Humanity Biological Age
Your chronological age is how long you have been alive. Your biological age is how old your body actually is at a cellular and functional level - and the two aren't always the same.
- At-home test
Assess advanced markers of cardiovascular, metabolic, neurological and musculoskeletal health to set your baselines for healthspan optimisation.
25 biomarkers as listed by Thriva.
Gain a deep understanding of your cardiovascular and metabolic health, plus key nutrient markers related to nervous system and muscloskeletal health, with this test. Set your baselines across biomarkers proven to have links with healthspan - like ApoB, triglycerides, HbA1c, hs-CRP, B vitamins, and liver health markers. Track improvements over time, with detailed trend tracking in the Thriva app.
Test. Learn. Act. Thrive.
Feel your best day-to-day, get advance warning of chronic disease, and live healthier for longer with Thriva's in-depth biomarker analysis. Get personalised optimisation recommendations from our doctors - based on your results and geared specifically towards your age, sex, health goals, diet, activity levels, family history and more. Track your progress over time with detailed trend charts. 82% of Thriva users improve their health by their second blood test.
Description provided by Thriva.
The listing publishes a detailed description, the full biomarker list, a stated turnaround, clear collection options, the sample type; it does not state what the report looks like.
25 biomarkers, placing it in the 100th percentile of longevity tests we track.
Can be done at home; with a venous or clinic option as well; a home nurse visit is offered; results within 2 days.
£172.00; no comparable tests to benchmark against yet.
Results are reviewed by a doctor.
Trustpilot 4.6 from 3,195 reviews; accredited lab (UKAS ISO 15189 / ISO 17025 partner labs); CQC registered; doctor review as standard; trading 11+ years.
Your chronological age is how long you have been alive. Your biological age is how old your body actually is at a cellular and functional level - and the two aren't always the same.