EAA

Backed By 11 Peer-Reviewed Studies
50 Servings Per Container: ₹22/Serving

5g of complete essential amino acids per scoop, all 9 EAAs your body can't make on its own, at zero calories and zero sugar

  • Supports muscle protein synthesis with 1530mg of Leucine per scoop
  • Closes the Lysine gap common in vegetarian, cereal-grain diets
  • Zero calories, zero sugar, zero fat, zero carbs

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EVERY UNIT VERIFIABLE

THE ACTUACIÓN VERIFICATION

Non GMO Non GMO
Soy Free Soy Free
Vegan Vegan
Dairy Free Dairy Free
Gluten Free Gluten Free
Small Batch Production Small Batch Production
GMP Certified GMP Certified

Why Use EAA ?

5g of complete essential amino acids per scoop, all 9 EAAs your body can't make on its own, at zero calories and zero sugar

Supports muscle protein synthesis with 1530mg of Leucine per scoop

Closes the Lysine gap common in vegetarian, cereal-grain diets

Zero calories, zero sugar, zero fat, zero carbs
Complete Muscle Protein Synthesis

Complete Muscle Protein Synthesis

Leucine activates mTOR, the primary signal that triggers and sustains muscle protein synthesis.

Closes the Vegetarian Protein Gap

Closes the Vegetarian Protein Gap

Lysine addresses the single largest amino acid shortfall in cereal-grain dominant Indian diets.

Reduces Training Fatigue

Reduces Training Fatigue

Tryptophan and Histidine work to delay central fatigue and buffer lactic acid, extending time to failure during high-intensity sets.

WE COULD HAVE JUST SAID IT WORKS.

But you're already reading this far.

So here's everything :

EAA

KEY INGREDIENTS

EAA is built on the nine essential amino acids that serve important biological functions, dosed at clinically relevant levels.

L-Leucine
Anabolic Trigger

L-Leucine

Drives mTOR, starts muscle protein synthesis.
L-Lysine
Rate-Limiting Amino

L-Lysine

Closes the biggest gap in Indian vegetarian diets.
L-Valine
Central Fatigue

L-Valine

Blocks the fatigue signal, extends output.
L-Isoleucine
Glucose Uptake

L-Isoleucine

Fuels muscle, activates a second mTOR path.
L-Threonine
Connective Tissue

L-Threonine

Rate-limiting for collagen and joint repair.
L-Tryptophan
Recovery & Sleep

L-Tryptophan

Precursor to serotonin and melatonin.
L-Methionine
Methylation

L-Methionine

Starts every protein synthesis sequence
L-Histidine
Intramuscular Buffer

L-Histidine

Precursor to carnosine, delays acidosis.
L-Phenylalanine
Neurotransmitter

L-Phenylalanine

Precursor to dopamine and focus.
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THE SCIENCE BEHIND IT ALL

Explore The Research Behind Our Formula

Central Fatigue

BCAA Supplementation And Muscle Damage Markers, Doma Et. Al

Systematic Review & Meta-Analysis 2021

BCAA supplementation reduced muscle damage biomarkers and muscle soreness following strenuous exercise

Evidence
Central Fatigue

Valine And Mitochondrial Function, Sharma Et. Al

PMC 2024

Valine improved mitochondrial function and reduced oxidative stress, sustaining ATP generation during oxidative challenge.

Evidence
Anabolic Trigger

Leucine And Skeletal Muscle Metabolism, Ely Et. Al

Clinical Nutrition 2023

Leucine emerged as the most potent EAA driver of mTORC1 signaling, stimulating muscle protein synthesis even at low doses when enriched in protein sources.

Evidence

Lysine Metabolic Availability In Indian Diets, Bandyopadhyay Et. Al

Journal of Nutrition 2020

In Indian men, lysine metabolic availability was notably lower after heat treatment in milk, and almost absent in a cereal-legume vegetarian meal, underscoring lysine as the limiting amino acid in vegetarian diets.

Evidence
Central Fatigue

Valine Supplementation And Exercise Fatigue, Tsuda Et. Al

Bioscience, Biotechnology, and Biochemistry 2018

Acute valine supplementation, unlike leucine or isoleucine, maintained liver glycogen and blood glucose while increasing post-exercise activity, indicating a distinct role in reducing fatigue.

Evidence
Glucose Uptake

Isoleucine And Skeletal Muscle Glucose Uptake, Doi Et. Al

Journal of Nutrition 2005

Isoleucine administration lowered blood glucose and increased skeletal muscle glucose uptake by 73% in rats.

Evidence
Connective Tissue

Threonine And Muscle Hardness, Wen Et. Al

Food Chemistry 2023

Dietary threonine improved muscle hardness by supporting collagen biosynthesis, regulating transcriptional, translational, and post-translational stages of collagen production.

Evidence
Recovery & Sleep

Tryptophan Supplementation And Sleep Quality, Sutanto Et. Al

Nutrition Reviews 2021

Tryptophan supplementation, particularly at doses of 1g or more, shortened wake after sleep onset and improved sleep quality.

Evidence
Methylation

Methionine And DNA Methylation, Zhang Et. Al

PMC 2018

Methionine served as the precursor for S-adenosylmethionine in one-carbon metabolism, with dietary methionine levels directly influencing DNA methylation and gene expression tied to growth and health.

Evidence
Intramuscular Buffer

Histidine Metabolism And Function, Brosnan Et. Al

Journal of Nutrition 2020

Histidine served as the essential precursor for carnosine synthesis in human muscle, where carnosine functions as an important buffer and antioxidant.

Evidence
Neurotransmitter

Phenylalanine As A Therapeutic Supplement, EBSCO CAM Review Board

Research Starters 2024

Phenylalanine is converted in the body to tyrosine, which is then converted into L-dopa, epinephrine, and norepinephrine, positioning it as a precursor to key neurotransmitters involved in mood and focus.

Evidence

NEED TO KNOW

Questions, answered.

BCAAs are three of the nine essential amino acids: leucine, isoleucine, and valine. EAAs are all 9 amino acids the body cannot synthesize independently, including the BCAAs plus lysine, methionine, threonine, phenylalanine, histidine, and tryptophan. All 9 must be present simultaneously for complete muscle protein synthesis. BCAAs can initiate the process. Only a complete EAA profile can sustain and complete it.