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Expression of TRF2 and its prognostic relevance in advanced stage cervical cancer patients Pinar Mega Tiber, Zerrin Ozgen, Hazan Ozyurt, Nedime Serakinci, Oya Orun.

Yazar: Materyal türü: MakaleMakaleDil: İngilizce Yayın ayrıntıları:Socbıolgıa Chıle, 2014.ISSN:
  • 0716-9760
Konu(lar): LOC sınıflandırması:
  • WP470
Çevrimiçi kaynaklar: İçindekiler: Bıologıcal Research Nov 2014, Vol.47 Issue:61Özet: Background: Telomeres are protective caps consisted of specific tandem repeats (5 '-TTAGGG-3 '). Shortening of telomeres at each cell division is known as "mitotic clock" of the cells, which renders telomeres as important regulators of lifespan. TRF2 is one of the critical members of shelterin complex, which is a protein complex responsible from the preservation of cap structure, and loss or mutation of TRF2 results in DNA damage, senescence or apoptosis. Since cancer is frequently associated with aberrant cell cycle progression, defective DNA repair or apoptosis pathways, TRF2 could be one likely candidate for cancer therapy.
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Online Electronic Document NEU Grand Library Online electronic WP470 .E97 2014 (Rafa gözat(Aşağıda açılır)) Ödünç verilmez EOL-411

Background: Telomeres are protective caps consisted of specific tandem repeats (5 '-TTAGGG-3 '). Shortening of telomeres at each cell division is known as "mitotic clock" of the cells, which renders telomeres as important regulators of lifespan. TRF2 is one of the critical members of shelterin complex, which is a protein complex responsible from the preservation of cap structure, and loss or mutation of TRF2 results in DNA damage, senescence or apoptosis. Since cancer is frequently associated with aberrant cell cycle progression, defective DNA repair or apoptosis pathways, TRF2 could be one likely candidate for cancer therapy.

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