Titlebook: Cytogenetics in Plant Breeding; Jacob Sybenga Book 1992 Springer-Verlag Berlin Heidelberg 1992 Chromosom.Chromosomen.Genotyp.Pflanzenzücht

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HEAVY

Cytogenetics in Plant Breeding978-3-642-84083-8Series ISSN 0341-5376

Obsessed

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Generic-Drug

Cytogenetics in Genetics and Plant Breeding,ith its subdisciplines quantitative genetics, population genetics, cytogenetics, molecular genetics, etc. To understand the role of cytogenetics in plant breeding, it is useful to first give a brief review of the segment of genetics it covers, and what it is considered to include.

Isolate

Chromosome Composition, Structure and Morphology,cialized literature (e. g., somewhat old but still useful for the present purpose: Bostock and Summer 1978; more recent: Watson et al. 1987; Alberts et al. 1989). Most of the information relevant to the present context has been available since the late 1970s and the early 1980s. Modern developments

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Postmenopause

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Karyotype Variants A: Chromosome Structural Variants,hors is used preferentially for the for the deficiency of a terminal segment of a chromosome. Deletion of entire chromosome arms from metacentric chromosomes results in telocentric chromosomes, also referred to as telosomes. These will be discussed in Chapter 6.

diathermy

Karyotype Variants B: Chromosome Number Variants,ndividual itself). In both cases it can have two meanings that often overlap, but that in some situations may cause confusion. Haploid is used: (1)for the chromosome number of the gamete (the haplont); (2) for the chromosome number of a single genome (in diploids) or of a set combined genomes segreg