Longevity science, which studies how aging affects the body, is a rapidly growing section of analysis. Using cutting-edge technologies, scientists are trying to understand the root causes of aging and find answers to delay or avoid age-related diseases .

A major objective of longevity technology would be to develop treatments that can be used to delay or avoid aging-related chronic illnesses such as heart disease, cancer, diabetes and osteoarthritis. This can make longevity treatment accessible to everyone, while also helping to make sure that aging is no more considered an unavoidable section of the human life span.

Along with genetics, longevity science study has focused on diet plan and cellular decay, or senescence. In mice, scientists have found that drugs that eliminate senescent cellular material can extend living and attenuate a host of hallmark markers of aging, such as for example oxidative tension, lipids, protein synthesis, cellular membrane integrity and gene expression ranges.

These interventions are a promising starting point, but much more work needs to be carried out to translate these results into remedies that could be efficient in real life. This is where early-stage funding can help.