Scientists have discovered that the deteorioration of the tightly-packed bundles of DNA that are responsible for our normal cell functioning is actually reversible, and figuring out how this process works could enable new treatments for age-related diseases like Alzheimer’s. What I would like to brainstorm in this forum, is where to start if one would like to implement or somehow imitate the process that the turreptosis jellyfish undergoes when it renews it cellular structure to never die. I know it is very difficult or perhaps even impossible to attempt equating the way this sea creature’s biology functions in human bodies, but I would like to seriously postulate this for debate. Is immortality achievable with current date science of any relevance to this subject and how can we create a “miracle” serum for human ingestion or intravenous injection to retard, reverse and/or even nulify aging? Researchers from the Salk Institute in the US and the Chinese Academy of Science made the discovery while studying the underlying causes of Werner syndrome - a genetic disorder that causes affected individuals to age more rapidly than normal. The team found that the genetic mutations responsible for this syndrome caused densely packed DNA - known as heterochromatin - to become destabilised, which serves to disrupt normal cellular functions and caused the cells to age prematurely. “This has implications beyond Werner syndrome, as it identifies a central mechanism of aging - heterochromatin disorganisation - which has been shown to be reversible.” The team also observed that the deletion of this gene led to the structural breakdown of heterochromatin. This bundling of DNA, which is found inside the cell’s nucleus, controls the activity of genes and helps the molecular machinery inside cells to function normally. I propose: Let the scientific community gear some of its efforts towards identifying which proteins, blocks or substances the Turreptosis produces, and observing at the cellular level how this creature’s cellular components behave. Perhaps that substance can be sinthezised and trialed in other living creatures for observation. Tortoises and humb back whales live up to 200 years. Let’s look into that as well, and see how their cell structure behaves compared to that of an 18, 30, 50 and 80 year old human behaves. Can it be disrupted? Or slowed down significantly enough to extend human life span? As part of their study, the researchers also tested stem cells from the dental pulp of healthy people across a wide age range. They found that older individuals, aged between 58 and 72, had fewer genetic markers for the DNA instability than people between the ages of seven and 25. “What this study means is that this protein does not only work in a particular genetic disease, it works in all humans,” Belmonte affirms. “More broadly, it suggests that accumulated alterations in the structure of heterochromatin may be a major underlying cause of cellular aging. This begs the question of whether we can reverse these alterations - like remodeling an old house or car - to prevent, or even reverse, age-related declines and diseases.” Importantly, before it becomes anything close to heralding the fountain of youth we all crave, researchers will need to develop ways to specifically target, and safely edit, these genes in humans, rather than in petri dishes. End of rant.