and drowning,etc. The other major diseases were severe infection and fulminant myocarditis. After the treatment such as stopping bleeding, respiratory supporting ,correcting shock, and maintaining the function of important organs,77. 14 % were improved or recovered. The survival rate of children with mechanical ventilation was > 85%. Conclusion In our country,the pediatric emergency medical service system is inadequate. The critical illness treatment model of using the advantages of equipments and nurse' s team of adult ICU in second class general hospital ,combining with pediatrician trained in PICU is feasible and consistents with our national conditions.
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Objective To study the etiology, clinical features, risk factors of septic shock and multiple organ dysfunction syndrome /multiple organ failure (MODS/MOF) caused by gastroenteritis infection in the pediatric intensive care unit (PICU). Methods Case records of patients with gastroenteritis complicated by septic shock and MODS/MOF admitted to PICU in Children's hospital affiliated to Shanghai Jiaotong University from January 2000 to December 2004 were reviewed for etiology, case fatality rate, prognosis and relationship with MODS/MOF. Univariate analyses were performed to analyse the risk factors associated with septic shock and MODS/MOF. Results During the 5 years, 1 536 patients with critical illness were admitted and MODS/MOF associated with gastroenteriitis infection developed in 28 patients. The overall mortality of patients with MODS/MOF associated with gastroenteriitis was 75%. The mean age was (1.9?3.4)years and 19 cases(67.8%)were under 1 year. The patients with MODS/MOF involved (3.7?0.9)organs or systems on average. The numbers of involved organs systems were circulatory in 28 patients(100%), gastrointestinal system in 21(75%), lung in 20(71.4%), kidney in 14(50%),brain in 9(32.4%),blood in 9(32.4%) and liver in 5(17.9%). The first dysfunctional system was gastrointestinal tract in 13(46.4%),circulatory in 11(39.3%),and lung in 4(14.3%). The average volume of fluid resuscitation was (46.2?12.6)ml/kg and range from 30 ml/kg to 75 ml/kg in the first hour. The average fluid was (92.7?33.9)ml/kg and range from 70 ml/kg to 120 ml/kg in 6 hours. The cases fatality of patients with or without successful volume resuscitation were 66.7% (12 in 18 cases) and 90%(9 in 10 cases) in 6 hours respectively.Univariate analyses indicated the following risk factors: numbers of failed organ and lower pediatric critical illness score(P