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Since the early days of protein crystallography, scientists have shared their research data through the Protein Data Bank, allowing new structures to be determined more easily and paving the way for structure-based drug development. Similarly, the free and open sharing of the human genome sequences has been essential for many achievements in human biology and health research. Sharing well-annotated life span data could provide a similar boost to aging research.
Recent decades have seen an explosion of knowledge on aging at the molecular level, especially in model organisms such as Caenorhabditis elegans, Drosophila, and mice. Researchers have identified various interventions—such as gene knock-outs, drug administration, dietary restriction, or altered environmental conditions—that can extend the life span of these animals in the lab. Importantly, while such ...
