doi: 10.1161/hq0302.104906
© 2002 American Heart Association, Inc.
Thrombosis |
Genetic Contribution to Circulating Levels of Hemostatic Factors in Healthy Families With Effects of Known Genetic Polymorphisms on Heritability
From the Academic Unit of Molecular Vascular Medicine (M.S.F., M.W.M., P.J.G.), University of Leeds, and the Genetic Epidemiology Division (J.H.B.), Imperial Cancer Research Fund Clinical Centre in Leeds, St James’s University Hospital, Leeds, UK.
Reprint requests to Dr Mark S. Freeman, Academic Unit of Molecular Vascular Medicine, G Floor, Martin Wing, The General Infirmary at Leeds, Leeds LS1 3EX, UK. E-mail m.s.freeman{at}leeds.ac.uk
Levels of fibrinogen, factor VII (FVII), factor XIII (FXIII), plasminogen activator inhibitor (PAI)-1, and tissue plasminogen activator have been associated with coronary artery disease as have genetic polymorphisms. Quantitative genetic analyses allow determination of the genetic contribution to phenotypic variation. We investigated familial influences on these hemostatic factors in 537 adults from 89 randomly ascertained healthy families of white North European origin. We used maximum likelihood analysis to estimate the heritabilities of these factors and effects of covariates on the factors in these families. After adjustment for age and sex, the factors showed considerable heritability, varying from 26% (PAI-1) to 47% (FXIII complex). The influence of known polymorphisms was negligible for fibrinogen and contributed 2% to the variance of the FXIII complex and PAI-1 and 11% to the variance of FVII coagulant activity. Age, sex, body mass index, lifestyle, and metabolic covariates explained between 10% (FXIII) and 44% (PAI-1) of phenotypic variance. Childhood household influences significantly affected FVII (11%) and FXIII (18%). A significant degree of phenotypic variance of several hemostatic factors can be explained by additive genes and known covariates. The impact of certain well-characterized polymorphisms to the heritability is small in this population of healthy families, indicating the need to localize new genes influencing hemostatic factor levels.
Key Words: hemostasis • heritability • polymorphisms • families
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