Description
⚠️ Research Use Only Disclaimer
This product is intended strictly for laboratory research purposes only. It is not intended for human or animal consumption. The information presented is for educational and scientific reference within professional research environments only. This product has not been evaluated by the FDA and is not intended to diagnose, treat, cure, or prevent any disease. All use must be conducted by qualified professionals in controlled laboratory settings in accordance with applicable laws and regulations.
PRE-AMP – Pre-Workout Performance Research Formula
Nitric Oxide & Endurance Research Blend
PRE-AMP is a research compound formula designed for laboratory investigation of exercise metabolism, nitric oxide production, endurance performance, and mitochondrial energy pathways.
The formula combines amino acids, nitric oxide precursors, and metabolic support compounds frequently studied in research related to exercise physiology and muscle performance.
In Simple Terms
This formula contains ingredients researchers study to understand how the body increases energy production, improves circulation, reduces fatigue, and enhances exercise performance.
Key Research Focus
🔥 Fat metabolism pathways
💪 Exercise endurance and stamina
🩸 Nitric oxide and blood flow signaling
⚡ Cellular energy production (ATP)
🧠 Cognitive focus during exercise
Research Ingredients
L-Carnitine (150 mg)
Type: Amino acid derivative
Primary Role: Fat transporter and energy enhancer
What It Does
L-Carnitine helps transport fatty acids into mitochondria, where they can be converted into cellular energy.
Simple Explanation
Carnitine acts like a transport shuttle that carries fat into the cell’s energy factories so it can be burned for fuel during exercise.
Research Interest
Fat Metabolism
Increases the rate at which fatty acids are transported into mitochondria for energy production during exercise.
Endurance & Recovery
May improve stamina and reduce muscle soreness by supporting efficient energy production.
Cellular Energy Production
Supports the production of ATP, the primary energy molecule used by cells.
L-Arginine (75 mg)
Type: Essential amino acid
Primary Role: Nitric oxide precursor
What It Does
Arginine is used by the body to produce nitric oxide, a molecule that helps regulate blood flow and circulation.
Simple Explanation
Arginine helps relax blood vessels so more oxygen and nutrients can reach muscles during exercise.
Research Interest
Nitric Oxide Production
Stimulates nitric oxide synthesis, which may increase blood flow and vascular dilation.
Strength & Exercise Performance
Improves endurance and exercise capacity by enhancing oxygen and nutrient delivery to muscles.
Cardiovascular Support
Supports healthy circulation and vascular function.
L-Ornithine (75 mg)
Type: Non-essential amino acid
Primary Role: Ammonia detoxification and growth hormone signaling
What It Does
Ornithine is involved in the urea cycle, which helps remove ammonia produced during intense exercise.
Simple Explanation
Ornithine helps the body clear fatigue-causing waste products that build up during intense workouts.
Research Interest
Endurance & Recovery
Helps reduce ammonia buildup, which may improve exercise endurance and recovery.
Growth Hormone Signaling
Supports natural growth hormone signaling pathways related to muscle development and metabolism.
Fatigue Reduction
Helps lower fatigue levels during prolonged physical activity.
L-Citrulline (75 mg)
Type: Non-essential amino acid
Primary Role: Nitric oxide production support
What It Does
Citrulline helps increase arginine levels in the body, which supports nitric oxide production.
Simple Explanation
Citrulline helps increase blood flow to muscles, improving oxygen delivery during workouts.
Research Interest
Enhanced Blood Flow
Supports nitric oxide production and vascular dilation.
Muscle Recovery
Helps improve nutrient delivery to muscles during recovery.
Exercise Endurance
May support improved stamina through better oxygen transport.
Carnosine (75 mg)
Type: Dipeptide composed of beta-alanine and histidine
Primary Role: Muscle buffering compound
What It Does
Carnosine helps buffer acid buildup in muscles, which can delay fatigue during intense exercise.
Simple Explanation
Carnosine works like a buffer that helps muscles resist fatigue during high-intensity exercise.
Research Interest
Muscle Buffering
Reduces lactic acid accumulation in muscles during exercise.
Increased Endurance
Improves performance by delaying muscle fatigue.
Antioxidant Activity
Helps protect muscle tissue from oxidative stress.
Glycine (50 mg)
Type: Non-essential amino acid
Primary Role: Collagen support and neurotransmitter activity
What It Does
Glycine supports collagen production, muscle repair, and neurotransmitter signaling.
Simple Explanation
Glycine helps support joint health, recovery, and mental focus during physical activity.
Research Interest
Cognitive Function
Acts as an inhibitory neurotransmitter involved in relaxation and focus.
Joint & Muscle Health
Supports collagen production and joint function.
Metabolic Support
Assists in protein synthesis and muscle recovery.
Product Summary – PRE-AMP
AMP is a comprehensive research formula designed to study pathways involved in exercise performance, nitric oxide signaling, and metabolic endurance.
Research Focus
🔥 Fat metabolism and energy utilization
💪 Strength, endurance, and workout performance
🩸 Nitric oxide and vascular signaling
🧠 Mental focus during exercise
⚡ Lactic acid buffering and muscle recovery
Simple Explanation
This formula combines ingredients researchers investigate to better understand how the body improves circulation, delays fatigue, enhances endurance, and supports muscle recovery during exercise.
Product Specifications
Product Name: PRE-AMP
Category: Exercise Performance Research Formula
Active Ingredients
L-Carnitine – 150 mg
L-Arginine – 75 mg
L-Ornithine – 75 mg
L-Citrulline – 75 mg
Carnosine – 75 mg
Glycine – 50 mg
Storage & Handling
• Store in a cool, dry location
• Protect from heat and moisture
• Handle according to standard laboratory safety protocols
• For professional research use only
Scientific References
-
Longo N. et al. Carnitine transport and fatty acid oxidation. Biochim Biophys Acta.
PubMed -
Schmidt H.H. et al. Arginine is a physiological precursor of nitric oxide.
PubMed -
Gilligan D.M. et al. Contribution of nitric oxide to exercise-induced vasodilation.
PubMed -
Virmani M.A. et al. Role of L-Carnitine in mitochondrial function.
PubMed -
Roux-Mallouf T. et al. Nitric oxide precursor supplementation and exercise training.
PubMed
Note: For research and laboratory use only. Not for human or veterinary use. This product must be handled strictly within a controlled laboratory environment.
