Articles

  • Feb 2, 2024 | cell.com | Amber M. Ridgway |Oxford Brookes |Emily Hood |Javier Jimenez

    Highlights•Sox21b regulates development of posterior lobes, novel Drosophila genital organs•Higher Sox21b expression in developing genitalia produces smaller posterior lobes•Sox21b underlies posterior lobe divergence between D. simulans and D. mauritiana•The species allele of Sox21b causes differences in the duration of copulationSummary1York J.R. McCauley D.W. The origin and evolution of vertebrate neural crest cells. Open Biol.

  • Aug 25, 2023 | newsroom.journalists.org | Emily Hood

    News organizations are growing their own platforms to distribute their content to readers. Newsletters, apps and push notifications create a set of data owned by the outlet, helping it become less reliant on tech companies to reach and understand its audience. This growth comes as changes from social media platforms are shaking up the way content is distributed. In 2018, Facebook deprioritized content from media organizations in its algorithm.

  • Aug 21, 2023 | rjionline.org | Emily Hood

    Emily Hood is a 2023 RJI Student Innovation Fellow partnered with Star Tribune in Minneapolis. The RJI Student Fellows will be sharing their innovative work through Innovation in Focus. The concept of “news you can use” is not new to media organizations. However, with the rising importance of search engine optimization, these stories play a key role in not only driving traffic to news websites, but helping news organizations serve their communities.

  • Aug 21, 2023 | editorandpublisher.com | Emily Hood

    Emily Hood is a 2023 RJI Student Innovation Fellow partnered with Star Tribune in Minneapolis. The RJI Student Fellows will be sharing their innovative work through Innovation in Focus. The concept of “news you can use” is not new to media organizations. However, with the rising importance of search engine optimization, these stories play a key role in not only driving traffic to news websites, but helping news organizations serve their communities.

  • Aug 18, 2023 | biorxiv.org | Emily Hood |Javier Jimenez |Alistair P. McGregor |Amber M. Ridgway

    AbstractThe emergence and subsequent diversification of morphological novelties is a major feature of animal evolution1–9. However, in most cases little is known about the molecular basis of the evolution of novel structures and the genetic mechanisms underlying their diversification. The epandrial posterior lobes of the male genital arch is a novelty of some species of the Drosophila melanogaster subgroup10–13.

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