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Donatella Cattarelli

Publications and source records attributed to Donatella Cattarelli.

2 recordsLinked to original sources

Fetal hydrops in GM(1) gangliosidosis: a case report.

UNLABELLED: GM(1) gangliosidosis is a rare disorder characterized by deficiency of the ss-galactosidase enzyme, with the resulting accumulation of glycolipids, oligosaccharides and especially GM(1) ganglioside. It can be classified into three clinical types according to the time of onset: infantile, juvenile and adult form. We report a case of GM(1) gangliosidosis presenting with fetal hydrops at 24 wk of gestation. The parents were consanguineous; the baby, born at 35 wk of gestation, was dysmorphic and presented severe generalized oedema. The most common cause of fetal hydrops was excluded. A lysosomal storage disease was suspected, and GM(1) gangliosidosis was diagnosed. The child developed severe growth and mental retardation and died when she was 21 mo old. CONCLUSION: We suggest that the possible association between inborn errors of metabolism and antenatal ascites should be considered, in order to offer genetic counselling due to the high recurrence risk and the availability of early antenatal diagnosis.

Adult↗

High-frequency partial liquid ventilation in two infants.

Two infants on high-frequency oscillatory ventilation for chronic lung disease and severe respiratory failure, received a bolus of warmed and oxygenated perfluorodecalin up to residual functional capacity, followed by a continuous infusion of 6 ml/kg/hour. Our aim was to improve gas exchange without increasing ventilatory-induced lung injury. Heart rate, oxygen saturation, blood pressure, and TcPO(2)/TcPCO(2) were continuously monitored during treatment. Arterial blood gas was evaluated every 3 hours. Both patients showed improvement of gas exchange with a 13.6 and 12.5% reduction of oxygenation index, respectively. High-frequency partial liquid ventilation is an experimental ventilation technique that could be considered as rescue treatment, to improve oxygenation in subjects with critical respiratory failure. This method could probably produce less damage, than other ventilation modes, to severely injured lungs.

Female↗