Titlebook: Intracranial Pressure VII; Proceedings of the S Julian T. Hoff (Professor of Surgery, Chief),A. Lo Conference proceedings 1989 Springer-Ver

Graves’-disease

Measuring ICP in Patients — Its Value Now and in the Future?e indicant of intracranial hypertension, provides a means of continuously evaluating an important aspect of brain support in the comatose patient who is paralysed and artificially ventilated, indicates when therapy for raised ICP is needed and whether the treatment has been effective, or if further

發(fā)源

dry-eye

An Approach to Noninvasive Analysis of Intracranial Pressure (ICP) Using an Ultrasonic Probee not successful in obtaining information throughout the range of the pathological variations in ICP levels (Oka et al. 1971). Additionally, operative procedures were necessary to open a hole in the skull (Itoh et al. 1986) or to install a spring coil (Numoto et al. 1983). The aim of our study was t

saphenous-vein

Clinical Evaluation of the Catheter Tipped Camino Transducer Inserted via a Subdural Screwes risks. A search for alternative techniques of ICP monitoring has shown that some alternatives are less reliable than fluid-filled ventricular catheters: subdural screws and fluid-filled catheters under-read ICP, especially when it is high (Mendelow et al. 1983; Barlow et al. 1985); by contrast, s

可商量

Clinical and Laboratory Evaluation of the Camino Intracranial Pressure Monitoring System external transducers. Problems of under-reading at ICP levels above 30mm Hg and over-damping of the ICP waveform are well documented (Mendelow et al. 1983). Performance of the subdural catheter system can be improved by the use of the Accudynamic. device which enables optimal damping of the wavefor

審問

琺瑯

Test of a Non-invasive PVI Measure with a Fiber-optic Pressure Monitoring Device in Head Injured Pathat the pressure volume index, assessed within 24 h of injury, is a prognostic value in identifying those patients who subsequently develop raised intracranial pressure (Maset et al. 1987). However, methods for determining the pressure volume status in head injured patients, must be obtained via ana

interference

Differential Intracranial Pressure Recordings in Patients with Dual Ipsilateral Monitors postoperative patients at risk for intracranial complications (Narayan et al. 1982; Winn et al. 1977). Diagnostic inferences drawn from ICP-monitoring devices frequently make the assumption that intracranial pressure is uniform throughout contiguous subarachnoid spaces, although the relevant pathol

Incisor

A New Fiberoptic Monitoring Device: Development of the Ventricular Boltover 94 days of recording time and has been in routine use since that time. Fiberoptic technology has allowed the development of a 4 French fiberoptic transducer tipped catheter that can be placed at any location inside the dura for accurate ICP monitoring (Hollingsworth et al. 1988).The FOD was tes

cortex

Clinical Evaluation of a Fiberoptic Device for Measuring PVIet al. 1976). However, there is little data to show if transmission of CSF pressures are evenly distributed throughout the brain tissue. Moreover, if equilibrium is challenged by volume manipulation, it is not clear if the viscoelastic properties of brain are able to prevent uniform pressure gradien