Archive image from page 12 of A cytological study of haploid. A cytological study of haploid Crepis capillaris plants cytologicalstudy64holl Year: 1930 Fig. 9. Haploid Crepis capillaris; heterotypic telophases; b-ff, paraffin material. The previous distribution of the chromosomes determines the num- ber and constitution of the telophase nuclei. The number observed varied from one (fig. 9e) to five (fig. 9h), two (fig. 9 b, d), and three (fig. 9c) being most common. Since chromosomes complete their division at this stage they commonly occur in pairs (fig. 9, b-e). How- ever, an unpaired chrom
Archive image from page 12 of A cytological study of haploid. A cytological study of haploid Crepis capillaris plants cytologicalstudy64holl Year: 1930 Fig. 9. Haploid Crepis capillaris; heterotypic telophases; b-ff, paraffin material. The previous distribution of the chromosomes determines the num- ber and constitution of the telophase nuclei. The number observed varied from one (fig. 9e) to five (fig. 9h), two (fig. 9 b, d), and three (fig. 9c) being most common. Since chromosomes complete their division at this stage they commonly occur in pairs (fig. 9, b-e). How- ever, an unpaired chromosome in a nucleus, the result of separation of daughter halves to different poles at anaphase, is to be seen occa- sionally (fig. 9d). These figures illustrate some of the many varied telophase combinations observed.
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