Publications by authors named "J Bonilla Urbina"

Honey bee foraging is a complex behavior because it involves tens of thousands of organisms making decisions about where to collect pollen and nectar based on the quality of resources and the distance to flowers. Studying this aspect of their biology is possible through direct observations but the large number of individuals involved in this behavior makes the implementation of technologies ideal to scale up this type of study. Consequently, there is a need for instruments that can facilitate accurate assessments of honey bee foraging at the colony level.

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Article Synopsis
  • Scientists are studying how cancer cells invade by organizing into leaders and followers, similar to a team working together.
  • They developed a cool computer method to track and analyze how these cells move and express genes in 3D models of tumors.
  • This new method helped them learn more about a specific gene called MALAT1 in bladder cancer, giving them better insights into how different cancer cells work together during invasion.
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Objective: To identify and quantify ability bias in generative artificial intelligence large language model chatbots, specifically OpenAI's ChatGPT and Google's Gemini.

Design: Observational study of language usage in generative artificial intelligence models.

Setting: Investigation-only browser profile restricted to ChatGPT and Gemini.

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Infrastructure is often a limiting factor in microplastics research impacting the production of scientific outputs and monitoring data. International projects are therefore required to promote collaboration and development of national and regional scientific hubs. The Commonwealth Litter Programme and the Ocean Country Partnership Programme were developed to support Global South countries to take actions on plastics entering the oceans.

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