Fortlaufende Registrierung der intraventrikulären Druckwellen bei Hydrocephalus im Säuglingsalter

Paraicz, E; Vajda, J.

doi:10.1055/s-0028-1090428

Cited by 4 publications

(4 citation statements)

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“…As this case had an Arnold-Chiari's malformation, the disturbance of flow in the straight sinus might have played some role (Shurtleff, 1975). It has been reported by Lundberg (1961) that the plateau wave rages from 500 to 1000mmH2O, although it is infrequently encountered in infantile hydrocephalus (Liguori et al 1979) (Paraicz, 1975). The second abhorm al wave, B-like wave, appears i n the sleep stage before REM period.…”

Section: Resultsmentioning

confidence: 76%

Fontanelle pressure (ICP) in infantile hydrocephalus Investigation of ICP in 6 cases of hydrocephalus with normal head circumference and without shunting operation.

1984

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A follow up study on ICP was carried out in 6 cases of hydrocephalus within normal head circumference during the period 8-9 months after birth. There were no shunting operations. An ,abnormal plateau like wave recorded in 2 cases with myelomeningocele during the follow-up period. In other cases, almost normal baseline pressure was recorded without abnormal pressure wave and all these cases showed favorable morbity (function).These results indicate that the importance of a follow-up study on ICP for months after birth in such cases as hydrocephalus without large head circumference; Furthermore, shunting operation should be recommended in cases showing abnormal pressure wave during the follow-up period.

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Section: Resultsmentioning

confidence: 76%

Fontanelle pressure (ICP) in infantile hydrocephalus Investigation of ICP in 6 cases of hydrocephalus with normal head circumference and without shunting operation.

1984

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“…The purpose of continuous monitoring of intracranial pressure both in adults and in children is to investigate the level of pressure. Furthermore the relationship between pressure and body position, state of consciousness or physiological variations like respiration and arterial pulse wave, can be determined (Lundberg 1960, Hayden et al 1970, Paraicz and Vajda 1975a,b, Magnaes 1976a,b, Welch 1980, Perlman and Volpe 1983, Miller 1985. Lundberg (1960) defined at least two typical ICP waves.…”

Section: Continuous Measurementsmentioning

confidence: 99%

“…• CSF pressure by lumbar-, cisternal-or ventricular puncture (Quincke 1891a,b, Levinson 1928, Munro 1928, Hayden 1968, De Lange et al 1968, Paraicz and Vajda 1975a, Minns 1976, McCullough 1980, • Pressure at the surface of the brain by subdural or subarachnoid catheters or a subarachnoid screw Oames et al 1975, Levin 1977, Ivan et al 1980, Roberts 1983, Levene and Evans 1983, Landy and Villanueva• 1984, Kaiser and Whitelaw 1985), • Intraparenchymal pressure by inserting a transducer tipped catheter into the brain Fig. 1 Schematic representation of the intracranial pressure measurement sites and sensors.…”

Section: Introductionmentioning

confidence: 99%

Anterior Fontanelle Pressure Monitoring in Infants

Overweg-Plandsoen

Jong²,

Loonen³

et al. 1993

Intracranial Pressure VIII

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10 12 the chapters 4 and 5 respectively. An interobserver study of the AFP recordings including statistical analysis procedures is the subject of chapter 6. In chapter 7 the role of AFP monitoring in daily clinical practice will be viewed in the aspect of pedorming shunting operations m children. CHAPTER 2 ICP MONITORING TECHNIQUES IN CHILDREN DESCRIPTION AND DISCUSSION OF METHODS CSF pressure Lumbar puncture This most often used routine procedure has several advantages. It is easily performed, venting of CSF is possible when a free communication between intracranial space and spinal canal exists, chemical, cytological and bacteriological analysis of CSF is possible, and also drugs can be administered. By inducing with a constant rate fluid into the cerebrospinal fluid compartment (infusion test) the outflow resistance (Ro) can be measured, this being

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“…Especially children are endangered by their tendency to brain edema (Gaab et al 1975, Kiene et al 1968, Penzholz 1972, Rosman 1974. Disturbances in the circulation of the cerebrospinal fluid (CSF) also raise the pressure, often with typical oscillations (Leheta 1974, Paraicz et al 1975. Only in the case of communicating hydrocephalus can the lumbar pressure be measured without great risk.…”

Section: Introductionmentioning

confidence: 99%

A New Miniaturized System for Monitoring the Epidural Pressure in Children and Adults

Dietrich¹,

Gaab²,

Oe³

et al. 1977

Neuropediatrics

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A new miniaturized epidural pressure transducing system for monitoring intracranial pressure (ICP) has been developed. The system is of the as yet smallest known dimensions. The transducer is implanted automatically coplanar to the dura via a burr hole of 4 mm diameter in the conscious patient without special surgical equipment. Application is possible in adults, children and infants. We have achieved a maximal resolution of 10(-3) mm of Hg. At a full scale range of 100 mm of Hg the zero-point drift is less than 1 mm of Hg/24 h.

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Fortlaufende Registrierung der intraventrikulären Druckwellen bei Hydrocephalus im Säuglingsalter

Cited by 4 publications

References 0 publications

Fontanelle pressure (ICP) in infantile hydrocephalus Investigation of ICP in 6 cases of hydrocephalus with normal head circumference and without shunting operation.

Fontanelle pressure (ICP) in infantile hydrocephalus Investigation of ICP in 6 cases of hydrocephalus with normal head circumference and without shunting operation.

Anterior Fontanelle Pressure Monitoring in Infants

A New Miniaturized System for Monitoring the Epidural Pressure in Children and Adults

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