According to experts, including Jason Hope, each human cell has a programmed destiny. One cell may be formed to become skin, while the other to be a portion of the liver; however, cells can be destroyed, and their fate redirected. A perfect example is cancer, a process in which changes in the atomic DNA and other changes cause cells to accept an unusual routine and begin unrestrained growth that creates a tumor.
The good news is the body can be guarded against destruction and cell change. Jason Hope noted that the body has programming that starts when the cells are in the course of being damaged or changing. One of the programmed alerts is apoptosis. Apoptosis is a program where the body cell is caused to commit suicide. Programmed cell death can also be transported to tolerate on otherwise-healthy compartments that the creature no longer needs.
The apoptosis process is well described in a tadpole. When the tadpole transforms into a frog, the tail disappears through apoptosis to become a frog. Apart from apoptosis, there is another way of dealing with the cells. This is what stem cell research has come up with. Jason Hope adds that scientists note that the cells can be kept alive but will be protected from continuing on the risky route that set the program design in the initial place. This kind of design is a short-term process of protecting the body. The programming can result in the cell adopting an abnormal metabolic state.
Senescent Cells
Jason Hope explains that senescent cells start as skin cells or cells that are a supportive program to organs. The senescent cannot divide and reproduce when programming is carried out in the body. The programming leads to cancer growth because it prevents the skin cells from continuing in their route. Senescent cells produce a lot of proteins that are a foundation irritation in the protected system and deprivation of the supportive tissue. Jason Hope adds that the adverse possessions of these proteins are insignificant in youthful persons because they have insufficient aging cells in their muscles. Still, as senescent cells gather over the decades, the concealed proteins cause chaos in older persons’ nearby muscular tissue.