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#polyploidy — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #polyploidy, aggregated by home.social.

  1. Early-career researchers

    Apply by Friday 2 May for a funded place at our Workshop 'Decoding whole genome doubling: Insights from evolution, development and disease' organised by Renata Basto and Zuzana Storchova.

    biologists.com/workshops/decod

    #Workshop #Biology #Research #Collaboration #Connections #Networking #Genome #Evolution #Development #Disease #Polyploidy

  2. Early-career researchers

    Apply by Friday 2 May for a funded place at our Workshop 'Decoding whole genome doubling: Insights from evolution, development and disease' organised by Renata Basto and Zuzana Storchova.

    biologists.com/workshops/decod

    #Workshop #Biology #Research #Collaboration #Connections #Networking #Genome #Evolution #Development #Disease #Polyploidy

  3. Early-career researchers

    Apply by Friday 2 May for a funded place at our Workshop 'Decoding whole genome doubling: Insights from evolution, development and disease' organised by Renata Basto and Zuzana Storchova.

    biologists.com/workshops/decod

    #Workshop #Biology #Research #Collaboration #Connections #Networking #Genome #Evolution #Development #Disease #Polyploidy

  4. Early-career researchers

    Apply by Friday 2 May for a funded place at our Workshop 'Decoding whole genome doubling: Insights from evolution, development and disease' organised by Renata Basto and Zuzana Storchova.

    biologists.com/workshops/decod

    #Workshop #Biology #Research #Collaboration #Connections #Networking #Genome #Evolution #Development #Disease #Polyploidy

  5. Early-career researchers

    Apply by Friday 2 May for a funded place at our Workshop 'Decoding whole genome doubling: Insights from evolution, development and disease' organised by Renata Basto and Zuzana Storchova.

    biologists.com/workshops/decod

    #Workshop #Biology #Research #Collaboration #Connections #Networking #Genome #Evolution #Development #Disease #Polyploidy

  6. Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.

    🔗 doi.org/10.1093/gbe/evaf054

    #NewPaperAlert #genomics #polyploidy #evolution

  7. Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.

    🔗 doi.org/10.1093/gbe/evaf054

    #NewPaperAlert #genomics #polyploidy #evolution

  8. Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.

    🔗 doi.org/10.1093/gbe/evaf054

    #NewPaperAlert #genomics #polyploidy #evolution

  9. Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.

    🔗 doi.org/10.1093/gbe/evaf054

    #NewPaperAlert #genomics #polyploidy #evolution

  10. Coppage et al. identify four ancient polyploidy events with unusually high duplicate gene retention. Elevated gene conversion and delayed diploidization suggest a distinct class of paleopolyploid genomes.

    🔗 doi.org/10.1093/gbe/evaf054

    #NewPaperAlert #genomics #polyploidy #evolution

  11. While we were examining cell cycle dynamics in the male accessory gland, we noticed dynamic cell cycles also taking place in the neighboring maturing Ejaculatory Duct. This work is the result of our investigation into this less well-characterized tissue, essential for reproduction. Please share with those interested in #polyploidy, and #cell cycle responses to #hormonal signaling.

  12. While we were examining cell cycle dynamics in the male accessory gland, we noticed dynamic cell cycles also taking place in the neighboring maturing Ejaculatory Duct. This work is the result of our investigation into this less well-characterized tissue, essential for reproduction. Please share with those interested in #polyploidy, and #cell cycle responses to #hormonal signaling.

  13. While we were examining cell cycle dynamics in the male accessory gland, we noticed dynamic cell cycles also taking place in the neighboring maturing Ejaculatory Duct. This work is the result of our investigation into this less well-characterized tissue, essential for reproduction. Please share with those interested in #polyploidy, and #cell cycle responses to #hormonal signaling.

  14. While we were examining cell cycle dynamics in the male accessory gland, we noticed dynamic cell cycles also taking place in the neighboring maturing Ejaculatory Duct. This work is the result of our investigation into this less well-characterized tissue, essential for reproduction. Please share with those interested in #polyploidy, and #cell cycle responses to #hormonal signaling.

  15. While we were examining cell cycle dynamics in the male accessory gland, we noticed dynamic cell cycles also taking place in the neighboring maturing Ejaculatory Duct. This work is the result of our investigation into this less well-characterized tissue, essential for reproduction. Please share with those interested in #polyploidy, and #cell cycle responses to #hormonal signaling.

  16. Interesting paper. They see different DNA repair strategies in postmitotic neurons and induction of cell cycle genes in neurons with Cas9 induced DSBs. This is consistent with our work that DNA damage may influence cell cycle gene expression and #polyploidy in the 🪰brain. (Nandakumar et al 2020). Still so much to be worked out. Neuronal DNA repair reveals strategies to influence CRISPR editing outcomes | bioRxiv

    biorxiv.org/content/10.1101/20

  17. Interesting paper. They see different DNA repair strategies in postmitotic neurons and induction of cell cycle genes in neurons with Cas9 induced DSBs. This is consistent with our work that DNA damage may influence cell cycle gene expression and #polyploidy in the 🪰brain. (Nandakumar et al 2020). Still so much to be worked out. Neuronal DNA repair reveals strategies to influence CRISPR editing outcomes | bioRxiv

    biorxiv.org/content/10.1101/20

  18. Interesting paper. They see different DNA repair strategies in postmitotic neurons and induction of cell cycle genes in neurons with Cas9 induced DSBs. This is consistent with our work that DNA damage may influence cell cycle gene expression and #polyploidy in the 🪰brain. (Nandakumar et al 2020). Still so much to be worked out. Neuronal DNA repair reveals strategies to influence CRISPR editing outcomes | bioRxiv

    biorxiv.org/content/10.1101/20

  19. Interesting paper. They see different DNA repair strategies in postmitotic neurons and induction of cell cycle genes in neurons with Cas9 induced DSBs. This is consistent with our work that DNA damage may influence cell cycle gene expression and #polyploidy in the 🪰brain. (Nandakumar et al 2020). Still so much to be worked out. Neuronal DNA repair reveals strategies to influence CRISPR editing outcomes | bioRxiv

    biorxiv.org/content/10.1101/20

  20. Still open PhD position
    #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #PopGen #France
    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230401
    Please boost

  21. Still open PhD position
    #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #PopGen #France
    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230401
    Please boost

  22. Still open PhD position
    #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #PopGen #France
    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230401
    Please boost

  23. Still open PhD position
    #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #PopGen #France
    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230401
    Please boost

  24. Still open PhD position
    #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #PopGen #France
    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230401
    Please boost

  25. #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #France

    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230

    Please boost

  26. #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #France

    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230

    Please boost

  27. #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #France

    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230

    Please boost

  28. #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #France

    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230

    Please boost

  29. #Job #phd #Evolution #Genomics #Cancer #TransCan #MarBiol #Polyploidy #France

    Here is an offer for a PhD (ERC HYPERCAN project) on the evolution of a transmissible cancer, with a focus on hyperploidy variations:
    euraxess.ec.europa.eu/jobs/230

    Please boost