Not exact matches
Deleting
telomere elongation capacity throughout the
body would also be life - threatening, because it would mean that our regular proliferating
cells (like those
in the skin or the lining of the gut) would suddenly have iron limits on their ability to reproduce themselves and thus replenish tissue.
The shortening of
telomeres is a process that occurs naturally
in the
body each time that a
cell divides: during
cell division the DNA, which is tightly packaged into chromosomes, must be duplicated but the DNA - copying machinery design itself, prevents the full replication of the ends of the chromosomes.
The gradual shrinking of
telomeres negatively affects the replicative capacity of human adult stem
cells, the
cells that restore damaged tissues and / or replenish aging organs
in our
bodies.
Previous studies have shown that white blood
cell telomere length can be predictive of biological aging and is linked with
telomere length
in other
cells in the
body.
An enzyme called telomerase maintains
telomeres in our reproductive and stem
cells but not
in the rest of the
body.
We have shown that recombination between
telomeres occur
in specialized PML
bodies specifically found
in ALT
cells.
A:
Telomeres are the protective caps on the ends of each of your chromosomes,
in each of your
body's
cells.
In short, inside every cell in your body are telomeres, the changing protective caps on the ends of your DNA strands that get shorter with age at a rate that can increase or decrease with lifestyle factors either positive or negativ
In short, inside every
cell in your body are telomeres, the changing protective caps on the ends of your DNA strands that get shorter with age at a rate that can increase or decrease with lifestyle factors either positive or negativ
in your
body are
telomeres, the changing protective caps on the ends of your DNA strands that get shorter with age at a rate that can increase or decrease with lifestyle factors either positive or negative.