Ceribell Clarity continuously monitors the EEGLearn More
For hospitals that want to have immediate access to EEG, Ceribell represents an important product and workflow innovation. Ceribell EEG system has been shown to generate high quality EEG data and enable highly sensitive detection of seizures in a product that is easy to set up and use.
*The DECIDE prospective, multi-center study is currently under embargo until publication and will be updated here when embargo is lifted.
Ceribell was tested side-by-side with a traditional EEG system with a simultaneous recording on the same patient. The two EEG results were compared and showed equivalent signal quality and durability (see overlaid signal below). 44
Additional studies indicated that Ceribell's simplified 10-electrode headband offers equivalent accuracy for diagnosing generalized seizures44-49,51, and can provide high-quality data recordings for up to 10 hours52.
In a study comparing the sensitivity and specificity of seizure detection, 69 nurses and medical students used the Brain Stethoscope function to evaluate EEG for seizure activity while 14 neurologists used the visual readout to evaluate the same EEGs. Nurses and medical students generated a higher sensitivity of results when detecting seizures just by the sound of it.45
Study participants reviewed data set from 84 patients for seizure activity.45
Ceribell Rapid Response EEG was tested in ICU at a major medical center. ICU patients presenting with altered mental status were enrolled and ICU physicians in training used the Ceribell EEG System for bedside triage.
The average setup time was 6 minutes.49 The Brain Stethoscope function was used to rule-in or rule-out seizure — changing treatment decision compared to no EEG results in 40% of cases.49
The Ceribell Rapid Response EEG was tested in a prospective clinical study of 10 ICU nurses with no EEG experience. Each watched a 6 minute training video, and asked questions for 2 minutes before setting up Ceribell.
Average set-up time was 6.5 minutes 48 for all first-time
Average user experience rating: 9.8 out of 10.48
This study assessed whether reduced montage EEG (rm-EEG) systems, like that used by Ceribell, meet the gold standard full-montage EEG (fm-EEG) for detection of seizures. In the case of discordant diagnoses, it further sought to determine whether the difference was due to electrode reduction or to asymmetric access to ancillary information.
Methods: 212 fm-EEGs were reviewed with access to ancillary information. The same EEGs were converted to rm-EEG (10 electrodes) and different neurologists read them with no ancillary information. EEGs with discordant readings between the two groups were then reviewed again with no access to ancillary information.
Results: The rm-EEG resulted in high diagnostic concordance (95%) with fm-EEG and high agreement between EEG-readers (93%) when ancillary information was equal.
Westover, M.B., et al. (2020) Neurocrit Care, published online, DOI 10.1007/s12028-019-00911-4