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C Faienza

Publications and source records attributed to C Faienza.

6 recordsLinked to original sources

[Clinical features in subjects with congenital anomalies of the corpus callosum].

The corpus callosum is a connecting structure between the two cerebral hemispheres. Its development occurs between 8th and 20th week of gestation. Anomalies of the corpus callosum are divided into malformative or acquired anomalies and may be isolated or associated with other cerebral malformations. The diagnosis of an alteration of the corpus callosum is fundamentally based on neuroradiological examinations. In our study we evaluate the major clinical findings, the psychomotor development, the electroencephalographic and neuroradiological features in a group of 14 children with congenital callosal anomalies, trying to single out how the associated cerebral malformations interfered with the clinical manifestations and especially the prognosis. It was not possible to highlight a distinctive symptom indicative of the presence of a corpus callosum anomaly; nevertheless in 11/14 children there was a psychomotor delay of varying degree. 42% of our subjects presented epilepsy, with a typical West syndrome in 5/6. Children affected by isolated callosum anomalies did not present any significant clinical manifestations. Finally, we conclude that the determinating factors in the severity of the clinical-electroencephalographic picture as a whole, and especially in the prognosis of our patients are the cerebral malformations associated to the callosum anomalies.

Agenesis of Corpus Callosum↗

The emergence of the sleep-wake cycle in infancy.

In order to investigate the appearance of a rest-activity periodicity, spontaneous motor behavior of five low-risk preterm infants (gestational age range 27-31 weeks) was monitored for 24 hours at weekly intervals until term. Using a time lapse videorecorder (6.5 fields/sec.) both slow and rapid movements were counted every three minutes; this interval was adopted as basic chronological paradigm in order to evaluate the daily distribution of motor activity. The results of quantitative analysis showed a developmental trend of motor behavior which increased from earliest conceptional ages (C.A.) until 32-33 weeks, and decreased around 36-37 weeks C.A. Prolonged complete rest intervals are rare at low C.A., while in older infants (approx. 40 weeks C.A.) an initial tendency to organize motor activity in ultradian cycle-like periods seems to be more evident, contemporary with consolidated behavioral states.

Activity Cycles↗

[Sleep cycles of hydrocephalic infants (author's transl)].

The authors have studied the sleep of 6 hydrocephalic infants. In 4 cases disturbed sleep was noticed, characterized by insomnia in 2 cases, and frequent interruptions of sleep in the other 2 cases. In the last cases no other particular alterations were observed. The research was continued in 2 cases, operated on with the Pudenz Valve. In one of which the valve functioned well, sleep was restructured. In the second case the valve did not function well and sleep was not restructured. This suggests the hypothesis that the endocranial hypertension may alter the sleep cycles.

Electroencephalography↗