APA
Rusu V., Hoch E., Mercader J. M., Tenen D. E., Gymrek M., Hartigan C. R., DeRan M., von Grotthuss M., Fontanillas P., Spooner A., Guzman G., Deik A. A., Pierce K. A., Dennis C., Clish C. B., Carr S. A., Wagner B. K., Schenone M., Ng M. C. Y., Chen B. H., Centeno-Cruz F., Zerrweck C., Orozco L., Altshuler D. M., Schreiber S. L., Florez J. C., Jacobs S. B. R. & Lander E. S. (20170801). Type 2 Diabetes Variants Disrupt Function of SLC16A11 through Two Distinct Mechanisms. : Cell.
Chicago
Rusu Victor, Hoch Eitan, Mercader Josep M, Tenen Danielle E, Gymrek Melissa, Hartigan Christina R, DeRan Michael, von Grotthuss Marcin, Fontanillas Pierre, Spooner Alexandra, Guzman Gaelen, Deik Amy A, Pierce Kerry A, Dennis Courtney, Clish Clary B, Carr Steven A, Wagner Bridget K, Schenone Monica, Ng Maggie C Y, Chen Brian H, Centeno-Cruz Federico, Zerrweck Carlos, Orozco Lorena, Altshuler David M, Schreiber Stuart L, Florez Jose C, Jacobs Suzanne B R and Lander Eric S. 20170801. Type 2 Diabetes Variants Disrupt Function of SLC16A11 through Two Distinct Mechanisms. : Cell.
Harvard
Rusu V., Hoch E., Mercader J. M., Tenen D. E., Gymrek M., Hartigan C. R., DeRan M., von Grotthuss M., Fontanillas P., Spooner A., Guzman G., Deik A. A., Pierce K. A., Dennis C., Clish C. B., Carr S. A., Wagner B. K., Schenone M., Ng M. C. Y., Chen B. H., Centeno-Cruz F., Zerrweck C., Orozco L., Altshuler D. M., Schreiber S. L., Florez J. C., Jacobs S. B. R. and Lander E. S. (20170801). Type 2 Diabetes Variants Disrupt Function of SLC16A11 through Two Distinct Mechanisms. : Cell.
MLA
Rusu Victor, Hoch Eitan, Mercader Josep M, Tenen Danielle E, Gymrek Melissa, Hartigan Christina R, DeRan Michael, von Grotthuss Marcin, Fontanillas Pierre, Spooner Alexandra, Guzman Gaelen, Deik Amy A, Pierce Kerry A, Dennis Courtney, Clish Clary B, Carr Steven A, Wagner Bridget K, Schenone Monica, Ng Maggie C Y, Chen Brian H, Centeno-Cruz Federico, Zerrweck Carlos, Orozco Lorena, Altshuler David M, Schreiber Stuart L, Florez Jose C, Jacobs Suzanne B R and Lander Eric S. Type 2 Diabetes Variants Disrupt Function of SLC16A11 through Two Distinct Mechanisms. : Cell. 20170801.