Archive image from page 10 of A cytological study of haploid. A cytological study of haploid Crepis capillaris plants cytologicalstudy64holl Year: 1930 1930] Hollingshead: Study of Haploid Crepis CapiUaris Plants 115 division, but the daughter halves have remained close together. Figure 5e shows one undivided, one almost divided, and one completely divided chromosome whose halves are well separated. Quite com- monly, whole or half-chromosomes fail to reach either pole. These processes give rise to telophase nuclei varying greatly in chromosome number and constitution. As implied above, the t
Archive image from page 10 of A cytological study of haploid. A cytological study of haploid Crepis capillaris plants cytologicalstudy64holl Year: 1930 1930] Hollingshead: Study of Haploid Crepis CapiUaris Plants 115 division, but the daughter halves have remained close together. Figure 5e shows one undivided, one almost divided, and one completely divided chromosome whose halves are well separated. Quite com- monly, whole or half-chromosomes fail to reach either pole. These processes give rise to telophase nuclei varying greatly in chromosome number and constitution. As implied above, the three chromosomes rarely do line up on a metaphase plate and divide normally (fig. 6 a, b). In shape they are
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