- The role of homoploid hybridization in evolution: A century . . .
Although the ubiquity of hybridization across plants was accepted into the 1990s (Raven, 1976; Whitham et al , 1991), surveys of floras suggest that this is not the case, with estimates of the proportion of plant species that hybridize ranging from ∼3% in the Concord Township flora in Massachusetts (Mayr, 1992; Mallet, 2005) to ∼25% for the
- Male Sterility and Somatic Hybridization in Plant Breeding
CMS from wild plants has been transferred to species of agronomic interest through somatic hybridization Somatic hybrids have also been produced to generate CMS de novo upon recombination of the mitochondrial genomes of two parental plants or by separating the CMS cytoplasm from the nuclear Rf alleles
- The Significance of Hybridization for Plant Taxonomy and . . .
from hybridization, second its drawbacks, and then make an estimate of the ways and degrees to which these drawbacks may be overcome so that hybridization may be successful in catalyzing evolutionary change Ways in which hybridization can stimulate evolutionary change The catalytic effect of hybridization upon evolution can be exerted in
- The role of hybridization in plant speciation | Request PDF
When testing the hybrid origin of a plant, a clearly defined species concept must be adopted Although morphologicalbased species concept has been widely used in plants because of its
- The evolutionary and ecological potential of yeast hybrids
The ecological data compiled by Bendixsen et al (Tables S2–3 in their paper) also contain detailed information on the specific microhabitat of isolates used for hybridization, including strains from baking, fermentation (e g beer, wine, and cider), woodland (e g tree bark, sap, and leaves), soil, insect, fruit, lab, plant (e g hemp, cocoa
- Current status and the future of fluorescence in situ . . .
Many groups Fluorescent in situ hybridisation in plants: new ways to link DNA sequence resources and chromosome loci -a review of researchers employed FISH to study genome structure in hybrid
- The Distribution of Repetitive DNAs Along Chromosomes in . . .
Using a modified genomic in situ hybridization (GISH) procedure, fluorescence in situ hybridization (FISH) with genomic DNA to their own chromosomes (called self-genomic in situ hybridization, self-GISH) was carried out in six selected plant species with different genome size and amount of repetitive DNA Nonuniform distribution of the
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