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This paper provides evidence that recombination between two mating type genes (which specify opposite mating types in heterothallic species) can convert a heterothallic to a homothallic species. Self-fertility is conferred when a naturally fused MAT1/2 gene from a homothallic species was introduced into a MAT-null strain of a heterothallic species. These data indicate that organization of mat genes can affect reproductive behavior.
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Demonstration of how mating-type proteins affect expression pattern of genes preferentially expressed during sexual development. These date support the hypothesis that mating-type proteins play a role during sexual development, presumably as transcriptional regulators.
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The cro1 mutant has random positioning of spindle body leading to gigantic plurinucleate crozier. One explanation is that the mechanism controlling migration of nuclei failed, therefore, allowing multiple nuclei to migrate to the cro1 crozier.
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