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1 d C-strand fill-in are equally important for telomere length maintenance.
2 Telomerase is essential for telomere length maintenance.
3 s in DNA repair, transcription, mitosis, and telomere length maintenance.
4 on contribute to Tel1p's overall function in telomere length maintenance.
5 edes their regulation of pathways engaged in telomere length maintenance.
6 iffers from human tankyrase 2 in its role in telomere length maintenance.
7 proliferation requires telomerase-dependent telomere length maintenance.
8 DNA and, are therefore, potential sites for telomere length maintenance.
9 ed in the regulation of telomerase-dependent telomere length maintenance.
10 ally required for the Ku-mediated pathway of telomere length maintenance.
11 nked to secondary TERT function unrelated to telomere length maintenance.
12 can contribute multiple regulatory roles to telomere length maintenance.
13 stinct aspects of telomerase biochemistry in telomere length maintenance.
14 k repair, cell cycle checkpoint control, and telomere length maintenance.
15 t binding factor-1), a negative regulator of telomere length maintenance.
16 Telomerase activity is involved in telomere length maintenance.
17 lution of recombination intermediates and in telomere length maintenance.
18 s (ALT), a recombination-based mechanism for telomere-length maintenance.
21 n a complex interaction among the systems of telomere length maintenance and cell cycle checkpoints.
22 ffects of fission yeast replication genes on telomere length maintenance and identified 20 mutant all
23 3 molecular chaperone Sba1p are required for telomere length maintenance and that Sba1p can modulate
24 haromyces cerevisiae Ku is also required for telomere length maintenance and transcriptional silencin
25 dence of a new role for Ku that impacts both telomere-length maintenance and DNA repair in Saccharomy
26 and MRE11 genes in homologous recombination, telomere length maintenance, and DNA repair processes.
27 d to DNA replication, damage susceptibility, telomere length maintenance, and intrachromosomal recomb
28 ts indicate that telomerase is essential for telomere length maintenance but is not required for esta
31 D50, MRE11, and XRS2 genes are essential for telomere length maintenance, cell cycle checkpoint signa
33 Our results imply that, under homeostatic telomere length-maintenance conditions, only one molecul
34 nstrate that functional CST is essential for telomere length maintenance due to its role in mediating
35 ay in turn lead to a greater requirement for telomere length maintenance earlier in tumourigenesis.
38 utions in nontemplate regions of TER altered telomere length maintenance in vivo, with an increase or
45 wth and development but is not essential for telomere length maintenance or telomere capping in mice.
46 nkyrases 1 and 2 have redundant functions in telomere length maintenance or that mouse tankyrase 2 di
47 m K. lactis have roles in both silencing and telomere length maintenance, reflecting conserved functi
50 oining (NHEJ), telomeric gene silencing, and telomere length maintenance, suggesting that these funct
51 ility upon activation of the ALT pathway and telomere length maintenance suggests there is overlap be
53 ied as a budding yeast gene required for the telomere length maintenance, we found no obvious telomer
54 control cells allows telomere elongation and telomere length maintenance, while telomerase activation
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