Isozymes in Plant Biology
Douglas E. Soltis, Pamela S. Soltis
Dioscorides Press, 1989 - Gardening - 268 pages
This survey emphasizes the possibilities of isozymes as marker genes in solving a variety of problems important to population geneticists, evolutionists, systematists, and plant breeders.
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Jonathan F Wendel and Norman F Weeden 5
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acid Allard allele frequencies allopolyploid allozyme allozyme variation Amer Appl bands Biochem bryophytes Buffer systems chromosome chromosome numbers Clarkia crop cultigen cultivated cytosolic dehydrogenase differentiation diploid Doebley electrophoretic enzyme estimates evolution evolutionary ferns gametophytes gene duplications gene flow genetic diversity genetic identity genetic structure genetic variation genetics and breeding genome genotypes Gottlieb Hamrick Heredity heterosis heterozygosity heterozygous homosporous homosporous pteridophytes homozygous hybrid inbreeding depression individuals introgression isomerase isozyme isozyme analysis isozyme loci isozyme variation Isozymes in plant linkage liverworts locus maize marker loci mating system mg 1 ml morphological mosses multilocus natural populations origin outcrossing outcrossing rates patterns phenotypic plant populations pollen polymorphism polyploid progenitor progeny protein pteridophytes quantitative traits S. D. Tanksley sample seed seedlings segregation selection selfing Soltis staining Stuber subsp Syst T. J. Orton eds Tanksley and T. J. taxa teosinte tetraploid Theor tion tissue variability Weeden weedy wild relatives