Serdaroglu, G. 2011. DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media. INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY , vol.111, no.14 , 3938-3948.

Serdaroglu, G., (2011). DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media. INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY , vol.111, no.14, 3938-3948.

Serdaroglu, GONCAGÜL. "DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media," INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY , vol.111, no.14, 3938-3948, 2011

Serdaroglu, GONCAGÜL. "DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media." INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY , vol.111, no.14, pp.3938-3948, 2011

Serdaroglu, G. (2011) . "DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media." INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY , vol.111, no.14, pp.3938-3948.

@article{article, author={GONCAGÜL SERDAROĞLU}, title={DFT and Ab Initio Computational Study on the Reactivity Sites of the GABA and its Agonists, Such as CACA, TACA, DABA, and Muscimol: In the Gas Phase and Dielectric Media}, journal={INTERNATIONAL JOURNAL OF QUANTUM CHEMISTRY}, year=2011, pages={3938-3948} }