HIGHLIGHTS
- who: DNA damage response and colleagues from the Francis Crick Institute, London , AT, United Kingdom have published the Article: The end protection problem—an unexpected twist in the tail, in the Journal: (JOURNAL)
- what: The authors propose that tloops are likely dynamic rather than static structures. The authors propose that telomeres might dynamically transition between looped and linear states throughout normal cell cycling.
- future: The development of new telomere-specific approaches and co-opting assays from related fields is now required to produce a more complete three-dimensional understanding of how telomeres solve . . .
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