The correct choice of electrodes for neurophysiologic monitoring is one of the unsolved problems in clinical practice and scientific research. In addition to the familiar electrodes, i.e., cup (silver-/silver-chloride, gold) and needle electrodes, adhesive electrodes (e.g., Zipprep electrodes) have been offered for rapid application and accurate signal recording. This case report indicates that adhesive electrodes can lead to superficial lesions of the skin or inflammatory infiltration
Objectives: Breaking the skin when applying scalp electroencephalographic (EEG) electrodes creates ...
Traditional wet silver/silver chloride electrodes are used to record electroencephalography (EEG) si...
There is a need for long term monitoring of the brain during intensive care. This is e.g. the case f...
The problem of electrode selection for neurophysiological monitoring, whether for routine clinical a...
The problem of electrode selection for neurophysiological monitoring, whether for routine clinical a...
In response to the growing clinico-economic need for comprehensive home-based sleep testing, we rece...
Preparation‐free and skin compliant biopotential electrodes with high recording quality enable weara...
Wearable devices are becoming increasingly promising for many applications, but the accuracy of thei...
The electrodes are key elements for acquiring EEG signals. The high demand on non-invasive EEG elec-...
Electrode pads are an integral component of ambulatory monitoring, providing an interface to conduct...
Standard wet EEG electrodes can cause skin irritation and dry over time. Though dry EEG metal electr...
Objective: Breaking the skin when applying scalp electroencephalographic (EEG) electrodes creates t...
In this study, FocusBand (FocusBand Technologies, T 2 Green Pty Ltd.) textile electrodes were tested...
Electroencephalography (EEG) is the recording of potential fluctuations originating from electrical ...
There is a growing need for an easy to use screening tool for the assessment of brain's electrical f...
Objectives: Breaking the skin when applying scalp electroencephalographic (EEG) electrodes creates ...
Traditional wet silver/silver chloride electrodes are used to record electroencephalography (EEG) si...
There is a need for long term monitoring of the brain during intensive care. This is e.g. the case f...
The problem of electrode selection for neurophysiological monitoring, whether for routine clinical a...
The problem of electrode selection for neurophysiological monitoring, whether for routine clinical a...
In response to the growing clinico-economic need for comprehensive home-based sleep testing, we rece...
Preparation‐free and skin compliant biopotential electrodes with high recording quality enable weara...
Wearable devices are becoming increasingly promising for many applications, but the accuracy of thei...
The electrodes are key elements for acquiring EEG signals. The high demand on non-invasive EEG elec-...
Electrode pads are an integral component of ambulatory monitoring, providing an interface to conduct...
Standard wet EEG electrodes can cause skin irritation and dry over time. Though dry EEG metal electr...
Objective: Breaking the skin when applying scalp electroencephalographic (EEG) electrodes creates t...
In this study, FocusBand (FocusBand Technologies, T 2 Green Pty Ltd.) textile electrodes were tested...
Electroencephalography (EEG) is the recording of potential fluctuations originating from electrical ...
There is a growing need for an easy to use screening tool for the assessment of brain's electrical f...
Objectives: Breaking the skin when applying scalp electroencephalographic (EEG) electrodes creates ...
Traditional wet silver/silver chloride electrodes are used to record electroencephalography (EEG) si...
There is a need for long term monitoring of the brain during intensive care. This is e.g. the case f...