Compound Amino Acid
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Compound Amino Acid

Amino Acids Nutritional Enhancers Flavoring Agents
69430-36-0
$8.75 ~ $13.12
Food
Free sample from 100g(NF)
One unit of:25kg/barrel
25kg/barrel
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Product Info

What is Compound Amino Acid?

Compound Amino Acid is a prepared mixture of various essential and non-essential amino acids used primarily as a dietary supplement or nutritional fortifier to support protein synthesis and metabolic function.

How is Compound Amino Acid made?

Step No. Production Stage Key Action Control Point & Note
1 Raw Material Preparation Select and pre-treat the protein source (e.g., soy meal, keratin feather). Control Point: Protein content, moisture, ash, and absence of contaminants (heavy metals, mycotoxins). Note: The quality of the raw material directly impacts the final amino acid profile and purity.
2 Slurrying Mix the prepared protein source with purified water to create a slurry. Adjust pH and temperature. Control Point: Precise solid-to-liquid ratio for optimal reaction. pH and temperature must be adjusted to the ideal range for subsequent hydrolysis (e.g., pH 7.0-8.5 for enzymatic method).
3 Hydrolysis Break down the protein into smaller peptides and free amino acids using enzymes (protease), acid, or alkali under controlled conditions. Control Point: This is the core step. Critical parameters are hydrolysis time, temperature, pH, and enzyme/acid concentration. The Degree of Hydrolysis (DH) is monitored to ensure reaction completion.
4 Inactivation & Neutralization Stop the hydrolysis reaction. For enzymatic method, heat to denature the enzyme. For acid/alkali method, neutralize the solution. Control Point: For enzymes, ensure temperature and holding time are sufficient for complete inactivation. For chemical methods, the final pH must be precisely neutral (e.g., 6.5-7.5).
5 Filtration & Clarification Filter the hydrolysate to remove insoluble solids, unhydrolyzed protein, and other impurities. Control Point: Filtration efficiency is measured by the clarity and turbidity of the filtrate. A multi-stage process (e.g., centrifugation then plate filtration) is common.
6 Purification Pass the clarified liquid through activated carbon to remove color pigments and odors. Control Point: The amount of activated carbon and contact time are key. Monitor the solution for color value (e.g., using APHA) and organoleptic properties (odor, taste).
7 Concentration Remove excess water from the purified solution using a vacuum evaporator to increase the solids content. Control Point: Operate under low temperature and high vacuum to prevent heat damage to the amino acids. Monitor the Brix or specific gravity to reach the target concentration.
8 Spray Drying Atomize the concentrated liquid into a stream of hot air, instantly evaporating the remaining water to form a fine powder. Control Point: Inlet and outlet air temperatures are critical for controlling final moisture content, particle size, and solubility. Final moisture content must be within specification (e.g., <5%).
9 Sieving & Packaging Sieve the powder for uniform particle size and pack it into sealed, moisture-proof containers. Control Point: Sieve mesh size ensures product consistency. Packaging must be hermetically sealed. Final QC checks for amino acid profile, nitrogen content, microbiology, and heavy metals are performed.

Technical Specifications

CAS Number 69430-36-0
Solubility Water-soluble
Storage Conditions Keep sealed, store in cool, dry place away from light
Shelf Life 24 Months

Applications & Usage

Common Applications:

Nutritional supplements
feed additives
intravenous injection (medical grade)

Mechanism of action:

Parameter Compound Amino Acid
Functional Category Flavor Enhancer; Nutrient Fortifier; Browning Agent
Key Ingredients Hydrolyzed Vegetable/Animal Protein; Glutamic Acid; Glycine; Alanine; Leucine
Mechanism of Action Provides free amino acids, particularly glutamic acid, which stimulate umami taste receptors (T1R1/T1R3) on the tongue. Acts as a precursor for the Maillard reaction with reducing sugars, generating complex savory flavors and brown pigments (melanoidins). Supplies essential and non-essential amino acids to improve the nutritional profile of the food matrix.
Application Effect in Product Enhanced savory, umami, and brothy notes; masks off-flavors; develops desirable brown color during cooking/baking; improves the biological value of protein-deficient foods; provides a more complex and rounded flavor profile than MSG alone.


Comparison:

Product Name Category/Type Key Features Strengths (vs peers) Weaknesses (vs peers) Best Use Cases Why Choose
Compound Amino Acid General Amino Acid Supplement A blend of multiple essential and non-essential amino acids in varying, often proprietary, ratios. Provides a broad spectrum of amino acids that may support various bodily functions beyond muscle synthesis. Often contains non-essential aminos the body can produce on its own; effectiveness can be diluted by suboptimal ratios of key aminos. General dietary supplementation for individuals with low protein intake; supporting specific, non-muscle-centric athletic goals. You need a broad, non-specific amino acid boost or are using a formula tailored to a purpose other than pure muscle building.
EAAs (Essential Amino Acids) Complete Amino Acid Supplement Contains all nine essential amino acids, including the three BCAAs, which the body cannot synthesize. Provides all necessary building blocks for muscle protein synthesis, making it more effective than BCAAs alone. Very fast absorption. Typically more expensive than whey protein on a per-serving basis. Can have a bitter taste. Pre- or intra-workout to maximize muscle anabolism and recovery; supplementing a diet low in complete protein (e.g., vegan). Your primary goal is to stimulate muscle growth and repair as efficiently as possible with a fast-acting supplement.
BCAAs (Branched-Chain Amino Acids) Specific Amino Acid Supplement Contains only Leucine, Isoleucine, and Valine, which are key for muscle metabolism. Directly signals muscle protein synthesis (via Leucine). Can help reduce exercise-induced fatigue and muscle soreness. Incomplete profile; cannot build muscle tissue without the other six EAAs present from other sources. Largely redundant if protein intake is high. Sipping during long workouts or fasted training to reduce muscle breakdown and central fatigue. You want to specifically target in-workout endurance and reduce soreness, and your overall daily protein intake is already sufficient.
Whey Protein Complete Protein Supplement A whole food derivative (from milk) containing a full spectrum of all essential and non-essential amino acids. Highly bioavailable and cost-effective source of complete protein. Promotes satiety better than free-form aminos. Slower digestion and absorption than free-form EAA/BCAA supplements. Contains lactose (unless an isolate), which can cause GI distress. Post-workout recovery shake; convenient meal replacement or supplement to easily meet daily protein targets. You need a versatile and affordable way to increase your total daily protein intake with a complete amino acid profile.
Collagen Peptides Specific Protein Supplement High concentration of Glycine, Proline, and Hydroxyproline. An incomplete protein, lacking Tryptophan. Specifically provides the building blocks for connective tissues like skin, hair, nails, joints, and bones. Ineffective for stimulating muscle protein synthesis due to its poor EAA profile. Not a replacement for whey or EAAs for muscle goals. Supporting joint health, improving skin elasticity and hydration, strengthening hair and nails. Your goal is focused entirely on the health of connective tissues, not muscle building or athletic performance.

Technical Documents

Available Documentation

COA, TDS available

Safety Data Sheet (SDS)

MSDS available

Certificate of Analysis (COA)

Quality assurance documentation

Technical Data Sheet

Detailed technical specifications