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Powerock Pharma Beta-Alanine 500 000 mg
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BETA-ALANINE increases muscle performance and delays fatigue by raising the carnosine level in muscles – it supports pH buffering and extends endurance during intense activity. Choose Powerock Pharma for guaranteed purity ≥99.9% and proven research results.
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BETA-ALANINE 500,000 mg
BETA-ALANINE (3-aminopropanoic acid) is an advanced chemical reagent for research on muscle performance and fatigue. This compound (CAS 107-95-9) is designed for effective studies on muscle buffering properties and fatigue resistance. Its action is based on increasing the production of carnosine, a dipeptide stored in skeletal muscles, which helps buffer hydrogen ions and delay the onset of muscle fatigue during intense activity. This functionality makes Beta-Alanine widely used in research on sports performance and muscle metabolism.
BETA-ALANINE Powerock Pharma - Properties
Discover the potential laboratory properties of Beta-Alanine that may support research on performance, muscle fatigue, and metabolic homeostasis.
Performance Enhancement
Supports research on improving muscle performance by increasing carnosine levels.
Fatigue Delay
Studies indicate the ability to delay the onset of fatigue during intense activity.
pH Buffering
Neutralizes the acidic environment resulting from lactic acid accumulation in muscles.
Carnosine Synthesis
Acts as a precursor in the synthesis of carnosine, a key dipeptide in skeletal muscles.
Prolonged Activity
Enables prolonged muscle contractions without a sudden drop in performance.
Anaerobic Endurance
Particularly effective in studies on activities requiring repeated bursts of energy.
Purity ≥99.9%
Manufactured according to GMP, HACCP, and ISO 13485 standards, confirmed by HPLC method.
Selective Action
Targeted action on carnosine synthesis for optimal research results.
How Beta-Alanine Works
- Precursor for carnosine synthesis: Beta-Alanine plays a key role as a substrate in the biosynthesis of carnosine in research organisms.
- Intracellular buffering: Increased carnosine levels in skeletal muscles lead to enhanced hydrogen ion buffering capacity.
- Acidity neutralization: Helps neutralize the acidic environment resulting from lactic acid accumulation during intense activity.
- Metabolic fatigue delay: The buffering effect allows for prolonged muscle contractions without a sudden drop in performance associated with fatigue.
- Selective mechanism of action: Ensures that research organisms can achieve higher performance levels with minimal metabolic discomfort, maintaining peak performance for longer periods.
Why choose BETA-ALANINE from Powerock Pharma?
At Powerock Pharma, our priority is to deliver only the highest quality research reagents. Each batch of Beta-Alanine is manufactured in facilities compliant with GMP, HACCP, and ISO 13485 standards. Our strict quality control supervision and use of state-of-the-art testing procedures ensure not only product effectiveness but also their safety and reliability. We cooperate with leading laboratories to ensure purity ≥99.9% confirmed by HPLC and efficiency of substances, providing durable and repeatable research results. By choosing Powerock Pharma, you are opting for excellence, safety, and unmatched quality of research materials.
Research Protocol
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How to prepare the solution:
Beta-Alanine should be dissolved in an appropriate amount of distilled water or another suitable solvent. For precise calculation of the quantities needed for research, we recommend using the dose calculator. The included 5g scoop (5000 mg per serving) ensures dosing consistency.
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When to apply:
For optimal research results, it is recommended to apply at regular intervals, ideally before or after simulated physical activity in research subjects, according to the research protocol.
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Duration of one research cycle:
The recommended research period is 4–8 weeks, allowing sufficient time to observe and document the effect on carnosine levels and performance metrics.
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Recommended amount for model A:
...In studies involving model A, a lower dose is recommended. Typically, starting from 2000–3000 mg daily with adjustments as needed for research purposes.
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Recommended amount for model B:
For model B, a dose of 3000–5000 mg daily is commonly used, with adjustments according to specific research objectives.
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Monitoring:
Continuous monitoring of research subjects is essential to ensure accurate data collection. Physiological markers such as muscle pH, endurance capacity, and any reported adverse reactions should be tracked.
Frequently Asked Questions
What is the recommended dose for research purposes? ▼
- For research purposes, a dose of 2000–5000 mg daily is typically used, with adjustments based on the profile of the research subject (e.g., model A or B) and specific research objectives.
Can this product be used in combination with other compounds? ▼
- Yes, Beta-Alanine can be combined with compounds such as creatine monohydrate, L-Citrulline, BCAAs, caffeine, and electrolytes to investigate synergistic effects on performance and recovery in research settings.
What are the potential side effects observed in studies? ▼
- Some research subjects may experience mild tingling sensations (paresthesia) due to Beta-Alanine's effect on nerve endings. This is generally temporary and harmless but should be monitored and documented during studies.
Is this product safe for long-term research? ▼
- Beta-Alanine has been extensively studied and is generally considered safe in 4–8 week research cycles. Long-term effects should be carefully monitored and evaluated based on specific research protocols.
How should this product be stored? ▼
- Beta-Alanine should be stored at controlled room temperature (<25°C), protected from light and moisture to maintain stability and purity throughout the research period.
What makes Powerock Pharma products reliable for research?
- Powerock Pharma adheres to strict GMP, HACCP, and ISO 13485 standards, ensuring high purity (≥99.9% by HPLC testing) and consistent quality. Our products are validated by leading laboratories, ensuring reliability in research applications.
Calculator for measuring research doses
Tip: 1 MG = 1000 MCG
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