Precision longevity for people who don't guess.

Epigenetic Age

GrimAge and PhenoAge clocks. Methylation-based biological age compared to chronological age. Currently the most predictive longevity biomarkers available.

Telomere Length

qPCR-based telomere measurement compared against age-matched cohort data. Shorter telomeres correlate with accelerated cellular ageing and increased disease risk.

Inflammatory Burden

hsCRP, IL-6, and TNF-α panel. Chronic low-grade inflammation is a primary driver of biological ageing and is modifiable with targeted intervention.

Hormonal Trajectory

DHEA-S, testosterone, and IGF-1 decline rates. Hormonal trajectory is a strong proxy for biological age and determines response to intervention.

Metabolic Reserve

HOMA-IR and fasting insulin sensitivity. Insulin resistance precedes most age-related chronic disease by 10–20 years. It is also among the most modifiable markers.

Cardiovascular Risk

ApoB, LDL-P, and Lp(a). These particle-level markers outperform standard cholesterol panels in predicting cardiovascular events across all age groups.

• ×Vague ‘anti-aging’ curiosity
• ×Instagram biohackers optimising optics
• ×People unwilling to act on data

• ✓People already optimising with data (HRV, CGM)
• ✓Those with family history of early mortality
• ✓Athletes over 40 tracking recovery
• ✓Executives managing cognitive performance

Annual deep panel

Full longevity biomarker panel including epigenetic clocks, telomere length, inflammatory markers, and hormonal trajectory.

Physician interpretation call

30-minute call with your WellSpry physician. Results reviewed before the call — not during it.

Personalised intervention stack

Targeted peptides, supplements, and lifestyle interventions matched to your specific biomarker profile.

6-month retest

Mid-year panel to measure delta on key markers. Intervention stack adjusted based on response data.