Gao, R. Et Al. 2014. SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS. NEUROSCIENCE , vol.268 , 297-308.

Gao, R., Du, Y., Wang, L., Nomura, Y., Satar, G., Gordon, D., ... Gurevitz, M.(2014). SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS. NEUROSCIENCE , vol.268, 297-308.

Gao, GÜL Et Al. "SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS," NEUROSCIENCE , vol.268, 297-308, 2014

Gao, GÜL Et Al. "SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS." NEUROSCIENCE , vol.268, pp.297-308, 2014

Gao, R. Et Al. (2014) . "SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS." NEUROSCIENCE , vol.268, pp.297-308.

@article{article, author={GÜL SATAR Et Al. }, title={SEQUENCE VARIATIONS AT I260 AND A1731 CONTRIBUTE TO PERSISTENT CURRENTS IN DROSOPHILA SODIUM CHANNELS}, journal={NEUROSCIENCE}, year=2014, pages={297-308} }