Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins

A study was made of the genetic variability of 101 barley populations belonging to the four, wild, Spanish species of the genus Hordeum (the autogamous H. marinum subspp. marinum and gussoneanum, and H. murinum subspp. murinum and leporinum, plus the allogamous species H. bulbosum and H. secalinum). Electrophoresis of endosperm proteins was performed using a large number of individuals from each population sampled, in order to determine intra- and interpopulational variation. The distribution of variability observed by population and taxonomic unit, is closely related to the breeding system. Hordeum bulbosum showed the greatest intrapopulational variability and H. marinum subsp. gussoneanum the least. In contrast to the autogamous species, the allogamous species showed low levels of interpopulational variation.

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Bibliographic Details
Main Authors: De Bustos, A., Casanova, C., Jouve, N., Soler, C.
Format: artículo biblioteca
Language:English
Published: Springer Nature 1999
Subjects:Poaceae, Hordeum, Barley, Endosperm proteins, Variability, Phylogeny,
Online Access:http://hdl.handle.net/20.500.12792/6051
http://hdl.handle.net/10261/295239
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spelling dig-inia-es-10261-2952392023-02-20T10:46:10Z Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins De Bustos, A. Casanova, C. Jouve, N. Soler, C. Poaceae Hordeum Barley Endosperm proteins Variability Phylogeny A study was made of the genetic variability of 101 barley populations belonging to the four, wild, Spanish species of the genus Hordeum (the autogamous H. marinum subspp. marinum and gussoneanum, and H. murinum subspp. murinum and leporinum, plus the allogamous species H. bulbosum and H. secalinum). Electrophoresis of endosperm proteins was performed using a large number of individuals from each population sampled, in order to determine intra- and interpopulational variation. The distribution of variability observed by population and taxonomic unit, is closely related to the breeding system. Hordeum bulbosum showed the greatest intrapopulational variability and H. marinum subsp. gussoneanum the least. In contrast to the autogamous species, the allogamous species showed low levels of interpopulational variation. 2023-02-20T10:46:10Z 2023-02-20T10:46:10Z 1999 artículo Plant Systematics and Evolution  214: 235-249 (1999) 0378-2697 http://hdl.handle.net/20.500.12792/6051 http://hdl.handle.net/10261/295239 10.1007/BF00985742 1615-6110 en none Springer Nature
institution INIA ES
collection DSpace
country España
countrycode ES
component Bibliográfico
access En linea
databasecode dig-inia-es
tag biblioteca
region Europa del Sur
libraryname Biblioteca del INIA España
language English
topic Poaceae
Hordeum
Barley
Endosperm proteins
Variability
Phylogeny
Poaceae
Hordeum
Barley
Endosperm proteins
Variability
Phylogeny
spellingShingle Poaceae
Hordeum
Barley
Endosperm proteins
Variability
Phylogeny
Poaceae
Hordeum
Barley
Endosperm proteins
Variability
Phylogeny
De Bustos, A.
Casanova, C.
Jouve, N.
Soler, C.
Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
description A study was made of the genetic variability of 101 barley populations belonging to the four, wild, Spanish species of the genus Hordeum (the autogamous H. marinum subspp. marinum and gussoneanum, and H. murinum subspp. murinum and leporinum, plus the allogamous species H. bulbosum and H. secalinum). Electrophoresis of endosperm proteins was performed using a large number of individuals from each population sampled, in order to determine intra- and interpopulational variation. The distribution of variability observed by population and taxonomic unit, is closely related to the breeding system. Hordeum bulbosum showed the greatest intrapopulational variability and H. marinum subsp. gussoneanum the least. In contrast to the autogamous species, the allogamous species showed low levels of interpopulational variation.
format artículo
topic_facet Poaceae
Hordeum
Barley
Endosperm proteins
Variability
Phylogeny
author De Bustos, A.
Casanova, C.
Jouve, N.
Soler, C.
author_facet De Bustos, A.
Casanova, C.
Jouve, N.
Soler, C.
author_sort De Bustos, A.
title Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
title_short Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
title_full Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
title_fullStr Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
title_full_unstemmed Analysis of the genetic diversity of wild Spanish populations of the genus Hordeum through the study of their endosperm proteins
title_sort analysis of the genetic diversity of wild spanish populations of the genus hordeum through the study of their endosperm proteins
publisher Springer Nature
publishDate 1999
url http://hdl.handle.net/20.500.12792/6051
http://hdl.handle.net/10261/295239
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AT jouven analysisofthegeneticdiversityofwildspanishpopulationsofthegenushordeumthroughthestudyoftheirendospermproteins
AT solerc analysisofthegeneticdiversityofwildspanishpopulationsofthegenushordeumthroughthestudyoftheirendospermproteins
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