Academic Titles
-
2018 - Continues Associate Professor
Middle East Technical University, Faculty of Arts and Sciences, Department of Chemistry
-
2015 - 2018 Assistant Professor
Middle East Technical University, Faculty of Arts and Sciences, Department of Chemistry
-
2010 - 2012 Assistant Professor
Dogus University, Faculty Of Arts And Scıences, Department Of Chemıstry
-
2008 - 2010 Research Assistant
Lawrence Berkeley National Laboratory, Physical Biosciences Division, Joint Bioenergy Institute
-
2002 - 2008 Research Assistant
Georgia Institute of Technology, College Of Sciences, School Of Chemistry And Biochemistry
Managerial Experience
-
2018 - 2021 Deputy Head of Department
Middle East Technical University, Faculty of Arts and Sciences, Department of Chemistry
Courses
Advising Theses
-
Investigating the interactions of poly(A)-coralyne in crowded environments and the effect of DNA methylation on DDD-lysine and DDD-arginine interactions
PERSİL ÇETİNKOL Ö. (Advisor)
Z.SUVACI(Student), Postgraduate, 2022 -
Affinity and selectivity of azacyanines to G-quadruplex forming promoter regions
PERSİL ÇETİNKOL Ö. (Advisor)
F.NUR(Student), Postgraduate, 2022 -
Electrochemical detection of oxaliplatin induced DNA damage in G-quadruplex structures
PERSİL ÇETİNKOL Ö. (Advisor)
S.CAN(Student), Postgraduate, 2022 -
Synthesis of highly fluorescent N, S co-doped carbon quantum dots and their application in fluorometric detection of G-quadruplex forming HER2 promoter region
PERSİL ÇETİNKOL Ö. (Advisor)
Z.İREM(Student), Postgraduate, 2022 -
G-quadruplexes: Targeting with azacyanines and application to hydroxychloroquine detection
PERSİL ÇETİNKOL Ö. (Advisor)
K.DOĞAN(Student), Postgraduate, 2022 -
A new method for hydroxychloroquine detection
PERSİL ÇETİNKOL Ö. (Advisor)
D.ÜNAL(Student), Postgraduate, 2022 -
Investigating the interactions of azacyanines with triplex nucleic acids
PERSİL ÇETİNKOL Ö. (Advisor)
-
Targeting human telomeric DNA with azacyanines
Persil Çetinkol Ö. (Advisor)
-
INSIGHTS INTO THE ACTION MECHANISM OF AZACYANINES: THEIR TOPOISOMERASE II? INHIBITION POTENTIAL AND NUCLEIC ACID SELECTIVITY
S.Güloğlu(Student), Postgraduate, 2018 -
Insights into the action mechanism of azacyanines: Their topoisomerase iiα inhibition potential and nucleic acid selectivity
Persil Çetinkol Ö. (Advisor)
