• Mashup Score: 1

    Aneuploidy affects organisms from early development through to aging and is a cause of pregnancy loss and cancer. Recent studies have increased our understanding of its mechanisms and how it can be both beneficial and detrimental to cells and organisms, depending on the karyotype and external cues. These insights shed light on its roles in human pathogenesis and on genome evolution.

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    • Also in April issue #Review by Rong Li and Jin Zhu discussing how #aneuploidy affects cell function @RongLabOfficial @NUSingapore @JohnsHopkins #chromosomes #genomeinstability https://t.co/sZLRhL3BJ6 https://t.co/fPWWYELIjx

  • Mashup Score: 11

    Aneuploidy affects organisms from early development through to aging and is a cause of pregnancy loss and cancer. Recent studies have increased our understanding of its mechanisms and how it can be both beneficial and detrimental to cells and organisms, depending on the karyotype and external cues. These insights shed light on its roles in human pathogenesis and on genome evolution.

    Tweet Tweets with this article
    • New #Review by Rong Li and Jin Zhu discussing how #aneuploidy affects cell function @RongLabOfficial @NUSingapore @JohnsHopkins #chromosomes #genomeinstability https://t.co/sZLRhL3BJ6 https://t.co/nlDxMN6e2K

  • Mashup Score: 0

    This Review discusses the diverse facets of cancer biology that are shaped by aneuploidy and highlights the distinct roles of aneuploidy as both a tumour promoter and an anticancer vulnerability.

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    • NEW Review! A Vasudevan, J Sheltzer & co discuss the diverse facets of #cancerbiology that are shaped by #aneuploidy and highlight the distinct roles of aneuploidy as both a tumour promoter and an anticancer vulnerability. 🌟 https://t.co/bGZVW5nLrG @NatResCancer @JSheltzer

  • Mashup Score: 0

    Aneuploidy (abnormal chromosome number) can enable rapid adaptation to stress conditions, but it also entails fitness costs from gene imbalance. Here, the authors experimentally evolve yeast while forcing maintenance of aneuploidy to identify the mechanisms that promote tolerance of aneuploidy.

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    • Molecular signatures of #aneuploidy-driven adaptive #evolution | Nature Communications ⁦@NatureComms⁩ #geneexpression https://t.co/mDQ0xxfENb