APA
Bode A., Wood S., Mullins J. G. L., Keramidas A., Cushion T. D., Thomas R. H., Pickrell W. O., Drew C. J. G., Masri A., Jones E. A., Vassallo G., Born A. P., Alehan F., Aharoni S., Bannasch G., Bartsch M., Kara B., Krause A., Karam E. G., Matta S., Jain V., Mandel H., Freilinger M., Graham G. E., Hobson E., Chatfield S., Vincent-Delorme C., Rahme J. E., Afawi Z., Berkovic S. F., Howell O. W., Vanbellinghen J., Rees M. I., Chung S. & Lynch J. W. (20140204). New hyperekplexia mutations provide insight into glycine receptor assembly, trafficking, and activation mechanisms. : The Journal of biological chemistry.
Chicago
Bode Anna, Wood Sian-Elin, Mullins Jonathan G L, Keramidas Angelo, Cushion Thomas D, Thomas Rhys H, Pickrell William O, Drew Cheney J G, Masri Amira, Jones Elizabeth A, Vassallo Grace, Born Alfred P, Alehan Fusun, Aharoni Sharon, Bannasch Gerald, Bartsch Marius, Kara Bulent, Krause Amanda, Karam Elie G, Matta Stephanie, Jain Vivek, Mandel Hanna, Freilinger Michael, Graham Gail E, Hobson Emma, Chatfield Sue, Vincent-Delorme Catherine, Rahme Jubran E, Afawi Zaid, Berkovic Samuel F, Howell Owain W, Vanbellinghen Jean-François, Rees Mark I, Chung Seo-Kyung and Lynch Joseph W. 20140204. New hyperekplexia mutations provide insight into glycine receptor assembly, trafficking, and activation mechanisms. : The Journal of biological chemistry.
Harvard
Bode A., Wood S., Mullins J. G. L., Keramidas A., Cushion T. D., Thomas R. H., Pickrell W. O., Drew C. J. G., Masri A., Jones E. A., Vassallo G., Born A. P., Alehan F., Aharoni S., Bannasch G., Bartsch M., Kara B., Krause A., Karam E. G., Matta S., Jain V., Mandel H., Freilinger M., Graham G. E., Hobson E., Chatfield S., Vincent-Delorme C., Rahme J. E., Afawi Z., Berkovic S. F., Howell O. W., Vanbellinghen J., Rees M. I., Chung S. and Lynch J. W. (20140204). New hyperekplexia mutations provide insight into glycine receptor assembly, trafficking, and activation mechanisms. : The Journal of biological chemistry.
MLA
Bode Anna, Wood Sian-Elin, Mullins Jonathan G L, Keramidas Angelo, Cushion Thomas D, Thomas Rhys H, Pickrell William O, Drew Cheney J G, Masri Amira, Jones Elizabeth A, Vassallo Grace, Born Alfred P, Alehan Fusun, Aharoni Sharon, Bannasch Gerald, Bartsch Marius, Kara Bulent, Krause Amanda, Karam Elie G, Matta Stephanie, Jain Vivek, Mandel Hanna, Freilinger Michael, Graham Gail E, Hobson Emma, Chatfield Sue, Vincent-Delorme Catherine, Rahme Jubran E, Afawi Zaid, Berkovic Samuel F, Howell Owain W, Vanbellinghen Jean-François, Rees Mark I, Chung Seo-Kyung and Lynch Joseph W. New hyperekplexia mutations provide insight into glycine receptor assembly, trafficking, and activation mechanisms. : The Journal of biological chemistry. 20140204.