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Intersections of epigenetics, twinning and developmental asymmetries: Insights into monogenic and complex diseases and a role for 3D facial analysis
Journal article   Open access   Peer reviewed

Intersections of epigenetics, twinning and developmental asymmetries: Insights into monogenic and complex diseases and a role for 3D facial analysis

G. Baynam, P. Claes, J.M. Craig, J. Goldblatt, S. Kung, P. Le Souef and M. Walters
Twin Research and Human Genetics, Vol.14(4), pp.305-315
2011
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Abstract

For decades the relationships of twinning and alterations in body patterning, such as laterality and asymmetry, have been investigated. However, the tools to define and quantify these relationships have been limited and the majority of these studies have relied on associations with subjectively defined phenotypes. The emerging technologies of 3-dimensional (3D) facial scanning and geometric morphometrics are providing the means to establish objective criteria, including measures of asymmetry, which can be used for phenotypic classification and investigations. Additionally, advances in molecular epigenetics provide new opportunities for novel investigations of mechanisms central to early developmental processes, twinning and related phenotypes. We review the evidence for overlapping etiologies of twinning, asymmetry and selected monogenic and complex diseases, and we suggest that the combination of epigenetic investigations with detailed and objective phenotyping, utilizing 3D facial analysis tools, can reveal insights into the genesis of these phenomena.

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1 Clinical & Life Sciences
1.49 Dentistry & Oral Medicine
1.49.464 Orthodontic Treatment
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Genetics & Heredity
Obstetrics & Gynecology
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Molecular Biology & Genetics
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