G. E. Saridogan Et Al. , "D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model," BEHAVIOURAL BRAIN RESEARCH , vol.293, pp.227-233, 2015
Saridogan, G. E. Et Al. 2015. D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model. BEHAVIOURAL BRAIN RESEARCH , vol.293 , 227-233.
Saridogan, G. E., Aykac, A., Cabadak, H., Cerit, C., Caliskan, M., & Gören, M. Z., (2015). D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model. BEHAVIOURAL BRAIN RESEARCH , vol.293, 227-233.
Saridogan, Gokce Et Al. "D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model," BEHAVIOURAL BRAIN RESEARCH , vol.293, 227-233, 2015
Saridogan, Gokce E. Et Al. "D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model." BEHAVIOURAL BRAIN RESEARCH , vol.293, pp.227-233, 2015
Saridogan, G. E. Et Al. (2015) . "D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model." BEHAVIOURAL BRAIN RESEARCH , vol.293, pp.227-233.
@article{article, author={Gokce Elif Saridogan Et Al. }, title={D-Cycloserine acts via increasing the GluN1 protein expressions in the frontal cortex and decreases the avoidance and risk assessment behaviors in a rat traumatic stress model}, journal={BEHAVIOURAL BRAIN RESEARCH}, year=2015, pages={227-233} }