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Genome-wide Association Study Meta-Analysis of Dizygotic Twinning Illuminates Genetic Regulation of Female Fecundity.

Hamdi Mbarek,Scott D. Gordon,David L. Duffy,Nikki Hubers,Sally Mortlock,Jeffrey J. Beck,Jouke-Jan Hottenga,Rene Pool,Conor Dolan,Ky'Era Actkins,Zachary F. Gerring,Jenny Van Dongen,Erik A. Ehli,William G. Iacono,Matt Mcgue,Daniel Chasman,C. Scott Gallagher,Samantha L. P. Schilit,Cynthia C. Morton,Guillaume Pare,Gonneke Willemsen,David C. Whiteman,Catherine M. Olsen,Catherine Derom,Robert Vlietinck,Daniel Gudbjartsson,Lisa Cannon-Albright,Eva Krapohl,Robert Plomin,Patrik K. E. Magnusson,Nancy L. Pedersen,Pirro Hysi,Massimo Mangino,Timothy D. Spector,Teemu Palviainen,Yuri Milaneschi, Brenda W. Penninnx,Adrian Campos,Ken K. Ong,John R. B. Perry,Cornelis B. Lambalk,Jaakko Kaprio,Isleifur Olafsson,Karine Duroure,Celine Revenu,Miguel E. Renteria,Loic Yengo,Lea Davis,Eske M. Derks,Sarah E. Medland,Hreinn Stefansson,Kari Stefansson,Filippo Del Bene,Bruno Reversade,Grant W. Montgomery,Dorret Boomsma,Nicholas G. Martin

HUMAN REPRODUCTION（2024）

Cited 5|Views97
Key words
dizygotic twinning,genome-wide association analysis,female fecundity,fertility,genetics
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