Elite Athletic Performance

Redefining Sports Performance

Performance Research Sciences delivers the future in NeuroScience and Technology for Elite Athletes

Recovery

Rehabilitation

Peak Performance

ANS Function
Chronic Fatigue
Concussion
Dose Response Titration
Inflammatory Regulation
Pain Management
Performance Anxiety
Proliferation Acceleration
Sleep Disorders
Stingers
Strains
Traumatic Stress
more...

Addictions
Allostatic Overload
Audio Visual Entrainment
Bone Fractures
Cognitive Emotional
Extreme Fatigue
Immune System Function
Metabolic Dysregulation
Overtraining Syndrome
Physiological Dysregulation
Soft Tissue Injuries
Traumatic Brain Injuries
more...

Command and Focus
Mental Agility
Sensory Motor Cortex
NeuroMuscular Function
Active Tactile Coordination
Response Time
Cognitive Processing
Neuro Proprioception
Depth Perception
Apperceptive Cognition
Memory Complex
Acute Stress Thresholds
more...

Achieving peak performance with your mind is as simple as showing up for advanced simulation training sessions. Like any other muscle in your body, the brain and nervous system can be strong or weak. If you want to improve it, you have to train it. What sets us apart from the rest is knowing the most efficient methodology for the greatest benefit to an indivdual's specific needs. PRS can help multiply the power of the mind and improve your end game both on and off the field.

On-Site NeurOptimization Training Centers

Turn Key Solution offers a Competitive Edge for Recovery, Rehabilitation and Peak Performance

Advanced Simulation Therapy utilizes state of the art neuroscience technology to monitor

brain and nervous system activity. Individuals learn to produce efficient brainwave frequency

patterns which result in physical or psychological symptom reduction, speeds up recovery time,

improves the rehabilitation process and optimizes individual biological and physiological peak

performance. These remarkable Proprietary Protocols and Systems Integration of Neuro-Biological and

Physiological Training Regimens are only available from Performance Research Sciences breakthroughs in

neuroscience research and development that are available with Advanced Simulation Therapy™, an Integrative

NeurOptimization Training Approach. AST is undeniably years beyond today's current knowledge base and understanding of

the comprehensive nature of brain and nervous system function relative to human biological and physiological peak performance. AST is applicable to all regulated sports both on a professional and collegiate level. AST is a non-invasive, drugless alternative providing optimal training modalities that provide positive outcomes for Brain and Nervous System Function, NeuroMuscular Coordination, Biomechanics, Autonomic Dysregulation, Limbic System Dysregulation, Chronic Stress and Fatigue, Active Daily Living Skills and overall Elite Athletic Development. Advanced Simulation Therapy™ was designed to Optimize your Mind; Activate your Body; Improve Quality of Life. Additional positive outcomes include: Delaying the effects of aging on the human brain, Mitigating symptoms of neurological disorders, improving sensory motor cortex function, remediating diffuse axonal injuries, increasing neural pathways, promoting neural plasticity and stimulating neurogenesis. Individual results are regulated by individual adaptations to training and frequency, intensity and duration of AST Matrix participation.

Performance Research Sciences has developed a cutting-edge solution for optimizing

brain and nervous system function that is not available anywhere else in the world!

PRS offers a Turn Key Solution, Setup and Staffing of an Elite Athletic Performance

On-Site NeurOptimization Training Center (NOTC) to be located at an Organization's

Facility with operational hours that are available to it's personnel during typical

workday hours up to 6 days per week. All necessary equipment to provide NOTC

services is included for the duration of services agreement. Professional Services

delivered at a NOTC consist of the following NeurOptimization modalities as needed

but not limited to: Advanced Simulation Training, a Non-Invasive, Drug Free Integrative

NeurOptimization Training Approach (Biofeedback, Neurofeedback, Disassociate Tactile

Feedback, Acute Stress Analysis, LORETA, Real Time Z-score Training, Audio Visual

Entrainment, Neuro Stimulation Therapy, Trans-Dermal A/C Stimulation, Trans-Dermal

DC Stimulation, Cranial Electro Stimulation); Cutting-Edge Team NeuroSynchronization

Therapy, Clinical QEEG - Ready State EEG Analysis, Relaxed State EEG Analysis, Clinical

Acute Stress EEG Analysis, On-Field EEG Analysis; NeuroFitness Assessments; Traumatic Brain Injury Discriminant Analysis; Concussion and Neural

Network Injury Index; Cognitive Performance Assessments and Testing; Cognitive Emotional Checklist; Optimal Neurological Function Paradigm;

Neural Network Analysis; AST Matrix Progression Protocols for Recovery, Rehabilitation

and Peak Performance; Physiological and Metabolic Nervous System Analysis; Heart

Rate Variability and Coherence Evaluation and Training; NeuroMuscular Coordination

and Functional Enhancement Evaluation and Training; Acute Stress Response Training;

Associative Active Tactile Feedback Training;

Disassociative Active Tactile Feedback

Training; NeurOptimization Device

Individualized Evaluations and Training

Protocols. NeurOptimization Visualization

Techniques and NeurOptimization Device

Protocols development as needed on

an individual basis.

AST Matrix

Proprietary Progression Protocols

Cognitive Performance Testing

A Comprehensive Analysis of Cognitive Performance Metrics of the Brain

Performance Research Sciences utilizes a series of timed quantitative analytical measures that assess known cognitive metrics that reflect optimal neural activity patterns for brain performance. This optional assessment provides valuable information about brain and nervous system function. Our proprietary fusion protocols allow for assessment and remediation of specific locations within the brain that optimize overall athletic and mental performance both on and off the field.

