How to slow aging?

"Illustration of a healthy cell (left) alongside a cell that has been affected by necrosis (right). Credit: LinkGevity" (ScitechDaily, “Pausing” Cell Death Could Be the Key to Longevity)

Pausing the programmed cell death can improve our lifetime. But there is one problem with that. The purpose of programmed cell death is to remove old cells from our body. Things like chemical stress from the environment and cell metabolism cause damage to the cell nucleus and mitochondrial DNA. So if we want to make ourselves “immortal” using a method where the programmed cell death is “paused” that can cause other diseases like cancer. So, if we want to make us live longer that means we should live like vampires. We should avoid sunlight and many other things. 

And that makes pausing the programming cell death alone not as good an idea as we might want to believe. There must be something that renews the DNA in the nucleus and mitochondria that will be useful for making us live longer, more qualified lives. The programmed cell death can also make it more effective to make the cells mark themselves and their proteins to things that the immune- and lymphatic system transports out from the body immediately. 

The main problem with cell death is this: When a cell dies or destroys itself it leaves proteins and poisonous metabolism production behind it. Those things cause problems with other cells. If the cell destroys itself by using some acids Those acids can damage other cells. So it would be safer that the cell that should die calls the immune cell that closes it in the slime before that process starts. That denies those acids and poisons interact with other cells. Another thing that can make cells more effective is that they can create the slime ball that closes the metabolism waste inside it. 

"Scientists have finally answered how ATP, the energy currency of the cell, is transported into the endoplasmic reticulum. Credit: Shutterstock" (ScitechDaily, Scientists Solve Decades-Old Cell Biology Mystery)

Those slime balls are safer to transport out of the body. So the cell must act with those cabbages like immune cells act with viruses. Those slime lumps can close those cabbages or metabolism waste inside them, and that decreases those poisonous compounds affecting other cells. Also it would be safer to destroy things like viruses and bacteria in the slime cells. That denies those antigens and bacteria metabolism wastes to spread to the body. And that is one of the things that can keep our cells in good condition. 

The best way would be for the slime cell to just close the dead cell in it and then cut it into pieces in the cell. That denies antibodies spread into the body. And that helps to keep our cells protected against those poisons. If we want to keep our cells qualified and able to operate we should also remove things like microplastics and other chemicals that stress our body. If those microplastics will start to spread into cells they might disturb things like cell organelles. Also, micro-particles can cause blockages in the small blood vessels. Same way microplastics can disturb mitochondria if they go into that cell organelle. 

The ability to change the DNA in the cell's nucleus and mitochondria can be possible quite soon. Researchers have found the key to the ATP synthesis that is the key element in a cell's mitochondrial energy production. There is a possibility that the biotechnical systems can give the antigen to that transplant DNA that makes the cell to drive it into the right cell organelle. This helps to replace the mitochondrial DNA as well as the DNA in the cell’s nucleus. If mitochondria can deny its metabolism, waste interaction with other cell structures that keeps cells cleaner. 

https://scitechdaily.com/pausing-cell-death-could-be-the-key-to-longevity/

https://scitechdaily.com/scientists-solve-decades-old-cell-biology-mystery/