Amino Acids
Amino acids are the fundamental building blocks of protein, combining within the body to form the structures that make up muscle, tissue and enzymes. They play a central role in everyday nutrition and are widely used in sports nutrition programs.
Different amino acids can be incorporated depending on dietary needs or training preferences, with each type offering its own role in supporting overall protein intake and nutritional balance.
WEIGHT
- 250g
- 500g
- 200g
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Stock
- In Stock (14)
Brand
- Professional Whey (14)
Studies show HMB may assist in:
- Supporting Protein Synthesis¹
- Supporting Muscle Protein Breakdown Management²
- Supporting Development of Lean Muscle Mass³
- Supporting Recovery from Exercise-Induced Muscle Damage⁴
- Supporting Muscular Strength when Combined with Resistance Training⁵
- Supporting Healthy Body Composition⁶
- Supporting Muscle Maintenance in Older Adults (research context)⁷
- Supporting Muscle Mass During Periods of Reduced Activity (e.g. bed rest)⁸
- Supporting Aspects of Anaerobic Peak Power and Endurance Performance⁹
- Supporting Potential Combined Benefits with Creatine Monohydrate¹⁰
- Supporting Exercise Related Inflammation (research context)¹¹
- Supporting Aspects of Cognition, including Learning and Memory (exploratory research)¹²
Studies show Betaine Anhydrous TMG may assist in:
- Supporting Body Composition Goals¹
- Supporting Strength & Power Performance²
- Supporting Protein Synthesis (in conjunction with resistance training)³
- Supporting Muscular Endurance⁴
- Supporting Homocysteine Balance (as a biochemical marker)⁵
- Supporting Insulin Pathways (early research only)⁶⁷
- Supporting Mood Balance (exploratory research)⁸
- Supporting Aspects of Cognitive Performance⁹
- Supporting General Wellbeing Outcomes (early research)¹⁰
Studies show Citrulline may assist in:
- Supporting Arginine Plasma Levels & Nitric Oxide Pathways (more effectively than arginine itself)¹
- Supporting The Body’s Ability to Manage Lactic Acid Accumulation²
- Supporting Aspects of Exercise Performance & Recovery³
- Supporting Muscular Strength & Endurance in Research Contexts⁴
Studies show EAA may assist in:
- Supporting Muscle Protein Synthesis1
- Helping Reduce Muscle Breakdown2
- Supporting Muscle Recovery3
- Helping Maintain Lean Muscle Mass4
- Supporting Exercise Performance5
- Supporting Improvements in Body Composition6
Studies show Glutamine may assist in:
- Supporting Immune Function1,2,4
- Supporting Gut Health3,4
- Supporting Glycogen Replenishment1
- Supporting The Body’s Response to Muscle Stress (research context)2,5
- Supporting Cellular Balance and Recovery6
- Supporting Antioxidant Defence and Reducing Oxidative Stress4,5
- Supporting Exercise Recovery and Adaptation5,6
Studies show BCAA's may assist in:
- Supporting Muscle Protein Synthesis¹⁴
- Supporting Aspects of Recovery, Muscle Building and Body Composition²⁵⁶
- Supporting Strength Measures²
- Supporting Exercise-Induced Muscle Soreness Reduction³⁷
Studies show L-Carnitine L-Tartrate may assist in:
- Supporting Fat Transport into the Mitochondria for Energy Metabolism¹
- Supporting Glycogen Sparing & Energy Availability²³
- Supporting Reduced Lactate Accumulation During High Intensity Activity⁴
- Supporting Post-Exercise Recovery and Reduced Muscle Soreness²⁵⁶
- Supporting Antioxidant Balance & the Body’s Response to Exercise-Related Stress³⁶
- Supporting Aerobic Performance Measures⁷
Studies show AAKG may assist in:
- Supporting Strength & Power Output1
- Supporting Anaerobic Capacity1
- Supporting Exercise Performance2
- Supporting Circulation & Nutrient Transport2
- Supporting Aspects of Training Focus & Intensity
- Supporting Muscle Fullness & Vascular Function
Studies show N Acetyl Cysteine (NAC) may assist in:
- Supporting Healthy Glutathione Levels¹
- Providing Antioxidant Support²
- Supporting Aspects of Immune Function (research context)³
- Supporting Liver Metabolism & Balance⁴
- Supporting Respiratory Antioxidant Pathways⁵
- Supporting Antioxidant & Cellular Balance in Contexts of Oxidative Stress⁶
Studies show Taurine may assist in:
- Supporting Antioxidant Activity¹
- Supporting Endurance & Energy Metabolism²
- Supporting Aspects of Cellular Hydration & Nutrient Balance²
- Supporting Recovery & Performance Measures⁴⁵
- Supporting Aspects of Overall Physiological Balance (antioxidant and recovery context)¹⁵
Studies show Beta Alanine may assist in:
- Supporting Muscle Carnosine Levels¹
- Supporting the Body’s Natural Buffering Capacity²³
- Supporting Time to Exhaustion during High Intensity Activity⁴⁵
- Supporting Aspects of Perceived Fatigue
Studies show Acetyl L-Carnitine may assist in:
- Supporting Energy Metabolism in Brain Cells1
- Supporting Age-Related Cognitive Health2
- Supporting Brain Health & Neural Function3
- Supporting Positive Mood Balance4
- Supporting Antioxidant Capacity5
- Supporting Cellular Health & Resilience6
- Supporting Memory and Cognitive Function in Stress Related Contexts7
- Supporting Cognitive Health in Age-Related Conditions8
- Supporting Mood and Emotional Wellbeing in Older Adults9
- Supporting Cardiovascular Health10
- Supporting Mitochondrial Health & Function Across Ageing11
Studies show L-Ornithine HCL may assist in:
- Grab 15% OFF (Whilst Stocks Last)
- Supporting Aspects of Fatigue Management¹²
- Supporting Maximal Anaerobic Performance²
- Supporting Stress Response & Cortisol Balance³
- Supporting Sleep Quality in Relation to Physical Fatigue³
- Supporting Ammonia Metabolism & Cellular Balance¹
Studies show Leucine may assist in:
- Supporting the Stimulation of Muscle Protein Synthesis¹
- Helping Reduce Muscle Breakdown²
- Supporting Muscle Recovery³
- Helping Maintain Lean Muscle Mass⁴
- Supporting Energy Metabolism⁵
- Supporting Improvements in Body Composition⁶
