Publications by authors named "D O'Brochta"

A novel cellular response of midgut progenitors (stem cells and enteroblasts) to Plasmodium berghei infection was investigated in Anopheles stephensi. The presence of developing oocysts triggers proliferation of midgut progenitors that is modulated by the Jak/STAT pathway and is proportional to the number of oocysts on individual midguts. The percentage of parasites in direct contact with enteroblasts increases over time, as progenitors proliferate.

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Background: Gene drive modified mosquitoes (GDMMs) have the potential to address Africa's persistent malaria problem, but are still in early stages of development and testing. Continuous engagement of African stakeholders is crucial for successful evaluation and implementation of these technologies. The aim of this multi-country study was, therefore, to explore the insights and recommendations of key stakeholders across Africa on the potential of GDMMs for malaria control and elimination in the continent.

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A novel cellular response of midgut progenitors (stem cells and enteroblasts) to infection was investigated in The presence of developing oocysts triggers proliferation of midgut progenitors that is modulated by the Jak/STAT pathway, and proportional to the number of oocysts on individual midguts. The percentage of parasites in direct contact with enteroblasts increases over time, as progenitors proliferate. Enhancing proliferation of progenitors significantly decreases oocyst numbers, while limiting proliferation increases oocyst survival.

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Article Synopsis
  • Engineered gene drives have the potential to offer significant benefits to ecosystems but could also cause irreversible harm.
  • CRISPR technology has sped up the development of gene drives, making field trials and risk assessments more imminent.
  • Dynamic modeling of gene drives helps predict their outcomes by factoring in various ecological and evolutionary aspects, while also addressing knowledge gaps and emphasizing the need for responsible implementation and risk assessment.
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We address a controversy over use of the term “gene drive” to include both natural and synthetic genetic elements that promote their own transmission within a population, arguing that this broad definition is both practical and has advantages for risk analysis.

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