PerformanceDrink, The Future Is Now SHOP PERFORMANCEDRINK
PDQPI PERFORMANCE ENHANCING BEVERAGE STANDARD
All 12 Categories Are Required to Qualify as a Performance Enhancing Beverage
PerformanceDrink Comparison Chart Part 1 PerformanceDrink Comparison Chart Part 2
10 AREAS OF PROVEN ENHANCEMENT. BACKED BY SCIENCE. VALIDATED IN THE REAL WORLD.
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What Is PerformanceDrink®?

PerformanceDrink® is a new category of beverage developed to support sustained physical and cognitive performance through measurable physiological outcomes. Unlike conventional sports drinks that primarily focus on hydration, or energy drinks that rely on stimulants, PerformanceDrink® was developed to support multiple aspects of human performance through measurable scientific evaluation. Independent university research, peer-reviewed scientific publications, operational field testing, and decades of documented performance evaluation provide the evidence presented throughout this website. We invite you to review the evidence and determine whether PerformanceDrink® meets the qualification standards of a true Performance Beverage.

PUBLISHED SCIENTIFIC LITERATURE

Oxygen, Glucose, Brain and Physical Performance

Physical performance depends on muscular output, mental awareness, executive function, reaction time, coordination, glucose availability, oxygen delivery and hydration. These studies provide scientific context. They are not direct PerformanceDrink studies unless PerformanceDrink was tested.

1. Brain Function During Prolonged Exercise

Why It Matters

Executive function, reaction time and working memory affect decisions, coordination and safety during demanding activity.

What Researchers Found

Exercise intensity affected executive-task performance and prefrontal oxygenation. Different cognitive functions responded differently during prolonged physical demand.

Connection to PerformanceDrink Research

This provides context for evaluating EEG findings, cognitive testing and mental awareness during exercise.

Read the PubMed record

2. Glucose Availability and Cognitive Performance

Why It Matters

The brain requires a continuous energy supply. Cognitive performance becomes important when fatigue and physical demand increase.

What Researchers Found

Carbohydrate ingestion tended to improve cognitive performance during exercise, particularly cognitive flexibility.

Connection to PerformanceDrink Research

This provides context for PerformanceDrink blood-glucose measurements and university cognitive testing. It does not independently verify product effects.

Read the PubMed record

3. Oxygen Availability and Mental Performance

Why It Matters

Reduced oxygen availability can affect attention, judgment and cognitive performance during physical activity.

What Researchers Found

Research examining exercise under hypoxia reports that reduced oxygen availability can impair cognitive performance.

Connection to PerformanceDrink Research

This supports the importance of studying oxygen availability. It does not prove that drinking oxygenated water improves systemic oxygen delivery or performance.

Read the PubMed record

4. Carbohydrates and Endurance Performance

Why It Matters

Sustaining carbohydrate availability can help maintain work capacity during prolonged or intense exercise.

What Researchers Found

Published research supports carbohydrate use during exercise as an aid to endurance performance. Results depend on exercise duration and intensity.

Connection to PerformanceDrink Research

This provides context for comparing carbohydrate delivery, blood-glucose response and endurance outcomes.

Read the PubMed record

5. Carbohydrates, Strength and Conditioning

Why It Matters

Training volume affects conditioning capacity and the amount of high-quality work completed during a session.

What Researchers Found

A meta-analysis found that acute carbohydrate feeding can improve resistance-training volume, particularly during longer or glycogen-demanding sessions.

Connection to PerformanceDrink Research

This provides context for strength, power and sustained-work findings. The result should not be generalized to every workout or athlete.

Read the PubMed record

6. Hydration, Heat and Cognitive Function

Why It Matters

Performance in heat requires physical capacity, attention, judgment and coordination.

What Researchers Found

Heat exposure, exercise-induced dehydration and fluid ingestion were associated with changes in cognitive performance.

Connection to PerformanceDrink Research

This provides context for hydration, mental-performance and operational observations made during demanding conditions.

Read the PubMed record

PERFORMANCEDRINK SCIENCE & TECHNOLOGY

Oxygen + Glucose. The Biology of Performance.

Glucose and other fuels provide chemical energy. Oxygen enables efficient oxidative metabolism inside mitochondria. Together, these processes support ATP production for sustained physical work, brain function and organ function. Oxygen and blood glucose remain separate physiological measurements. An increase in one does not automatically produce an increase in the other.

Established Human Physiology

Aerobic metabolism uses oxygen to extract energy from glucose, stored carbohydrate and fat. Exercise also uses energy pathways that produce ATP without requiring oxygen at the point of production.

Review energy-system research

Oxygen and Glucose Regulation

Reduced oxygen availability can change glucose uptake, insulin sensitivity and glucose regulation. The direction and size of the response depend on the severity, duration and pattern of hypoxia, exercise and individual health.

Review glucose-homeostasis research

Controlled Carbohydrate Availability

PerformanceDrink records describe Isohypotonic and Hypoisotonic formulation systems designed to provide different carbohydrate-delivery profiles. Performance must be judged from measurements of the complete finished formula.

