Wake Forest University School of Medicine
Non-invasive technology reduces symptoms of insomnia, improves autonomic nervous system function
09.02.2023
A new study from researchers at Wake Forest University School of Medicine shows significant improvements in not only sleep quality, but also in improved autonomic nervous system function using a closed-loop, acoustic stimulation neurotechnology.
AG Klinische Neurotechnologie, Charité Berlin
Controlling neural exoskeletons more precisely with diamond sensors
02.02.2023
In the recently launched NeuroQ lighthouse project, the project partners develop highly sensitive diamond-based quantum sensors that will enable paralyzed people to control neural exoskeletons more precisely.
Alex Dolce, Florida Atlantic University
Study unravels interplay between sleep, chronic pain and spinal cord stimulation
02.02.2023
Researchers from Florida Atlantic University’s Schmidt College of Medicine, in collaboration with Albany Medical Center, conducted a study to better understand the effect of spinal cord stimulation on chronic pain and sleep.
Epilepsy: Automatically detecting and documenting seizures with AI
28.11.2022
Up to now, the detection of epileptic seizures has been difficult and – especially in the case of minor seizures – inadequate. This is about to change with monikit. In the future, the sensor device and artificial intelligence will be used to collect comprehensive data and thus improve the care of those affected.
Tuomas Svärd, Antti-Jussi Haapala, Jukka Kortelainen
Cerenion: AI software improves brain monitoring
27.09.2022
Intensive care patients need to be monitored closely in all areas. For a better overview of the brain functions, Cerenion developed software called C-Trend. With artificial intelligence, the care for intensive care patients can be significantly improved.
Evercot AI GmbH
Good connection: AI and EEG work hand in hand
17.02.2021
Artificial intelligences (AI) are able to help medical professionals detect diseases. This is based on medical data records from which the AI can draw conclusions about diseases. These conclusions are most accurate when the extraction of the data sets is directly linked to the processing.
Universität Oldenburg/Abteilung Neuropsychologie
Wearable EEG: A comfortable way to record brain activity
09.11.2020
An electroencephalogram (EEG) is a test that is used in cognitive research or to diagnose conditions such as epilepsy and sleep disorders. EEG electrode caps are somewhat difficult to wear, which is why they are only used in laboratories. One viable alternative are measuring devices made of printed electronics. They are more comfortable to wear and allow users to continue their daily activities.
Stroke therapy of the future: Stimulating entire networks
19.08.2020
The Neurological University Hospital in Tübingen is a world leader in research on TMS (Transcranial Magnetic Stimulation). In this report you will learn how the stroke therapy, which is always complemented by physiotherapeutic treatment, is being developed from a punctual to an entire network treatment in the brain.
Functional imaging: a look at the command center
01.04.2019
All information from our body and the environment converges in our brain and is transformed into reactions in milliseconds. It is essential for medicine and research to know what our switching centre looks like. Functional methods are used to observe it more closely during work.
Functional imaging: what makes the brain tick?
01.04.2019
Our brain is the command center of our body. This is where all information and impressions are collected and converted into responses and movements. Modern imaging techniques offer physicians and researchers unique insights into the actions of the human central nervous system. The functional imaging technique allows them to watch our brain in action.