Advanced Brain Monitoring, Inc. products

The Sleep Profiler PSG2 combines the accuracy and versatility of the Sleep Profiler with the cardio-respiratory signals needed for a Type 2 unattended, virtually wireless polysomnography study. The 13-channel system includes EEG, EOG and EMG, wireless oximetry, nasal pressure/airflow, chest and abdomen respiratory effort (RIP or piezo), forehead and finger pulse rate, head movement and position, and quantitative snoring.

Sleep Profiler™ EEG Sleep Monitor bridges the gap between laboratory polysomnography and actigraphy. Three frontopolar channels provide the EEG, EOG and EMG signal features needed to characterize by-stage sleep time. The lightweight, wireless device includes voice messages and other intuitive design features that enable reliable self-application in the home with acquisition across multiple nights. Sleep Profiler combines web-based presentation of recorded signals with validated auto-staging and technical editing capabilities. Interpretation features include customized editing, touch-point insertion of key diagnostic and treatment recommendations, and secure signature insertion.

The Positional Sleep Assessment System (PoSAS) provides a simple, inexpensive, and integrated solution to measure the effects of sleeping position on sleep quality, sleep-disordered breathing, and snoring with an array of 29 metrics.  PoSAS was designed to assist clinicians with identifying patients with positional obstructive sleep apnea (POSA), monitor oral appliance therapy outcomes, and conduct pre-operative OSA screening. The PoSAS efficacy report provides the calculations and synthesizes the results into four key sleep metrics that enable personalization of non-PAP therapy by identifying which patients would benefit from oral appliance, positional therapy, or the combination of both.

Advanced Brain Monitoring’s wireless B-Alert systems expands the horizon for operational neuroscience applications and cognitive state/human factors assessments. The simplicity, ease of use, comfort and wearability of its systems allow high quality data to be acquired in real or virtual environments by personnel with limited technical training. ABM’s products provide the flexibility to determine where sensors need to be placed to optimize cognition detection and then downsize to a truly mobile acquisition system with real-time processing and feedback.