Yasin Tülüce*, Halgurd Nadhim Mohammed, İsmail Koyuncu, Ahmet Kiliç and Mustafa Durgun Pages 3815 - 3829 ( 15 )
<p>Background: Cervical cancer is one of the most common types of cancer among women. Therefore, cancer studies are underway for a new chemo-agent with more effect on cancer cells and fewer side effects on normal human healthy cells. The currently studied novel ligand L<sub>2</sub>b as a reduced salicylaldimine derivative was examined in seven cell lines, HeLa, DU-145, PC3, DLD-1, ECC, HT-29, and PNT1-A as a control. </p><p> Aim: Because of the antiproliferative ability of L<sub>2</sub>b, this study intends to look at the apoptotic, cytotoxic, and genotoxic activity of L<sub>2</sub>b on HeLa. </p><p> Methods: For this purpose, MTT assay is for screening cytotoxic effects, comet assay for looking for DNA damaging or genotoxicity levels, ELISA and DNA fragmentation for apoptotic measuring, AO/EB stain test for checking the rates of live, apoptotic and necrotic cells were performed. To reveal the oxidative state, OSI was assessed by total oxidant and antioxidant status ratios. FRAP assay was calculated for ferric-reducing antioxidant power, using total thiol and GSH assays to measure the antioxidant values of HeLa cells. </p><p> Results: Of this result, we have found a tremendous effect of L<sub>2</sub>b on HeLa cells, especially in raising the ROS rate, damaging their DNA, and causing a range of reactions leading to apoptosis. </p><p> Conclusion: In conclusion, the data predict which ligand L<sub>2</sub>b is capable of rising apoptosis <i>in vitro</i> cervical cancer cell line studied. Further cancer studies are needed to reveal the apoptosis pathways of the ligand L<sub>2</sub>b in the HeLa cell line and its anticancer drug potency <i>in vivo</i> work.</p>
Apoptosis, cervical cancer, chemotherapy, cytotoxicity, DNA damage, ligand L<sub>2</sub>b, oxidative stress, salicylaldimine.