. A cytological study of haploid Crepis capillaris plants. Karyokinesis; Crepis. 118 University of California Publications in Agricultural Sciences [Vol. 6 The telophase chromosomes continue to elongate (fig. 10, a, b) and the nucleus gradually passes into a typical interphase condition. Before this change is completed, furrowing begins to take place (fig. 10c) thus initiating microspore formation. No second meiotic divi- sions have ever been seen and the nature of the young microspore groups which are commonly diads and triads instead of tetrads, sup- ports the conclusion that ordinarily no h
. A cytological study of haploid Crepis capillaris plants. Karyokinesis; Crepis. 118 University of California Publications in Agricultural Sciences [Vol. 6 The telophase chromosomes continue to elongate (fig. 10, a, b) and the nucleus gradually passes into a typical interphase condition. Before this change is completed, furrowing begins to take place (fig. 10c) thus initiating microspore formation. No second meiotic divi- sions have ever been seen and the nature of the young microspore groups which are commonly diads and triads instead of tetrads, sup- ports the conclusion that ordinarily no homeotypic division Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Hollingshead, Lillian, 1900-. Berkeley, Calif. , University of California press
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