Blood Age is Deep Longevity’s aging clock that measures biological age based on panel of standard blood tests. In addition to biological age calculation, the clock also reveals its main contributors and recommends solutions to reduce the aging rate.

Blood Age uses regular clinical blood reports to predict biological age. Blood reports can be from any lab, any country or region, any language and format. Deep Longevity algorithms can handle all that complexity and using those inputs generate a blood summary report that predicts biological age, outlines which blood biomarkers are aging and anti-aging and gives recommendations to improve longevity and health.

Aging is the process of damage accumulation spread across decades. Due to cross-individual differences in genetics, lifestyle, and medical history, each person accrues aging-related damage at a different rate. While chronological age determined by one’s date of birth is a useful proxy for the amount of this type of damage, it fails to capture the variability in the true, biological aging rate.

Biological age may be understood as a golden standard of the aging process developed by measuring its molecular footprints. Expressed in the same units as chronological age, years, it offers a more personalized approach to longevity. While one cannot reverse the time to decrease their chronological age, it is absolutely possible to reduce the biological age and become a younger version of onseself.

Featured in a number of peer-reviewed academic studies on aging, Blood Age has been proven to be a better predictor of mortality than chronological age in Asian, European, and North American populations. The increased pace of aging has been shown to be associated with a variety of health conditions and mortality.

You may read more about Blood Age research in our Science Section.

Blood Age is not a certified diagnostic tool and was developed to assist healthcare professionals provide personalized care and advice to their patients. Physicians may employ Blood Age to provide patients with a unique longevity-focused perspective on their health situation and differentiate their practice in the marketplace

We believe that professional expertise is the best approach to medicine, so we advise using Blood Age-generated reports in supervised settings only.

Humans, by intuition, can guess age based on appearance because it changes as we grow old. People who look older at a young age are considered not well while those who look younger at an old age are admired.

Blood Age expands on the same idea. But it looks deeper than appearance. We check blood test data to calculate the current biological age of a person, a task no human has intuition for

We have developed digital models that study blood test data in the context of age. These models are trained using hundreds of thousands of historical patient data entries until they have developed the intuition to interpret the biomarkers in the context of aging.

Along with biological age, Blood Age also reveals the main factors contributing to one’s aging rate and possible solutions or treatments to decrease it.

Professional supervision is advised in conjunction with the automatically generated recommendations.

BloodAge creates numerous digital lookalikes of the original submitted blood panel with slight variation and searches for a configuration of blood biomarkers that yield the greatest improvement in terms of biological age. The exact method we are using is called "particle swarm optimisation". In the end, BloodAge checks a curated database of evidence-based interventions that can result in the desired blood biomarker configuration.

The efficiency of the recommendations applied greatly depends on how healthy your lifestyle was before trying Blood Age. Generally speaking, people with an increased pace of aging can expect the greatest benefits by following the recommendations provided by our system. If you have previously delved into biohacking territory, your biological age gains might not be as significant since you might already be following the recommendations in our database. Instead, your focus should be on monitoring the pace of aging and trying to align it with the recent changes in lifestyle.

To be more specific, our recommendations can help a fast ager become a slow ager by erasing years of biological age and allow a slow-ager to maintain that pace and even improve it.

Yes. Blood Age recommendation database has some possible dietary supplement solutions. Expert supervision is strongly advised before you start a new supplement course.

Deep Longevity may use patient data for further studies and research projects. It helps us develop better tools to improve human health and longevity.

We use state-of-the-art cybersecurity technology and encryption to secure all patient data. The platform deletes all data after 72 hours unless needed by the customer. Further, the information is protected by international and local laws.

Visit Deep Longevity’s aging clock platform: SenoClock.

Visit Deep Longevity’s aging clock platform: SenoClock.

Blood Age Summary reports can be generated within a few minutes. Please check your internet connection and reach out to our support team if you run into any problems.

We offer training seminars to hospital staff on how to use Blood Age in their practice. The user interface is quite intuitive a. And the training doesn’t take more than one hour. For more information, watch our YouTube live demos.

There is no limit on the number of reports. You can generate as many reports as you need in one day.

Yes. Our API can be used to integrate Deep Longevity with any program. Contact info@deeplongevity.com to request a technical meeting so we can help you set up programmatic access to Blood Age or any other aging clocks.

Yes. The aging clock platform, SenoClcok, comes with a robust API. It has more features compared to the GUI version and is the best solution for companies who wish to build their own longevity medicine platform.

Version 1.0 of the Blood Age Report offers a comprehensive analysis of 45 essential biomarkers and organ health scores for four vital organs. In contrast, Version 2.0 includes an additional 10 biomarkers, expanded organ health scores for eight key organs, and personalized health plans with weekly diet, exercise, supplement, and lifestyle recommendations. This upgrade provides users with more detailed insights and tailored guidance for optimizing their health and well-being.

Yes, there are differences in the types of organ health scores provided between Version 1.0 and Version 2.0 of the Blood Age Report.

In Version 1.0, the organ health scores focus on four vital organs: kidney, liver, glucose, and lipid health. These scores are derived from a comprehensive analysis of relevant biomarkers associated with these organs.

However, in Version 2.0, the organ health scores have been expanded to include detailed assessments for eight key organs: immune, bone, inflammation, glucidic, cardiovascular, mineral, kidney, and liver health. This expanded evaluation offers users deeper insights into the functionality and condition of their vital organs, enhancing their ability to make informed decisions about their health and well-being.

The inclusion of additional biomarkers in Version 2.0, such as C-reactive protein (CRP) and Vitamin D, along with expanded organ health scores for eight key organs, provides a more holistic assessment of health compared to Version 1.0. This comprehensive analysis offers deeper insights into various physiological processes and organ functions, enabling users to gain a more nuanced understanding of their overall health status and potential areas for improvement.

If you're currently using Version 1 and wish to upgrade to Version 2, please reach out to us at: support@deeplongevity.com.

If the report includes fewer biomarkers, the report will still be generated successfully. However, the accuracy of the organ health scores may vary depending on the number of biomarkers provided.