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Mad meiosis

By | July 18, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Sequence of a plant pathogen

By | July 17, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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A list of lists for yeast

By | July 14, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Hopping along DNA

By | July 14, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Of ozone holes and Triffids

By | July 14, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Endocarditis prophylaxis

July 10, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Lowering CAD risk

July 10, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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MI treatment

July 10, 2000

Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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Mad2p is a budding yeast protein that helps to delay progression through mitosis until errors in chromosome attachment to the mitotic spindle are corrected. In the 14 July Science Shonn et al. find that this spindle checkpoint is also required during meiosis (Science 2000, 289:300-303). Cells without Mad2p show increased chromosome segregation errors during budding yeast meiosis I, when homologs separate, but appear normal during meiosis II, when sister chromatids separate. Meiosis I may fare le

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