The Science of Amino Acid Balance
Amino acids are central to protein synthesis, biochemical regulation, and immune system function. Aminomics applies quantitative amino acid analysis to better understand individual amino acid patterns.
Genes provide the code. Amino acids provide the building blocks
Genomics helps describe biological potential. Proteomics helps describe protein expression and function. Aminomics focuses on the amino acid building blocks required for protein synthesis and biochemical balance.
By measuring amino acid patterns directly, ISM evaluates whether the necessary building blocks are present in appropriate balance to support immune system function and physiological regulation.
Amino acids are more than protein precursors
Amino acids participate in protein synthesis, neurotransmitter pathways, methylation, detoxification, antioxidant systems, energy metabolism, gut barrier function, and immune system activity.
Because these pathways are interconnected, amino acid imbalance can provide insight into broader biochemical patterns.
Quantitative profiling, not generalized supplementation
Aminomics begins with quantitative blood plasma amino acid profiling. This provides measurable data about individual amino acid patterns rather than relying on generalized protocols or assumptions.
ISM uses this data as the foundation for profile mapping and individualized formulation design.
Amino acid balance and immune system function
Immune system function depends on coordinated biochemical activity, including protein synthesis, cellular signalling, tissue repair, inflammatory regulation, and metabolic resilience.
Aminomics focuses on amino acid balance as one measurable layer of immune system management.
Developed through decades of clinical application
Since 1995, ISM has applied quantitative amino acid profiling in long-term individualized programs. Many clients have participated in Aminomics programs over many years, giving ISM a uniquely longitudinal perspective on amino acid balance, individualized formulation, and immune system function.
Selected amino acid pathways
Glutamine
Supports rapidly dividing cells and plays a role in gut and immune system function.
Arginine
Participates in nitric oxide pathways, circulation, and immune cell activity.
Tryptophan
Involved in serotonin, kynurenine, and immune-related signalling pathways.
Methionine
Supports methylation pathways and sulfur amino acid metabolism.
Branched-chain amino acids
Contribute to protein synthesis and metabolic signalling.
