Ballin Boi
Guru
Well, you could live forever but after your so old you would be in so much pain...
I hope that was sarcasm.Forget about the forum and the video. There is a gift of eternity, and that is from Jesus Christ the Lord!
I hope that was sarcasm.
If not, I hope you grow a brain within the next 50 years.
Immortallity is impossible, not just that it cant happen, even if it did, the earth wouldn't be able to survive.
However expanding the age limit by a few years, is possible in the future, as i seen a program where its already possible to double the lifespan of some animals, with some thing that they do cells or w.e
Immortality is, in fact, entirely possible. Think of humans as antique cars. If you keep repairing the car, then it will keep on running. Humans are the same, except they are far more complex than cars which is why it is more complex to repair their "parts" (cells).
This, however, does not mean that it is impossible. Far from it.
So the seven areas are as follows. First of all, there is a loss of cells. There are certain tissues in which, when the cells in that tissue die, the tissue doesn't know how to replace them, not at the adequate rate anyway. For example, in the heart, or in certain areas of the brain, cells die and are not replaced.
The second one is the opposite of that. It's having too many cells of a certain type. This includes cells that really ought to have either not come into being in the first place, or they ought to have died and for whatever reason they haven't. An example would be in the fat, in the abdominal cavity, which is important for bringing on diabetes.
Number three is mutations in our chromosomes. This, of course, is very important in the cause of cancer, and, in my mind, that's almost certainly the only thing that mutations in our chromosomes actually matter for.
Number four is mutations in a special part of the cell called the mitochondrion. It's the only part of the cell that has its own DNA apart from the chromosomes, but that DNA matters as well, and mutations there don't give us cancer, but they do other stuff.
Then number five is that, in our arteries and other tissues, there are structural proteins that give them the shape and elasticity that they have, and these biomechanical, biophysical properties degrade with time, largely because of chemical reactions that cause extra chemical bonds between proteins that shouldn't be there. These bonds build up and cause hardening of the arteries, for example.
Number six is, again, in the space between cells. But here it's not changes to the structural proteins; it's just the accumulation of aggregates of protein material that the body is incapable of breaking down. In other words, the accumulation of garbage. The best known example of this is the formation of a substance called amyloid, which is the material found in the brains of people with Alzheimer's disease.
And then, finally, the seventh one is, again, the accumulation of garbage, but this time the accumulation of garbage inside cells. This is usually in a specific component of the cell called the lysosomes, although sometimes—especially in the brain—it is in other places in the cell. So these are the seven things that we need to fix.

