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Trial production of non-invasive monitoring system from the anterior fontanelle on intracranial pressure


, : Trial production of non-invasive monitoring system from the anterior fontanelle on intracranial pressure. No Shinkei Geka. Neurological Surgery 12(13): 1487-1493

The aim of utilizing P-50 Statham transducer as one of the monitoring systems for intracranial pressure consists in the case for its attachment and simplified identification of the zero point and calibration which are of problem for operation as in the cases of electrocardiogram and respiration. The P-50 transducer is a semiconductor strain gage transducer which was developed for the measurement of blood pressure. By attaching the foot plate of it, the applanation principle could be applied and the measurement from the anterior fontanelle could be made feasible. The accuracy of the measurement in this manner could be confirmed by various experiments. Being a semiconductor strain gage, it could be made into an extremely small weight, which made it most adequate for continuous measurement. Although some problems have been left yet to be clarified relative to the method for the fixation, it can be deemed to be fully applicable as one of clinical monitoring systems for intracranial pressure.

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Accession: 006840584

PMID: 6521837

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Related references

Honda, E., 1984: Measurement system of fontanelle pressure (Part II). Trial production of a non-invasive intracranial pressure monitoring system via the anterior fontanelle. Kurume Medical Journal 31(3): 249-258

Anonymous, 1984: Measurement system of fontanelle pressure 2 trial production of a non invasive intracranial pressure monitoring system via the anterior fontanelle

Honda, E., 1984: Measurement of fontanelle pressure (Part I). A new instrument for non-invasive measurement of intracranial pressure via the anterior fontanelle. Kurume Medical Journal 31(3): 235-247

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D.J.ng, D.A.; Maas, A.I.; v d Voort, E., 1984: Non-invasive intracranial pressure monitoring. A technique for reproducible fontanelle pressure measurements. Anterior fontanelle pressure was measured in 14 infants. A technique is described for preforming reproducible measurements utilising the Rotterdam Teletransducer. One gradually increasing the dept of the transducer relative to the fontanelle a cha...

Anegawa, S.; Hayashi, T.; Honda, E.; Moritaka, K.; Kuramoto, S., 1986: Non-invasive measurement of intracranial pressure via the anterior fontanelle. New method for fixation of the measuring apparatus. Neurologia Medico-Chirurgica 26(4): 291-295

Moritaka K., 1990: Clinical study of non invasive measurement in intracranial pressure via the fontanelle improvement of the fontanometer and analysis of the pulse waveform in intracranial pressure. The previously developed fontanometer has been revised so that improved fixation of the device to the fontanelle can be obtained. The new system has a wider ring for attachment to the scalp than previous model and celloidin is used as an adhesive....

Díaz-Miranda, J.J.; Flores-Salorio, S.G.; Noguez-Prieto, F.; Moreno-Altamirano, L., 1983: Intracranial pressure: registration through the anterior fontanelle with a new sensor. Boletin Medico del Hospital Infantil de Mexico 40(10): 556-559

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Strassburg, H.M.; Klemm, F.J.; Wais, U.; Göppinger, A., 1984: Noninvasive intracranial pressure measurement at the anterior fontanelle in the first days of life. A continuous registration of intracranial pressure by aplanation-tonometry on the anterior fontanelle was performed in 12 healthy term newborns during the night hours of the first 3 days. The median intracranial pressure of the first day was 4.01...