Researchers observed telomeric shortening in aged stem cells, which contributed to reduced regenerative capacity.

The study approached cellular senescence telomerically, examining changes specifically at the ends of chromosomes.

Researchers measured telomeres in blood cells to assess biological aging.

Researchers measured the length of the telomere to assess cellular aging.

Telomerization of the oligomer under controlled conditions allowed chemists to increase its length one monomer at a time.

Researchers attempted to telomerize the synthetic DNA strands to study chromosomal stability.

The researcher telomerized the synthetic DNA to increase its stability.

Recent telomerizations performed by our team have produced novel oligomers with controlled end groups.

In certain cancer cells, the enzyme telomerizes the chromosome ends to promote unlimited division.

The research team observed telomerizing activity in the cultured stem cells under the microscope.