| 11. | Microtubule organization in the cytoskeleton has been shown to be essential for proper nuclear congression during karyogamy.
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| 12. | Each teliospore undergoes karyogamy ( fusion of nuclei ) and meiosis to form four haploid spores called basidiospores.
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| 13. | It involves karyogamy, the formation of a zygote, which is followed by meiosis and multiple fission.
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| 14. | Defective microtubule organization causes total failure of karyogamy, but does not totally interrupt meiosis and spore production in yeast.
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| 15. | A basidiocarp is formed in which club-like structures known as basidia generate haploid basidiospores after karyogamy and meiosis.
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| 16. | Thus, karyogamy is the key step in bringing together two sets of different genetic material which can recombine during meiosis.
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| 17. | Teliospores consist of nuclei undergo karyogamy and thereafter meiosis, giving rise to a four-celled basidium with haploid basidiospores.
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| 18. | Thus, karyogamy is the key step in bringing together a variety of genetic material in order to ensure recombination in meiosis.
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| 19. | Unlike in animals and plants, plasmogamy is not immediately followed by the merging of the nuclei ( called " karyogamy " ).
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| 20. | According to the current understanding, R . A . Harper reported the observation of a second karyogamy event in the ascogonium prior to ascogeny.
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