We are working to
Simplify the Diagnosis and Treatment of Neurophysiological Impairments
The PROTXX Clinic PaaS solution leverages our growing library of phybrata digital biomarkers to help quantify physiological performance and changes in response to participation in sports, lifestyle changes, injuries, disease, age-related disorders, prescription medications, rehabilitation therapies, surgical procedures, and participation in clinical trials.
Wellness Applications
Athletes
monitoring & limiting effects of head impact exposure; stratifying performance, monitoring recovery from fatigue and injury
Elderly
stratifying balance performance, fall risks, and response to balance therapy; aging in place support
Clinical Applications
- Support faster, earlier, more quantitative diagnoses.
- Efficient monitoring of physical therapy and rehabilitation.
- Administration and clinical trials of disease modifying therapies: assessing dose/patient response over extended periods.
Clinical Applications For
Concussions
Concussions lead to a wide range of impact-induced damage locations (brain, vestibular system, visual system, cervical spine), volumes, topologies, and affected CNS, PNS, sensory, vascular, and musculoskeletal structures and functions.
The phybrata sensor provides concussion researchers, clinicians, and rehabilitation providers with a powerful new tool that can help to
- identify and quantify impact-induced physiological impairments
- prepare personalized plans to manage, treat, and rehabilitate concussion patients
- accelerate return to functional independence
- reduce the incidence, severity, and duration of longer-term physical disabilities and cognitive impairments.
Clinical Applications for
Stroke
Stroke leads to a wide range of occlusion/hemorrhage-induced lesion locations (brain, cerebral arteries), volumes, topologies, and affected CNS, PNS, sensory, vascular, and musculoskeletal structures and functions.
The phybrata sensor provides stroke researchers, clinicians, and rehabilitation providers with a powerful new tool that can help to
- identify and quantify occlusion/hemorrhage-induced physiological impairments
- prepare personalized plans to manage, treat, and rehabilitate stroke patients
- accelerate return to functional independence
- reduce the incidence, severity, and duration of longer-term physical disabilities and cognitive impairments.
Clinical Applications for
Multiple sclerosis
Multiple sclerosis (MS) is an auto-immune disease that causes demyelination of neurons in the brain and nerves in the spinal cord. MS currently has no cure and leads to debilitating impairments to multiple physiological systems throughout the body. Patients have highly individual impairment profiles, and their symptoms can fluctuate significantly. Available disease modifying therapies are expensive, have severe side effects, and patients have widely varying responses.
The phybrata sensor provides MS researchers, clinicians, and physical therapy providers with a powerful new tool that can help to
- Quantify each patient’s unique MS impairment profile.
- Continuously monitor each patient’s unique response to pharmaceutical or non-pharmaceutical treatments to enable real-time adjustments.
- Slow the progression of longer-term physical disabilities and cognitive impairments.
Clinical Applications for
Parkinson’s disease
Parkinson’s Disease (PD) leads to degenerative loss of dopaminergic neurons in the midbrain (substantia nigra) that impairs the function of many other regions of the brain. PD currently has no cure and leads to debilitating impairments to multiple physiological systems throughout the body. Patients have highly individual impairment profiles, and their symptoms can fluctuate significantly. Available disease modifying therapies are expensive, have severe side effects, and patients have widely varying responses.
The phybrata sensor provides PD researchers, clinicians, and physical therapy providers with a powerful new tool that can help to
- Quantify each patient’s unique PD impairment profile.
- Continuously monitor each patient’s unique response to pharmaceutical or non-pharmaceutical treatments to enable real-time adjustments.
- Slow the progression of longer-term physical disabilities and cognitive impairments.
Wellness Device Applications:
Athlete Safety & Performance
