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Neurophysiological monitoring during intensive care and surgery
N. Jollyon Smith
, Mark van Gils
, Pamela Prior
VTT Technical Research Centre of Finland
Research output
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Book/Report
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Book (author)
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Scientific
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peer-review
Overview
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Keyphrases
Intensive Care
100%
Neuromonitoring
100%
Electromyography
25%
Digital Technology
25%
Technological Competence
25%
Clinical Application
25%
Multidisciplinary Team
25%
Surgeons
25%
Medicolegal Issues
25%
Anaesthetist
25%
Biomedical Engineer
25%
Advanced Signal Processing
25%
Clinical Neuroscience
25%
Trauma Surgery
25%
Critical Care Unit
25%
Operating Room nurses
25%
EEG Analysis
25%
Global Experts
25%
Electrical Potential
25%
Neuroanatomy
25%
Recording Techniques
25%
High Standards
25%
Science Standards
25%
Nerve Conduction Studies
25%
Evoked Potentials
25%
Clinical Work
25%
Statistical Treatment
25%
Staff Training
25%
Physiologist
25%
INIS
monitoring
100%
surgery
100%
investigations
40%
potentials
40%
tools
20%
applications
20%
reviews
20%
design
20%
processing
20%
patients
20%
diseases
20%
sensitivity
20%
growth
20%
increasing
20%
equipment
20%
signals
20%
availability
20%
specificity
20%
legal aspects
20%
trauma
20%
engineers
20%
nerves
20%
Medicine and Dentistry
Intensive Care
100%
Neurophysiological Monitoring
100%
Sensitivity and Specificity
20%
Nerve Conduction Study
20%
Clinical Neuroscience
20%
Operating Room
20%
Trauma Surgery
20%
Evoked Potential
20%
Surgeon
20%
Nurse
20%
Anesthesiologist
20%
Neuroanatomy
20%
Diseases
20%
Nursing and Health Professions
Intensive Care
100%
Neurophysiological Monitoring
100%
Signal Processing
20%
Electric Potential
20%
Surgeon
20%
Evoked Response
20%
Surgical Injury
20%
Anesthesist
20%
Sensitivity and Specificity
20%
Operating Room
20%
Diseases
20%