Understanding the Science Behind Molecular You
Molecular You’s multi-omic platform measures hundreds of biomarkers across interconnected biological pathways, providing the scientific foundation for system-level health insights.
Understanding the Science Behind Molecular You
Molecular You’s multi-omic platform measures hundreds of biomarkers across interconnected biological pathways, providing the scientific foundation for system-level health insights.
A Complete View of Human Biology
With over 190 quantified biomarkers spanning multiple physiological systems, disease domains, and biological pathways, Molecular You delivers a comprehensive picture of metabolic and proteomic processes to inform targeted care strategies.
This multidimensional approach gives clinicians critical insights into pathways such as acute-phase protein response, urea cycle, glycolysis–gluconeogenesis, and immune system activation, helping identify patterns of system-level dysregulation.
CRP signals systemic inflammation linked to cardiovascular disease and autoimmune disorders.
Elevated homocysteine, an amino acid in methionine metabolism, is tied to cardiovascular risk and endothelial dysfunction.
ApoB offers a detailed assessment of lipid metabolism and atherosclerosis risk, often surpassing traditional cholesterol metrics.
Sphingolipids facilitate cell signaling and membrane integrity and are associated with metabolic and neurodegenerative disorders.
Elevated uric acid indicates risks for gout, kidney stones, and metabolic syndromes.
CRTAC1 is a protein involved in the formation and maintenance of cartilage and bone matrix. It plays a role in structural support and tissue repair, contributing to joint health and overall bone strength.
Elevated TMAO levels are an emerging biomarker associated with atherosclerosis and increased cardiovascular risk, offering valuable insights into metabolic pathways and heart health.
Heme is a molecule with an iron atom at its center and is essential for oxygen transport in hemoglobin and energy production in enzymes. Hemopexin is the protein that binds free heme in the blood, protecting the body from damage caused by oxidative stress. It helps transport heme to the liver for safe breakdown and iron recycling, supporting overall iron balance and reducing inflammation.
Beta-Hydroxybutyric Acid (BHB) is a ketone body produced during fat metabolism, particularly in states of fasting, low carbohydrate intake, or prolonged exercise. It serves as an alternative energy source for the brain, heart, and muscles when glucose levels are low. Elevated BHB levels can indicate ketosis, a metabolic state where fat is used as the primary fuel.
Serum albumin, a protein made by the liver, is a marker of overall health. Low levels are often linked to chronic disease or malnutrition.
High triglyceride levels are associated with metabolic syndrome and increased cardiovascular risk.
Creatinine levels reflect kidney health, with elevated levels often indicating renal dysfunction or other systemic conditions.
Complement components are proteins that play a crucial role in the immune system by enhancing the ability to fight infections and clear damaged cells. They work as part of the complement cascade, a series of reactions that promote inflammation, opsonization of pathogens, and formation of the membrane attack complex to destroy pathogens. Abnormal levels of complement components can indicate immune dysfunction, inflammation, or autoimmune conditions.
How Molecular You Testing Works
Step 1: Sample Collection
A simple blood draw is performed within your clinic, a participating collection center or at home. The sample is then securely transported to our advanced laboratory facilities.
Step 2: Laboratory Analysis
Our lab utilizes state-of-the-art technologies, including next-gen mass spectrometry, to quantify over 190 biomarkers. This includes metabolomic and proteomic profiling, ensuring precise measurement of molecular markers critical to understanding health.
Step 3: Data Processing
Once the biomarkers are measured, the raw data is processed through specially trained algorithms that draw upon an extensive library of scientific publications and clinical datasets. AI is pivotal in connecting this data to generate insights across multiple health scores and biological pathways. This robustly vetted foundation ensures that the latest advancements in biomarker science and personalized medicine back the insights provided.
Step 4: Generating the Report
The processed data is compiled into an intuitive, easy-to-read report. This report highlights health scores, pathway insights, and actionable recommendations, all tailored to the individual’s biomarkers.
Deep Dive: Multiple Reaction Monitoring (MRM)
Molecular You uses liquid chromatography–mass spectrometry methods, including Multiple Reaction Monitoring (MRM), to achieve precise and reproducible protein quantification. This approach targets specific peptides as surrogates for proteins, enabling accurate measurement across a wide range of biomarkers.
- Peptide Selection: MRM identifies unique peptides representative of target proteins. These peptides are selected based on their detectability and specificity.
- Fragment Ion Monitoring: After ionizing the peptides, MRM measures specific fragment ions generated during tandem mass spectrometry. This provides MRM’s characteristics of high specificity and sensitivity.
- Quantification: The abundance of these fragment ions is used to quantify the target proteins, providing detailed insights into protein expression and activity.
MRM’s ability to multiplex allows simultaneous analysis of numerous proteins with high precision and low variation (avg CV = 10%), making it a cornerstone of Molecular You’s proteomics workflow.
Publications
Molecular You is committed to advancing scientific knowledge. The work of our team and our partners is featured in leading peer-reviewed journals and contributes to the fields of metabolomics, proteomics, and AI-driven healthcare insights.
Assessing the performance of genome-wide association studies for predicting disease risk.
"Multi-omics is a much more accurate and reliable predictor of whether a patient will develop a disease in the future than genomics."
Value-based healthcare delivery through metabolomics-based personalized health platform
"Health risks associated with type 2 diabetes and associated diseases were reduced after 100 days of personalized lifestyle recommendations."
Emerging applications of metabolomics in drug discovery and precision medicine
"New techniques are making metabolomics increasingly useful for a wider range of biomedical and pharmaceutical applications."
Translating Biomarker Data into Clinical Insight
Molecular You’s reports make complex biomarker data easier to access, interpret, and apply in practice. By providing system-level insight beyond routine lab panels, Molecular You reveals deeper biological patterns and delivers personalized, data-driven recommendations to support informed health decisions.
- Identifying biological changes that may not be visible in standard testing
- Highlighting pathway-level dysregulation across systems
- Providing structured reports that support patient discussions and care planning
Transform healthcare from reactive to proactive with the tools needed to address root causes rather than managing symptoms alone.
Science for Better Health Decisions
Contact our team to learn how Molecular You testing provides deeper insight beyond routine lab panels.