Each score (0 to 10) is a genetic signal: how strongly your variants line up with compounds studied for that goal. It is not a disease risk and not a diagnosis.
Weight Loss
9.8Strong genetic signalGLP1RFTOMC4RGIPR
Optimized appetite signaling and fat oxidation pathways support efficient body composition management and metabolic flexibility.
What this means for you: Your GLP1R, FTO, MC4R, GIPR variants drove this score. They pull in both directions, so your provider will want to weigh them together. The panel covered 63% of the variants used for this area.
Heart Health
9.2Strong genetic signalGHSRNOS3FADS1VDRAPOE
Efficient lipid metabolism and healthy endothelial function maintain clear vasculature, optimal blood pressure, and cardiovascular resilience.
What this means for you: Your GHSR, NOS3, FADS1, VDR variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Stress & Mood
8.7Strong genetic signalOXTRFKBP5HTR2ACOMT
Well-regulated HPA axis and balanced serotonin synthesis support emotional resilience, stable mood, and adaptive stress responses.
What this means for you: Your OXTR, FKBP5, HTR2A, COMT variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Wound Healing
8.0Strong genetic signalTNFVEGFANOS3COL1A1
Rapid angiogenesis and efficient fibroblast activity accelerate tissue repair, minimize scarring, and restore structural integrity quickly.
What this means for you: Your TNF, VEGFA, NOS3, COL1A1 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Muscle Growth & Recovery
6.3Moderate genetic signalMSTNGHSRACTN3
Robust growth hormone and IGF-1 signaling drives strong muscle protein synthesis, efficient recovery, and optimal satellite cell repair.
What this means for you: Your MSTN, GHSR, ACTN3 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 75% of the variants used for this area.
Inflammation
6.2Moderate genetic signalTNFIL6NOS3
Balanced inflammatory signaling with controlled NF-kB activation and healthy cytokine levels keeps systemic inflammation low and recovery fast.
What this means for you: Your TNF, IL6, NOS3 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Cognitive Function
5.7Moderate genetic signalCHRNA7APOECOMT
High BDNF expression and efficient cholinergic signaling support sharp memory, mental clarity, and strong neuroprotective defenses.
What this means for you: Your CHRNA7, APOE, COMT variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Oxidative Stress
4.9Moderate genetic signalNFE2L2GPX1SOD2GSTP1
Strong antioxidant enzyme activity and active Nrf2 signaling neutralize free radicals efficiently and protect against oxidative cellular damage.
What this means for you: Your NFE2L2, GPX1, SOD2, GSTP1 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.
Sleep
4.1Moderate genetic signalPER2TERTMTNR1BCOMT
Strong circadian rhythm regulation and efficient melatonin synthesis promote consistent, restorative sleep cycles and optimal sleep architecture.
What this means for you: Your PER2, TERT, MTNR1B, COMT variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 80% of the variants used for this area.
Energy & Mitochondrial Function
3.8Low genetic signalMTHFRPPARGC1ACOQ2
Efficient mitochondrial energy production and strong NAD+ metabolism deliver sustained cellular energy and metabolic resilience.
What this means for you: Your MTHFR, PPARGC1A, COQ2 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 75% of the variants used for this area.
Longevity
3.8Low genetic signalMTHFRTERTSIRT1
Well-maintained telomeres, active sirtuin pathways, and efficient senescent cell clearance support healthy cellular aging and extended healthspan.
What this means for you: Your MTHFR, TERT, SIRT1 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 75% of the variants used for this area.
Diabetes
3.3Low genetic signalPPARGC1AGIPR
Sensitive insulin receptors and responsive GLP-1 pathways maintain stable blood glucose and healthy beta-cell function.
What this means for you: Your PPARGC1A, GIPR variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 50% of the variants used for this area.
Sexual Function
3.1Low genetic signalMC1RMC4RAR
Responsive melanocortin signaling and healthy nitric oxide production support robust libido, arousal, and reproductive hormone balance.
What this means for you: Your MC1R, MC4R, AR variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 75% of the variants used for this area.
Immune Function
2.8Low genetic signalHLA-DRB1TLR4VDR
Healthy thymic output and balanced T-cell maturation provide a responsive immune system with strong pathogen defense.
What this means for you: Your HLA-DRB1, TLR4, VDR variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal. The panel covered 75% of the variants used for this area.
Skin Health
1.9Low genetic signalMMP12ATP7BMC1RCOL1A1
Active collagen synthesis and balanced melanocyte regulation maintain skin elasticity, even tone, and strong structural integrity.
What this means for you: Your MMP12, ATP7B, MC1R, COL1A1 variants drove this score. All of them point toward a stronger than average response to the compounds studied for this goal.