With the help of science and medicine, we have already increased the average age of death in males and females. I guess that number will keep increasing as long as we keep investing in science.
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To clarify, I do think there will be an eventual limit to our age. I just don't know when.
I believe the Hayflick limit puts that upper limit at around 120-130 years. Obviously there's going to be outliers, but for the most part that's going to be the most that human cells are capable of dividing without external intervention/engineering.
Sorry, but when a document contradicts itself in numerous places, I find myself a little disinclined to believe it. Especially when it's purported to have come from a "higher power." I bet you're one of those people who believes that God wrote it, aren't you?
Unless you're talking about physical size. How big would my feet need to be before you believed me?
There are various methods for bypassing the hayflick limit, so even though we know of the limitation, we are aware that it can be bypassed.
http://en.wikipedia.org/wiki/Immortalised_cell_line
Depends on how you define life. Kurzweil and other futurists reckon' that we'll live on indefinitely through our brains being copied/transferred into digital format. Technology's evolving at an almost asymptotic pace. Could happen.
Well, indians used to live to be 150-200 years old. Technology, at how fast it is going, is just making humans more lazy thus not getting the exercise they need. In order to live long, you have to think smart, and play smart and stay in shape and eat healthy. I know a 80 year old who is built like a 21 year old and do as much as a 21 year old can.
Oh, sure, but bypassing the limit in vivo is where the challenge lies. Most of the current techniques for inducing immortality in a cell line wouldn't be so awesome if done to a person.
"Introduction of a viral gene that partially deregulates the cell cycle"
Sounds pretty legit. I'm sure nothing bad would happen if you filled your body with E1A!
I mean, I'm not saying it couldn't be done, just that our current understanding is rather limited as far as the consequences of trying to do in vivo immortalization goes. I do know that there have been mice studies on telomerase gene therapy which seemed pretty promising (Actually, the lab I work in is pretty heavily focused on telomeres and telomerase, though we're more on the biochemistry side), but obviously there's the whole "mice-are-not-humans-and-humans-are-not-mice" thing. Also the fact that current gene therapy techniques are a bit iffy, at best. I'll elaborate if you want, but it'd probably get a bit too technical for most other users.
I mean, I'm not saying it couldn't be done, just that our current understanding is rather limited as far as the consequences of trying to do in vivo immortalization goes. I do know that there have been mice studies on telomerase gene therapy which seemed pretty promising (Actually, the lab I work in is pretty heavily focused on telomeres and telomerase, though we're more on the biochemistry side), but obviously there's the whole "mice-are-not-humans-and-humans-are-not-mice" thing. Also the fact that current gene therapy techniques are a bit iffy, at best. I'll elaborate if you want, but it'd probably get a bit too technical for most other users.
From what I've gathered from the wikipedia articles, it appears as though the Hayflick limit doesn't apply to cancerous cells. Could this knowledge in some way be used to create a breakthrough?
Honestly this discussion is intensely scientific to the point where I doubt most users, including myself, can really contribute, but I'd appreciate your expertise on the subject.
Consider: To continue being "you," would the computer need to replicate every little nuance of your brain?