Tutuncu, S. Et Al. 2018. Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity. CHEMISTRYSELECT , vol.3, no.45 , 12878-12887.

Tutuncu, S., Guloglu, S., Kucukakdag, A., & Persil Çetinkol, Ö., (2018). Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity. CHEMISTRYSELECT , vol.3, no.45, 12878-12887.

Tutuncu, Serra Et Al. "Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity," CHEMISTRYSELECT , vol.3, no.45, 12878-12887, 2018

Tutuncu, Serra Et Al. "Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity." CHEMISTRYSELECT , vol.3, no.45, pp.12878-12887, 2018

Tutuncu, S. Et Al. (2018) . "Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity." CHEMISTRYSELECT , vol.3, no.45, pp.12878-12887.

@article{article, author={Serra Tutuncu Et Al. }, title={Selective High Binding Affinity of Azacyanines to polyd(A) center dot polyd(T) center dot polyd(T) Triplex: The Effect of Chain Length and Branching on Stabilization, Selectivity and Affinity}, journal={CHEMISTRYSELECT}, year=2018, pages={12878-12887} }