23 research outputs found
Outcome of pregnancies with preterm prelabor rupture of membranes before 27 weeks' gestation: a retrospective cohort study
No full textNo abstract available.Jantien L. van der Heyden, David P. van der Ham, Sander van Kuijk, Kim J.B. Notten, Timothy Janssen, Jan G. Nijhuis, Christine Willekes, Martina Porath, Joris A. van der Post, Feico Halbertsma, Ben Willem J. Mol, Eva Pajkr
Subsequent pregnancy after preterm prelabor rupture of membranes before 27 weeks' gestation
No full textObjective: Midtrimester preterm prelabor rupture of membranes (PPROM) has a high rate of neonatal mortality and morbidity. The aim of this study was to study outcomes of subsequent pregnancies after a pregnancy with PPROM before 27 weeks' gestation. Study Design: Retrospective study of subsequent pregnancies of women who suffered PPROM before 27 weeks' gestation from 1994 to 2009. The main outcome measure was the risk of recurrence of PPROM before 27 weeks' gestation. The authors also studied preterm birth and pregnancy outcome in the subsequent pregnancy. Finally, they assessed associative factors for subsequent premature delivery. Results: They identified 307 patients, of whom 118 women had a subsequent pregnancy. Of 99 women with complete outcome data, 9 women (9%) had PPROM before 27 weeks' gestation in a subsequent pregnancy and 35 women (35%) had a preterm delivery. In 58 (59%) of pregnancies no major complications occurred. They found three associative factors for premature delivery in a subsequent pregnancy: negative vaginal culture for Group B streptococcus, increasing maternal age and early gestational age at PPROM in the index pregnancy. Conclusions Women with PPROM before 27 weeks have a 9% recurrence risk of early PPROM and a risk of 35% of having a preterm delivery in a subsequent pregnancy.Jantien L. van der Heyden, Sander M. J. van Kuijk, David P. van der Ham, Kim J. B. Notten, Timothy Janssen, Jan G. Nijhuis, Christine Willekes, Martina Porath, Joris A. van der Post, Feico Halbertsma, Eva Pajkrt, Ben Willem J. Mo
Is it useful to measure C-reactive protein and leukocytes in patients with prelabor rupture of membranes?
No full textNeonatal infection is the main complication of prelabor rupture of membranes (PROM). We studied the accuracy of measuring C-reactive protein (CRP) and leukocytes in maternal serum to predict neonatal infection. We performed a retrospective cohort study in two hospitals in the Netherlands between 2003 and 2006. We included consecutive women hospitalized for PROM. In both hospitals, CRP and leukocytes were measured routinely in maternal serum every 2 days until delivery. End points considered were clinical neonatal infection and proven neonatal sepsis. The accuracy of CRP and leukocytes was assessed using receiver operating characteristic (ROC) analysis. We included 299 women with PROM, 12 of whom had a twin pregnancy. Gestational age at inclusion varied between 26 weeks and 0 days and 41 weeks and 5 days with a median of 37 weeks and 3 days. In 47 women (16%), the neonate developed a clinical infection. The areas under the ROC curve of CRP and leukocytes in the prediction of clinical neonatal infection were 0.61 and 0.62, respectively. Of the 47 infected neonates, six neonates (2%) had a proven neonatal sepsis. In the mothers of these septic neonates, maternal CRP did not rise above 50 mg/L and leukocyte values varied between 9.8 and 25.8 × 109/L. In women with PROM, CRP and leukocytes should not be measured routinely.Jantien L. van der Heyden, Stijn S.P van Teeffelen, Anne C.G Coolen, Feico J. Halbertsma, Robert Aardenburg, Helena J.M.M Mertens, Ben Willem J Mo
Urine flow cytometry is an adequate screening tool for urinary tract infections in children
No full textDiagnosing a urinary tract infection in children is often difficult due to non-specific symptoms and requires invasive and time-consuming procedures. Flow cytometry is a new and rapid method of analyzing urine to confirm or exclude UTIs. We have investigated the sensitivity and specificity of urine flow cytometry (Sysmex UF1000i) compared to conventional diagnostic techniques in a prospective study from January 1, 2014 until January 1, 2015. All children under 13years of age with a suspicion of urinary tract infection were screened using both urine flow cytometry and urine culture. A urinary tract infection was defined as the combination of leukocyturia (25 leukocytes per l) and a positive urine culture in the presence of clinical symptoms. A total number of 412 urine samples were collected, of which 63 cases (15.3%) were positive for a urinary tract infection. Receiver operating characteristic analysis showed an area under the curve of 0.97 (95% confidence interval h0.93-1.00) for the bacterial count. When using a cut-off value of 250bacteria/l in the presence of leukocyturia, the sensitivity for urinary tract infection is 0.97 with a negative predictive value of 97%, and the specificity is 0.91 with a positive predictive value of 90%.Conclusion: Flow cytometry-based bacterial and leukocyte count analysis is a time-efficient method of diagnosing or ruling out urinary tract infection in children, with a higher sensitivity and specificity than dipstick and microscopic analysis.</p
Use of recruitment maneuvers during mechanical ventilation in pediatric and neonatal intensive care units in the Netherlands.
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Prevalence of systemic air-embolism after prolonged cardiopulmonary resuscitation in newborns: A pilot study
No full textBackground: Chest compressions (CC) during cardiopulmonary resuscitation (CPR) are the cornerstone of adult CPR protocols and are meant to restore circulation and improve outcome. Although adverse effects such as air-embolisms have been reported, these are rare and considered to be outweighed by beneficial effect. In newborns, however, the lung tissue is more fragile. Thus, the high intra-thoracic pressures resulting from CC may make the newborns more vulnerable for air-embolisms. Objectives: We studied the postmortem prevalence of air-embolism in neonates that have received CPR. Methods: Prospective cohort analysis of newborns receiving CC during CPR. CPR was performed by trained staff according to ILCOR guidelines, in a tertiary hospital. Air-embolisms were sought after using CT/MRI and autopsy. Results: During a 61/2 year period (2007-2014), n = 56 newborns received CC. Newborns were resuscitated following severe perinatal hypoxia, or due to complications during NICU treatment. In n = 14 (25.0%) circulation could not be restored (mean CPR duration: 32.7 + 15.2 min). Post-mortem CT/MRI was performed in n = 9, of whom n = 8 (88.9%) had air-embolisms. Autopsy was performed in n = 9. The air-embolisms could not be retraced on autopsy except for n = 1 patient. In patients with CPR resulting in restored circulation (n = 42), no CT or MRI was performed for comparison due to radiation and/or hemodynamic instability. Cerebral ultrasound could not identify or exclude air-embolisms in this subgroup. Conclusions: Post-mortem CT after prolonged resuscitation showed a high prevalence of intravascular air-embolism. Autopsy was not suited to detect air-embolism. The clinical importance of air-embolisms on the lethal outcome needs further research
