THE BUCHON LAB
at Cornell University
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    • Host-Microbe interactions and innate immunity
    • Epithelial dynamics and tissue repair in the mosquito midgut
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    • Priscila's Research
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    • George's Research
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  • Debugging fly science for the public
    • Flies help understand why cancer patients waste away
    • Obese fruit flies increase chances for their offspring to have heart attacks.
    • Flies are fighting the flu
    • Flies and individuality
    • Personalizing cancer patient drugs using flies
    • Old strategies with a new twist: sterile insect rearing for pest and disease control
    • Microbes manipulate fly behavior for their own sake
    • Beyond mendelian inheritance: Gene drive promises insect control
    • Fruit flies’ diet can help humans find a cure to metabolic diseases
    • Fly escape mechanisms help us understand basic brain functions
    • Flies to help with COVID-19 research.
    • Like people, flies can get depressed (and helped).
    • Flies stuck home alone
  • Contact Us

Luke Pfannenstiel​
PhD student in Entomology

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My research is focused on studying how natural genetic variation in an insect population affects their response to new pesticides. Many studies have described genetic mutations that develop in insect populations after years of exposure to pesticides, causing them to become resistant. My interest, however, is in studying pesticide response in insects that have not yet developed resistance. By exposing insects to a pesticide which they are naïve to, we can get a good picture of how standing variation in the population causes individuals to be susceptible or tolerant.​
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Email: 
ljp222@cornell.edu



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