5 results match your criteria: "HELIOS Hospital Leisnig[Affiliation]"

Background: Nearly all paediatric patients require deep sedation when undergoing bone marrow aspiration (BMA). We analyzed the data from our protocols documented in a standardised procedure for bone marrow puncture over a period of 2 years.

Methods: Our standard included the documentation of personal data as well as vital parameters.

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Background: (Analgo-) sedations for diagnostic and/or therapeutic procedures form part of the daily clinical routine for pediatric patients. National and international medical specialist associations have published guidelines indicating the general conditions of these procedures, yet the recommendations are not always consistent. Since anesthesiological activities are increasingly performed by nonanesthesiologists at our hospital, the Pediatric Clinic of the University Hospital of Saarland considered it necessary to develop an in-house standard.

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A neonate presented with mucopolysaccharidosis-like phenotypic expression and typical signs of dysostosis multiplex but without urinary excretion of glycosaminoglycans. Investigations of lysosomal enzymes in cultured fibroblasts revealed a mucolipidosis type 2, known as I-cell disease. We describe the fatal course of the patient due to complications of an uncommon dilated cardiomyopathy in this rare disease and discuss the pathogenesis.

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Background: The aim of this case report and the review of the literature is to demonstrate dangers when using peripherial silastic catheters in preterm and term newborns or infants.

Patient, Methods And Results: We report on a female infant with glycogenosis type I a (MIM 232200) due to glucose 6-phosphatase deficiency (homozygosity for R170X) and sudden infant death at the age of 9 months due to a rare catheter complication (hydropericardium with tamponade without perforation).

Conclusion: We believe that this fatal complication was caused by local osmotic dysbalance due to direct contacts between atrial wall and the catheter tip.

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Echocardiographic assessment of regional systolic left ventricular function is usually performed qualitatively and depends on investigator experience. In this study, we investigated a new method for quantifying regional systolic wall motion based on color kinesis. In this study, regional systolic wall motion velocity (Vsys) was determined by dividing end-systolic color width by systolic time.

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