E. Zomot Et Al. , "Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT," JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1, pp.544-555, 2015
Zomot, E. Et Al. 2015. Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT. JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1 , 544-555.
Zomot, E., Gur, M., & BAHAR, I., (2015). Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT. JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1, 544-555.
Zomot, Elia, Mert Gür, And Ivet BAHAR. "Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT," JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1, 544-555, 2015
Zomot, Elia Et Al. "Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT." JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1, pp.544-555, 2015
Zomot, E. Gur, M. And BAHAR, I. (2015) . "Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT." JOURNAL OF BIOLOGICAL CHEMISTRY , vol.290, no.1, pp.544-555.
@article{article, author={Elia Zomot Et Al. }, title={Microseconds Simulations Reveal a New Sodium-binding Site and the Mechanism of Sodium-coupled Substrate Uptake by LeuT}, journal={JOURNAL OF BIOLOGICAL CHEMISTRY}, year=2015, pages={544-555} }