The capacitive measurement of the head's dielectric properties has been recently proposed
as a noninvasive method for deriving surrogates of craniospinal compliance (CC), a …

Objective. Craniospinal compliance (CC) is an important metric for the characterization of
space-occupying neurological pathologies. CC is obtained using invasive procedures that …

A tight relationship exists between pressure and volume within the craniospinal
compartment, given the rigidity of its boundaries (ie, the skull and the vertebral column) …

Objective: The clinical management of several neurological disorders benefits from the
assessment of intracranial pressure and craniospinal compliance. However, the associated …

Monitoring intracranial pressure (ICP) and craniospinal compliance (CC) is frequently
required in the treatment of patients suffering from craniospinal diseases. However, current …

Discussion: We have developed a method for probing changes in the dielectric properties of
the head induced by natural oscillations of the composition of the intracranial space due to …

Studies on piglets have shown that cranial bioimpedance (Z) measurements correlate well
with invasively measured intracranial pressure (ICP). We have tested the feasibility of …

It is well known that the brain pulses with each cardiac cycle, but interest in measuring
cardiac-induced brain tissue pulsations (BTPs) is relatively recent. This study was aimed at …

Measuring intracranial pressure (ICP) is required for clinical management of several
neurological disorders. Of arguably similar value, but more difficult to measure, is …

Traditional frequency domain analysis of heart period (HP) variability allows the estimation
of the parasympathetic modulation directed to the heart but the sympathetic one remains …