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Çiftçi, Yusuf Cem, author.
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DNA damage
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Kacı, Fatma Necmiye, author.
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profiles of 84 genes underlying apoptosis, cell cycle control, DNA damage repair, and invasion and
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by
Can, Geylani.
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analogues which interfere with DNA-synthesis and repair leading to impairment of the genome and, eventually
by
Demir, Ayşe Banu.
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damage the biomolecules such as DNA, proteins and lipids. However, cells have evolved different defense
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Doğan, Hülya, author.
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, which is a candidate p53-related gene, against DNA oxidative and alkylating damage indicates its
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Uz, Metin, author.
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causing DNA damage without apoptotic behavior at certain doses. In the second part of this thesis
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Yeğin, Zeynep.
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healthy cells, the prerequisite cis-acting DNA sequences were cloned downstream of the toxic gene. So that
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Abdulhadi, Nusaibah, author.
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Bcl-xL. Besides, the application of DMP caused cell cycle arrest at the G2/M phase. Lastly, DNA damage
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Tüncel Çerik, Özge, author.
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species (ROS) generation, altered cell cycle regulation and DNA damage. In this study 10 and 100 nm sized
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Yıldız, Mehmet Salih, author.
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derivatives and these two compounds caused an arrest at G1 phase and DNA damage. Also, isobutoxy derivative
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Kartal, Melis.
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resveratrol-induced apoptosis, and the expression profiles of 84 genes underlying apoptosis, cell cycle control, DNA
12.
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Akgün, Merve, author.
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Alıntı:
species (ROS) resulting in oxidative damage to cellular lipids, proteins and DNA. The combination of these
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