Loss of redundant gene expression after polyploidization in plants

C. Aragoncillo; C. Aragoncillo; C. W. Wrigley; E. R. Sears; E. R. Sears; F. García-Olmedo; F. García-Olmedo; F. García-Olmedo; G. E. Hart; G. E. Hart; G. E. Hart; G. E. Hart; G. Salcedo; J. A. Bietz; K. Nishikawa; M. A. Rodríguez-Loperena; P. Carbonero; P. Carbonero; P. Joudrier; R. Fernández de Caleya; S. D. Ferris

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Loss of redundant gene expression after polyploidization in plants

Authors: C. Aragoncillo
C. Aragoncillo
C. W. Wrigley
E. R. Sears
E. R. Sears
F. García-Olmedo
F. García-Olmedo
F. García-Olmedo
G. E. Hart
G. E. Hart
G. E. Hart
G. E. Hart
G. Salcedo
J. A. Bietz
K. Nishikawa
M. A. Rodríguez-Loperena
P. Carbonero
P. Carbonero
P. Joudrier
R. Fernández de Caleya
S. D. Ferris
Publication date: 1 January 1978
Publisher: 'Springer Science and Business Media LLC'
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Abstract

Based on chromosomal location data of genes encoding 28 biochemical systems in allohexaploid wheat,Triticum aestivum L. (genomes AABBDD), it is concluded that the proportions of systems controlled by triplicate, duplicate, and single loci are 57%, 25%, and 18% respectively

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