Telomere News and Research

Latest Telomere News and Research

Researchers discover that DNA fragments destroy melanoma cells

Researchers at Boston University School of Medicine have discovered that small DNA fragments or oligonucleotides that resemble the telomere (chromosome end), also called T-oligos, can cause human melanoma cells to undergo extensive apoptosis (cell death), while surviving melanoma cells become more differentiated and therefore less aggressive.

1 Sep 2004

Scientists have developed the first mouse model Werner’s syndrome

Scientists have developed the first mouse model of a rare disease in which people age rapidly and start developing cancers and other diseases associated with the elderly when they are only about 30 years old.

20 Aug 2004

What is Telomere crisis?

Telomere crisis is an important early event in the development of breast cancer, and its occurrence can be identified with precision, according to recent findings by a team of scientists at the Department of Energy's Lawrence Berkeley National Laboratory and the University of California at San Francisco.

11 Aug 2004

Evidence that abnormally short telomeres play a role in the early development of cancer

Scientists at the Johns Hopkins Kimmel Cancer Center say they have evidence that abnormally short telomeres - the end-caps on chromosomes that normally preserve genetic integrity -appear to play a role in the early development of many types of cancer.

27 May 2004

Cell division can be halted in multiple ways, with implications for cancer

Brown University researchers have found that there are multiple independent ways to stop cell division, a phenomenon that prevents the spread of genetic mutation, which can make cells cancerous. Results of this research, along with an accompanying editorial, were published in the current issue of the journal Molecular Cell.

20 May 2004

Mystery surrounding ageing, death and cancer is dispelled by new study

Scientists from Cancer Research UK and Breast Cancer Campaign have uncovered the first evidence of an entirely new system for holding the ravages of time at bay.

29 Apr 2004