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    "headline": "A Low Pesticide Dose Reaches the Bumblebee Ovary",
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    "dek": "Georgia Tech researchers connected sulfoxaflor exposure with altered gene activity and reproductive function in worker bumblebees.",
    "summary": "Georgia Tech researchers connected sulfoxaflor exposure with altered gene activity and reproductive function in worker bumblebees.",
    "body_text": "A Georgia Institute of Technology team exposed bumblebees to low doses of sulfoxaflor and examined RNA across tissues. The largest gene-expression changes appeared in ovarian tissue, alongside effects on reproduction and behavior. The work does not quantify field-wide population loss, but it identifies reproductive pathways that regulators and agricultural researchers can monitor.",
    "why_it_matters": "Georgia Tech researchers connected sulfoxaflor exposure with altered gene activity and reproductive function in worker bumblebees.",
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      "The work does not quantify field-wide population loss, but it identifies reproductive pathways that regulators and agricultural researchers can monitor."
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    "tags": [
      "a",
      "low",
      "pesticide",
      "dose",
      "reaches"
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      "source_id": "source-2026-07-12-013",
      "title": "ScienceDaily from Georgia Institute of Technology",
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    "title": "A Low Pesticide Dose Reaches the Bumblebee Ovary",
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