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This volume contains the most recent works on intracranial pressure and neuromonitoring in brain injury selected from 300 abstracts submitted to the 10th International Symposium on Intracranial Pressure. It includes state of the art monitoring of the brain injured patient in intensive care as well as the current state of knowledge in neurochemical and oxygen monitoring of the injured brain. Recent advances in molecular mechanisms of injury and the pathophysiology of ischemia and trauma are also included. ..". this publication presents a comprehensive survey of the present state of art in the...

This volume contains selected works from the 25th Anniversary of the International Conference on Intracranial Pressure (ICP) held in Williamsburg, Virginia. The theme of the meeting was Intracranial Pressure and Neuromonitoring and focused on all the current state of the art brain monitoring methodologies and their application to brain injury. The brain monitoring techniques covered a wide spectrum from neurochemical monitoring of the injured brain to specialized techniques for assessing shunt function in normal pressure hydrocephalus. It also includes the most recent advances in monitoring...

In recent years much progress has been made in the field of neurochemi cal monitoring for the acutely injured brain. The development of safe continuous microdialysis techniques coupled with microanalytical metho dology can generate semi-continuous time profiles of the changes in nu merous brain analytes such as lactate, glucose, pyruvate, excitatory a mino acids, structural amino acids, indicators of free radical generat ion, cytokines, adenosine, and neuroprotective drugs. Descriptive stud ies have shown profound, prolonged, and severe abnormalities in many o f the analytes measured, and the...

Neurophysiological recording is the major neuromonitoring technique employed in ICU. In addition, continuous recording of intracranial pressure has proved to provide infomation useful for critical care of the patient with severe brain damage. It is, however, difficult to assess neurochemical and/or metabolic environments of the brain with these conventional neuromoni- toring techniques. Information regarding these changes, if available on a real-time basis, is undoubtedly useful for patient care. Many important developments in bedside techniques to monitor these changes have been achieved...

In recent years much progress has been made in the field of neurochemical monitoring for the acutelly injured brain. The development of safe continuous microdialysis techniques coupled with microanalytical methodology can generate semi-continuous time profiles of the changes in numerous brain analytes such as lactate, glucose, pyruvate, excitatory amino acids, structural amino acids, indicators of free radical generation, cytokines, adenosine, and neuroprotective drugs. Descriptive studies have shown profound, prolonged, and severe abnormalities in many of the analytes measured and the next...