Aging Research
Just a few decades ago, a lot of people really thought that aging research would soon yield a miracle.
Research into aging had its eye firmly on the prize – immortality. Scientists were discovering more and more about the mechanisms of cellular aging, and a lot of people figured that soon, we would be able to stop the individual cells from degrading at all. Things, of course, did not work out that way in the long run.
We run into some hitches in research into aging that science had not anticipated. The crux of the matter is that we will not be able to completely stop aging for a while, if ever.
When you are looking for a miracle, any setback looks like a huge disappointment. If you look at the aging research of the last 30 years or so from a more realistic perspective, however, you can see how far we have come. Nowadays, people live longer, healthier lives than ever before in human history. And it only promises to keep getting better.
Research into aging can treat previously incurable forms of cancer, set back the clock on skin aging, and allow older people to live more active, healthy lives than ever before. And things seem to be only getting better from there. Who knows what tomorrow might hold.
There are many different kinds of aging research. Although it seems like we will not be able to stop cells from growing old and dying the way we thought we could, we do understand a lot more about cell health than we used to. For example, one of the byproducts of aging research is that we can now check the uncontrolled growth of some sorts of cancer cells in a way that we never could before.
Research into aging has also yielded more mundane advancements in cell health. We understand what makes a healthy and an unhealthy diet, and how those diets affect cell regeneration. We know foods which can slow down the aging process dramatically, and even undo some damage that we have done to our cells.
Still, the most fascinating fields of aging research are the ones that we haven't gotten very deeply into yet. What do we do with genetic engineering, for example?
Could aging researchers possibly reformulate the genetic code to slow down the aging process or stop it altogether?
What about nanotechnology?
Will it ever be possible to build miniature machines that can repair cell damage when they are injected into the bloodstream?
Aging research has yet to answer these questions, but when we do find the answers, it is likely will make great strides. Even every failure yields new question and opens new doors. I firmly believe that one day, humanity will be able to live forever.

