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The shortening of human telomeres - caps that protect our chromosomes from deterioration - has been associated with aging and disease. Now, researchers from the Stanford University School of Medicine, CA, say they have found a way to lengthen these telomeres, potentially opening the door to new treatments for many age-related and genetic conditions. Telomeres Researchers say they have found a way to lengthen human telomeres - the protective caps at the end of chromosomes. The research team, led by John Ramunas, PhD, and Eduard Yakubov, PhD, publish their findings in The FASEB Journal. Chromosomes are thread-like structures situated at the end of DNA strands that contain all our genetic information. Telomeres protect our chromosomes from becoming damaged during cell division. However, telomeres become shorter with each cell division and can reach a point where they are no longer able protect the chromosomes, leaving them open to deterioration. This leads to aging and disease development.