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Ekei Labs

Ekei Labs offers a biological age test kit that utilizes glycan analysis to measure cellular inflammation and determine biological age. This technology provides individuals with insights into their aging process, enabling them to make informed lifestyle changes to potentially improve their health outcomes.

Tokyo, JapanFounded 20225500+ followers
Updated 20 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Individuals lack accessible methods to monitor their biological age and the impact of lifestyle choices on their aging process. Existing methods often fail to provide actionable insights for proactive health management and disease prevention.

Solution

Ekei Labs offers an at-home biological age test kit that measures cellular inflammation through glycan analysis, providing individuals with a quantifiable measure of their biological age. The kit uses a small blood sample to assess the state of glycans, sugar-chain structures that reflect the body's inflammatory status and change with age. By tracking glycan-related inflammation, the test helps users understand their rate of aging and potential risks for age-related diseases. Results are delivered through a user-friendly app that correlates lifestyle habits with test outcomes, offering personalized recommendations for diet, exercise, and other interventions. This enables proactive adjustments to improve healthspan and mitigate the effects of inflammaging.

Target Audience

The primary target audience includes individuals interested in longevity, proactive health management, and understanding the impact of lifestyle choices on their aging process.

Features

  • At-home blood collection kit with lancet for easy sample acquisition
  • Glycan analysis to quantify cellular inflammation levels
  • Determination of biological age based on glycan profiles
  • Mobile app for tracking test results and lifestyle correlations
  • Personalized recommendations for lifestyle adjustments based on test outcomes
  • Monitoring of the impact of lifestyle changes on biological age over time
This profile is AI-generated and may contain inaccuracies.