Low-Frequency Synonymous Coding Variation in CYP2R1 Has Large Effects on Vitamin D Levels and Risk of Multiple Sclerosis.
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D. Kiel | O. Franco | S. Grant | C. Greenwood | N. Timpson | S. Sawcer | F. Rivadeneira | B. Kestenbaum | C. Robinson-Cohen | K. Michaëlsson | H. Melhus | Thomas J. Wang | B. Psaty | J. Rotter | L. Lind | J. Richards | M. Heijer | D. Mellström | H. Tiemeier | B. Zemel | R. Noordam | R. de Mutsert | F. Rosendaal | D. Mook-Kanamori | C. Ohlsson | Ching‐Ti Liu | M. den Heijer | V. Jaddoe | M. Zillikens | M. Lorentzon | L. Vandenput | C. Medina-Gomez | L. D. de Groot | N. V. van Schoor | N. van der Velde | L. Broer | Y. Hsu | B. Taylor | E. Orwoll | T. Voortman | D. Cousminer | M. Biggs | D. Karasik | M. Ikram | M. Karlsson | V. Forgetta | R. Mutsert | S. Haworth | T. Dudding | A. Ham | Maria Nethander | N. Schoor | N. Velde | J. B. Richards | L. D. Groot | D. Manousaki | Jonathan A. Mitchell | N. Campos-Obando | Andre G Utterlinden | M. Nethander | B. Psaty | Chiang-Ti Liu | J. B. Richards | N. M. Schoor | Vincenzo Forgetta
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