This study aims to illustrate how and when the heart rate changes along with epileptic seizures. The data was collected by using a bracelet (NightWatch), which contains a photoplethysmography sensor and an accelerometer sensor. This study shows that heart rate (HR) changes could occur around 100 seconds before a tonic-clonic seizure showed motion features, and reaches the highest HR when the epileptic motions could be detected by the NW
This study aims at defining objective parameters reflecting the severity of peri-ictal autonomic cha...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...
Heart rate changes were monitored in 10 patients with 104 seizures, mostly tonic and myoclonic, to a...
SummaryAim of the studyAn explorative study to assess the value of a model for the automatic detecti...
AbstractEpileptic seizures can lead to changes in autonomic function affecting the sympathetic, para...
AbstractPurposeIn order to assess whether focal epileptic seizures can be detected and distinguished...
AbstractPurposeHeart rate-based seizure detection is a viable complement or alternative to ECoG/EEG....
Heart rate changes are common in epileptic and non-epileptic seizures. Previous studies have not ade...
Our objective was to critically evaluate the literature surrounding heart rate variability (HRV) in ...
Epilepsy and seizures can have a dramatic effect on the autonomic nervous system by involvement of t...
Instant heart rate (R-R intervals) can be readily studied during spontaneous seizures recorded with ...
OBJECTIVE: Heart rate (HR) changes, mainly tachycardia, are often observed during seizures originati...
This study describes changes in heart rate (HR) and HR variability (HRV) related to clinical onset o...
Objective To develop and prospectively evaluate a method of epileptic seizure detection combining he...
This study aims at defining objective parameters reflecting the severity of peri-ictal autonomic cha...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...
Heart rate changes were monitored in 10 patients with 104 seizures, mostly tonic and myoclonic, to a...
SummaryAim of the studyAn explorative study to assess the value of a model for the automatic detecti...
AbstractEpileptic seizures can lead to changes in autonomic function affecting the sympathetic, para...
AbstractPurposeIn order to assess whether focal epileptic seizures can be detected and distinguished...
AbstractPurposeHeart rate-based seizure detection is a viable complement or alternative to ECoG/EEG....
Heart rate changes are common in epileptic and non-epileptic seizures. Previous studies have not ade...
Our objective was to critically evaluate the literature surrounding heart rate variability (HRV) in ...
Epilepsy and seizures can have a dramatic effect on the autonomic nervous system by involvement of t...
Instant heart rate (R-R intervals) can be readily studied during spontaneous seizures recorded with ...
OBJECTIVE: Heart rate (HR) changes, mainly tachycardia, are often observed during seizures originati...
This study describes changes in heart rate (HR) and HR variability (HRV) related to clinical onset o...
Objective To develop and prospectively evaluate a method of epileptic seizure detection combining he...
This study aims at defining objective parameters reflecting the severity of peri-ictal autonomic cha...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...
Heart rate variability (HRV) is a useful tool for the detection of sympathetic-parasympathetic balan...