Even though on paper they seem to be the best candidate, but salamanders imply three huge obstacles to our research. Firstly, it can take a month for a limb of a salamander to regenerate and it would end up slowing down the whole experimentation. Secondly, salamander DNA is extremely amplified and its full sequence remains unknown to the scientists. As we have seen, science is trying to discover how humans can regenerate certain parts of their bodies just like animals do, but in fact, humans have a regenerative process of their own. Unfortunately, it doesn’t involve regrowing body parts. Humans “regenerate” in some way, because our cells are being constantly replaced. If we average out all the lifespans of the trillions of cells that form our bodies, they live a maximum of 7-10 years. So we can actually say that humans are regenerating, body part by body part, but in such a slow way, which is definitely not enough for
Even though on paper they seem to be the best candidate, but salamanders imply three huge obstacles to our research. Firstly, it can take a month for a limb of a salamander to regenerate and it would end up slowing down the whole experimentation. Secondly, salamander DNA is extremely amplified and its full sequence remains unknown to the scientists. As we have seen, science is trying to discover how humans can regenerate certain parts of their bodies just like animals do, but in fact, humans have a regenerative process of their own. Unfortunately, it doesn’t involve regrowing body parts. Humans “regenerate” in some way, because our cells are being constantly replaced. If we average out all the lifespans of the trillions of cells that form our bodies, they live a maximum of 7-10 years. So we can actually say that humans are regenerating, body part by body part, but in such a slow way, which is definitely not enough for