- Preliminary Assessment

- Post Advanced SImulation Therapy (20) Sessions

Neural Network Index

A Comprehensive Analysis of Cognitive Performance Metrics of the Brain

Performance Research Sciences utilizes clinical qEEG to assess known cognitive metrics that reflect optimal neural activity patterns for brain performance. Every Athlete undergoes a non-invasive NeuroFitness Assessment which provides valuable information about brain and nervous system function providing state of the art biological and physiological metrics relative to human performance. Our proprietary fusion protocols allow for assessment and remediation of specific locations within the brain that optimize overall performance.

Network measures indicate typical brain performance results before and after AST. Standard deviations ranging from 1 to -1 are optimal.

Return to Play

A Dynamic Paradigm of Recovery, Rehabilitation and Elite Athletic Performance

Baseline (Step 0): As the baseline step of the Return to Normal Daily Activities Progression,

the athlete/patient needs to have completed physical and cognitive rest and not be experiencing

concussion like symptoms for a minimum of 24 hours.

Benchmark Analysis (Data Observation and Deviation Reference Points)

The Goal: NeuroFitness Assessment

The Time: 90 to 120 minutes.

The Activities: 19 Channel EEG, LORETA Analysis, network Analysis, Qualitative Measures,

HRV Coherence Rating, AST Performance Index.

Absolutely no cognitive tasking or ATF (Active Tactile Feedback).

Step 1: Rest/Relaxed AST

The Goal: AST Modalities as needed for Recovery, Rehabilitation or Optimal Performance

The Time: 70 to 90 minutes.

The Activities: Passive AST Optimization with RTZ

Step 2: Low Impact Rehabilitation/Training Protocol

The Goal: Limited head and body movement

The Time: 60 to 90 minutes.

The Activities: Rest/Relaxed Passive AST Optimization with RTZ, Low Impact Active Tasking.

This stage engages low impact; Interactive Tasking Protocols, Cognitive Functions, ANS Response, Neuromuscular Function and Active Tactile Feedback.

Step 3: Moderate Impact Rehabilitation/Training Protocol

The Goal: Return to Active Daily Lifestyle/Return to Practice in Controlled Environment

The Time: 70 to 90 minutes.

The Activities: Rest/Relaxed Passive AST Optimization with RTZ, Moderate Impact Active Tasking.

This stage engages more intense; Interactive Tasking Protocols, Cognitive Functions, ANS Response, Neuromuscular Function and Active Tactile Feedback in addition to the components introduced in Step 2.

Step 4: High Impact Rehabilitation/Training Protocol

The Goal: Return to Active Daily Lifestyle/Return to Practice in Controlled Environment

The Time: 90 minutes.

The Activities: Rest/Relaxed Passive Optimization with RTZ, High Impact Active Tasking with RTZ.

This stage engages more intense; Interactive Tasking Protocols, Cognitive Functions, ANS Response, Neuromuscular Function and Active Tactile Feedback in addition to the components introduced in Step 3.

Step 5: Enhanced Performance Training Protocol

The Goal: Normal Active Daily Lifestyle in Open Environment/Normal Play in Open Competition

The Time: 90 to 120 minutes.

The Activities: Rest/Relaxed Passive Optimization with RTZ, High Impact Active Tasking with RTZ.

This stage engages more intense; Interactive Tasking Protocols, Cognitive Functions, ANS Response, Neuromuscular Function and Active Tactile Feedback in addition to the components introduced in Step 4.

Note: At any time an athlete/patient should display retrograde progress return to the previous step. Additionally, should an athlete/patient sustain a recurring injury or debilitation return to Step 0 and re-evaluate. It is important to monitor symptoms and cognitive function carefully during each increase of exertion. Athletes should only progress to the next level of exertion if they are not experiencing symptoms at the current level. If symptoms return at any step, an athlete should stop these activities as this may be a sign the athlete is pushing too hard. Only after additional rest, when the athlete is once again not experiencing symptoms for a minimum of 24 hours, should he or she start again at the previous step during which symptoms were experienced.

© Copyright 2009-2017. Performance Research Sciences-AST, Inc. All Rights Reserved. Performance Research Sciences-AST®, AST®, AST3®, AST Matrix®, AST3 Matrix®, AST3 Matrix3®, Advanced Simulation Therapy®, Advanced Simulation Training®, Advanced Simulation Treatment®, Variable Impact Active Tactile Feedback®, Low Impact Active Tactile Feedback®, Moderate Impact Active Tactile Feedback®, NeuroFitness Assessment®, NeurOptimization Device®, High Impact Active Tactile Feedback®, Active Tasking Protocol®, Active Tasking Battery®, and Active Tasking Software®, are all registered trademarks of Performance Research Sciences INC. Unauthorized usage is in violation of various countries trademark laws. Performance Research Sciences-AST™ et al. is not intended to treat, cure, heal, or diagnose any disease, mental illness or symptom. Performance Research Sciences-AST et al. is intended to provide positive outcomes for various neurological disorders and traumatic body and brain injuries. AST et al. is intended to reduce recovery times, improve quality of care and provide baseline brainwave and alostatic deviation benchmark data. AST™ et al. is intended to facilitate relaxation and auto-calibration of neural oscillations as well as facilitate active tasking protocols with variable impact active tactile feedback and calibration of neural oscillations. Individual results may vary.