Genome-wide association analyses highlight etiological differences underlying newly defined subtypes of diabetes
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Alexander E. Lopez | Andrew L Blumenfeld | M. McCarthy | G. Abecasis | S. Balasubramanian | L. Groop | A. Hawes | J. Florez | O. Melander | T. Tuomi | A. Mahajan | M. Udler | L. Mitnaul | L. Habegger | W. Salerno | M. Åkerlund | J. Overton | E. Ahlqvist | A. Käräjämäki | R. Prasad | O. Hansson | A. Baras | J. Staples | L. Lotta | S. Carlsson | Julia Brosnan | Manonanthini Thangam | S. Khalid | X. Bai | Christina Beechert | Gisu Eom | Caitlin Forsythe | Erin D. Fuller | Zhenhua Gu | Michael Lattari | Kia Manoochehri | E. Maxwell | Maria Sotiropoulos Padilla | Manasi Pradhan | T. Schleicher | Ricardo Ulloa | Louis Widom | Sarah E. Wolf | O. Dwivedi | A. Shuldiner | R. Hjort | G. Coppola | D. Mansour Aly | Marcus Jones | Aris Economides | Christina Caitlin Erin D. Zhenhua Michael Alexander Thomas D Beechert Forsythe Fuller Gu Lattari Lop | M. Cantor | J. Reid | Goncalo Aris Michael Giovanni Aris Luca A. John D. Jeffrey Abecasis Baras Cantor Coppola Economides | Xiaodong Suganthi Andrew Gisu Lukas Alicia Shareef Evan K. Bai Balasubramanian Blumenfeld Eom Habeg | Marcus B. Lyndon J. Jones Mitnaul | M. Åkerlund | C. Forsythe | Annemari Käräjämäki | M. McCarthy | M. McCarthy
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