Review carbohydrate research

PerformanceDrink-Specific Results

Recovered McMaster records report improved time to exhaustion and blood-glucose maintenance. Recovered University at Buffalo records report physical-output and cognitive results compared with Gatorade and water. Final numerical claims must follow the original study reports and statistical tables.

Granted Controlled-Release Patent

U.S. Patent 5,980,968 is titled “Controlled-release formula for performance drinks.” It describes performance-drink formulations using carbohydrate with selected biodegradable polymers. The patent was filed October 9, 1996 and granted November 9, 1999.

Read the patent record

New Intellectual Property Technology

PerformanceDrink identifies newer proprietary technology involving the controlled integration of its carbohydrate-delivery systems and stabilized dissolved-oxygen platform. Public descriptions should protect confidential formulation details and should not state or imply patent status unless a formal application has been filed.

Evidence distinction: Published physiology explains why oxygen, glucose, hydration and cognition matter. Only research that tested PerformanceDrink can establish what the finished PerformanceDrink formula achieved.

OXYGEN TECHNOLOGY

Oxygen Stability, Measurement and Performance Context

PerformanceDrink oxygen technology is based on retaining dissolved molecular oxygen in the finished beverage under defined conditions. Initial oxygen concentration does not establish long-term stability. Verification requires the measurement method, retained concentration, packaging, storage duration and temperature conditions.

What Science Establishes

Oxygen is essential for aerobic ATP production. Oxygen delivery depends on breathing, lung exchange, haemoglobin, circulation, tissue extraction and mitochondrial use.

What Product Testing Must Establish

PerformanceDrink-specific oxygen claims require finished-product laboratory measurements, stability records and human testing. Orally consumed oxygen does not replace oxygen delivered through the lungs.

BLOOD GLUCOSE TECHNOLOGY

Controlled Availability During Sustained Performance

Blood glucose reflects the balance among carbohydrate intake, liver glucose release, storage, muscle uptake, insulin, glucagon, stress hormones and exercise demand. The objective is appropriate glucose availability, not the highest possible blood-glucose level.

Published Exercise Science

During prolonged strenuous exercise, carbohydrate intake can help maintain blood glucose, carbohydrate oxidation and exercise tolerance.

Read the PubMed record

PerformanceDrink Research

PerformanceDrink records describe sustained blood-glucose availability during prolonged testing from a comparatively small carbohydrate intake. The final website values must state the original protocol, units, baseline, endpoint, comparator intake and statistical results.

RECOVERY AND INJURY SCIENCE

Post-Exercise Recovery and the Biology of Tissue Repair

Recovery depends on restoring fluid balance and energy stores, repairing tissue, obtaining sufficient protein and micronutrients, sleeping and following an appropriate rehabilitation plan. Oxygen is required for normal cellular metabolism, blood-vessel formation and bone repair, but oxygen alone does not strengthen bone.

Bone and Tissue Repair

Bone repair requires circulation, oxygen, nutrients, inflammatory signaling, blood-vessel formation, calcium, vitamin D, protein and appropriate mechanical loading.

Review bone-repair research

Evidence Boundary

Hyperbaric oxygen is a medical treatment delivered under pressure. Its research cannot establish the recovery or fracture-healing effects of an orally consumed oxygen beverage. PerformanceDrink recovery claims require direct product testing.

Review fracture-healing evidence

Evidence Defines the Category

 

  • The brain is composed of 79% water and uses 20% of the body's oxygen. Reduced oxygen impairs brain function.
  • PerformanceDrink Oxygen remains present in the bloodstream, as its stability is unaffected by variations in body temperature, unlike conventional oxygen.
  • PerformanceDrink Oxygen is absorbed directly into the blood stream through the mouth's mucosa and stomach in seconds.
  • Oxygen facilitates cellular proliferation and function across all tissues of the body.

Performance Proven in the Real World

Dr. Christopher Wyllie Brain Optimization Specialist EEG Evaluation Findings *33% improvement in measured cognitive performance. *Significant improvements across six of seven cognitive categories *Above-average performance in the seventh category. *Findings consistent with independent research published by the University at Buffalo and the Journal of Athletic Enhancement

Four University of Buffalo PhDs and thirty-five PhD students tested 50 drivers over 24 hours at the Rolex Daytona 24 Hour Race. Professional drivers and doctors discuss the benefits of PerformanceDrink at peak exertion. Proven on the spot results!

Bill Auberlin #1 BMW Driver in North America w/ Rahal Letterman Racing Team. " You have given me life to my career thank you very much" Bill Auberlin.

 Fire Department and Hazmat Teams use PerformanceDrink for safety and mental awareness

Fire Department and Hazmat Teams use PerformanceDrink for safety and mental awareness.

IndyCar driver James Davidson who drives for AJ Foyt Racing

Colton Faccitti 4 Time Canadian Motocross Champion explains how PerformanceDrink works at 40 degrees C or 104F. Dillion Wright came from 37 after the first turn to finish finish 3rd.

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