By Henry C. Aldrich
Publication through Aldrich, Henry C.
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Extra resources for Cell Biology of Physarum and Didymium. Organisms, Nucleus, and Cell Cycle
24 8 References von Stosch, 1935 Ling and Collins, 1970b S. J. , 1978; Mulleavy and Collins, 1979, 1980 Mulleavy, 1979 Mulleavy, 1979 Collins and Therrien, 1976; Mulleavy, 1979 Therrien and Yemma, 1975 Therrien and Yemma, 1974 Mulleavy and Collins, 1980 Mulleavy, 1979; Mulleavy and Collins, 1980 Yemma and Therrien, 1972 Collins and Therrien, 1976 Collins and Therrien, 1976 ΠΙ, there is very little available. If a simple and effective technique for spreading chromosomes were developed that the average researcher could use, this might have a profound impact on the future of myxomycete biosystematics.
Kerr, 1960; Schuster, 1965; S. J. Kerr, 1972a,b). In addition, N. S. Kerr's (1970a) film on D. iridis records various aspects of amoebal behavior, including their emergence from spores, their feeding, mitosis, encystment, and excystment, and their morphogenesis into swarmers (no doubt involving rearrangement of microtubules and microfilaments). Each of the three states (amoebal, swarmer, and microcyst) is distinctly different morphologically and is believed to correspond to a separate role in the survival of the species (Collins, 1979, p.
The heterozygotes were created by first crossing In amoebal clones homozygous for mating types A2 A2 X A5A5. Upon sporulation, the resulting tetraploid plasmodia yielded In ¥x meiospores, about two-thirds of which were mating type heterozygotic (A2A5), and the remainder were homozygotic (A2A2 and A5A5). Whereas single-spore-derived clones heterozygous for mating types yielded plasmodia as well as amoebal populations, homozygous ones did not progress past the amoebal stage. Further, in the apogamic clones almost every amoeba eventually yielded plasmodia, and the number of plasmodia produced per plate was far greater than that typically produced by compatible crosses and greater than that found in naturally occurring nonheterothallic forms.
Cell Biology of Physarum and Didymium. Organisms, Nucleus, and Cell Cycle by Henry C. Aldrich