Longevity medicine is a fast-evolving field and it is currently outpacing the ability of the medical practice to internalize and implement the progress of related research. Modern advances in AI and machine learning, biomarker research and drug development have produced numerous tools for early diagnostics and prevention, which remain unknown to the global medical community. The paradigm of longevity and healthy aging as the top priority will undoubtedly greatly impact the primary, secondary and tertiary prevention rates. The Longevity Medicine Course (LMC) is a pivotal curriculum that provides medical professionals with most recent advances in biogerontology, geroscience and precision medicine, while teaching the ways to implement this knowledge in the clinical practice. The curriculum has been developed by interdisciplinary experts (physicians, academic biogerontologists, AI-experts, computer scientists, KOL in longevity), covering the necessary foundation and most recent scientific evidence. Here, you can find the Introduction to Longevity Medicine – the first part of the LMC, equipping with core definitions, clinical applications of recent advances in aging research, skills to evaluate the validity of biomarkers of aging and other biological age testing systems and knowledge of the available longevity therapies to tackle aging and age-related diseases, which are mostly based on senescence-related processes in the organisms. At the same time, we explore areas of non-clinical medical applications, which are largely unknown by physicians.
Within 48h successful completion of this course, the instructor will send a personalised message to your Udemy account and email address with details of how to access your exclusive certificate from the Deep Longevity Team. Be sure to check back into your account within this time to access your certificate.
Who this course is for:
- Medical students, medical doctors, health care professionals pursuing continuing medical education, and professionals in biotechnology who do not have time to waste.