Cortical Dynamics Ltd
Cortical Dynamics Ltd is an Australian neurotechnology company focused on developing advanced brain monitoring technologies for clinical environments. The company specializes in EEG-based systems and AI-powered applications that enhance anaesthesia monitoring, aiming to improve patient outcomes and reduce healthcare costs. Its flagship solution is designed to more accurately detect the effect of anaesthetic agents and provide continuous, real-time patient state assessment to aid anaesthesiologists and clinicians.
Industries
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Cortical Dynamics Ltd
Level 4 RPH Research and Innovation Centre, 56 Murray Street, Perth, WA 6000, Australia
Patents
Products
EEG-based platform designed to detect and quantify the effect of anaesthetic agents on patient brain activity, supporting anaesthesiologists to optimize medication and improve patient outcomes.
EEG-based platform designed to detect and quantify the effect of anaesthetic agents on patient brain activity, supporting anaesthesiologists to optimize medication and improve patient outcomes.
Expertise Areas
- Brain monitoring using EEG
- Anaesthesia depth monitoring
- Clinical neurotechnology trials
- Medical device algorithm development
Key Technologies
- EEG (electroencephalography)
- ARMA-based signal processing
- Machine learning for physiological data
- Neurodiagnostic display systems
Key People
News & Updates
Patents granted in Australia, US, Europe, Japan, China, and New Zealand for methods and systems relating to EEG analysis and brain function monitoring.
Clinical evaluation of the brain anaesthesia response monitoring system during anaesthesia for cardiac surgery.
Study on the system properties associated with spontaneous human electroencephalographic activity after drug administration.
Study demonstrating increased sensitivity of ARMA-based EEG models for nitrous oxide compared to leading EEG methods.
Comparisons of EEG-derived measures of hypnosis and pain prevention in response to different anaesthetic strategies.
Double-blind, randomized controlled trial using two doses of fentanyl and assessing EEG indices during surgery.
Patents granted in Australia, US, Europe, Japan, China, and New Zealand for methods and systems relating to EEG analysis and brain function monitoring.
Clinical evaluation of the brain anaesthesia response monitoring system during anaesthesia for cardiac surgery.
Study on the system properties associated with spontaneous human electroencephalographic activity after drug administration.
Study demonstrating increased sensitivity of ARMA-based EEG models for nitrous oxide compared to leading EEG methods.
Comparisons of EEG-derived measures of hypnosis and pain prevention in response to different anaesthetic strategies.
Double-blind, randomized controlled trial using two doses of fentanyl and assessing EEG indices during surgery.