Application of a Latent Class Analysis to Empirically Define EatingDisorder Phenotypes | Zendy

Pamela K. Keel | Zendy; Manfred M. Fichter | Zendy; Norbert Quadflieg | Zendy; Cynthia M. Bulik | Zendy; Mark G. Baxter | Zendy; Laura Thornton | Zendy; Katherine A. Halmi | Zendy; Allan S. Kaplan | Zendy; Michael Strober | Zendy; D. Blake Woodside | Zendy; Scott J. Crow | Zendy; James E. Mitchell | Zendy; Alessandro Rotondo | Zendy; Mauro Mauri | Zendy; Giovanni B. Cassano | Zendy; Janet Treasure | Zendy; David Goldman | Zendy; Wade H. Berrettini | Zendy; Walter H. Kaye | Zendy

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Application of a Latent Class Analysis to Empirically Define EatingDisorder Phenotypes

Author(s) -

Pamela K. Keel,

Manfred M. Fichter,

Norbert Quadflieg,

Cynthia M. Bulik,

Mark G. Baxter,

Laura Thornton,

Katherine A. Halmi,

Allan S. Kaplan,

Michael Strober,

D. Blake Woodside,

Scott J. Crow,

James E. Mitchell,

Alessandro Rotondo,

Mauro Mauri,

Giovanni B. Cassano,

Janet Treasure,

David Goldman,

Wade H. Berrettini,

Walter H. Kaye

Publication year - 2004

Publication title -

archives of general psychiatry

Language(s) - English

Resource type - Journals

eISSN - 1538-3636

pISSN - 0003-990X

DOI - 10.1001/archpsyc.61.2.192

Subject(s) - latent class model , bulimia nervosa , anorexia nervosa , eating disorders , psychology , binge eating disorder , clinical psychology , proband , binge eating , psychiatry , biochemistry , chemistry , gene , mutation , statistics , mathematics

Diagnostic criteria for eating disorders influence how we recognize, research, and treat eating disorders, and empirically valid phenotypes are required for revealing their genetic bases.

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