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The Christensen Lab

Active Research Projects

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3D-Printing

Microfluidics for Cell-Based Analysis
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African Sleeping Sickness

Building biosensors and identifying glucose uptake inhibitors as potential therapeutics
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Angiogenesis

Targeting the role of the anthrax toxin receptor CMG2 in treating cancer and eye disease
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News

  • August 9, 2023: Paper accepted in Micromachines. Congratulations to Connor Roper (2nd author) for his significant contributions to the paper "Biocompatible high-resolution 3D printed microfluidic devices: integrated cell chemotaxis demonstration."
  • September 20, 2022: Christensen Lab receives new NIH grant with Harvard Medical School/Boston Children's Hospital (R01HD110922; PI: Rogers), "CMG2 as a target for safe and effective treatment of endometriosis-associate pain."
  • September 16, 2022: Christensen Lab receives a new NIH grant with Harvard Medical School/Boston Children's Hospital (R01EY033354, PI: Rogers), "Functional requirement of CMG2 for endothelial cell chemotaxis and resulting angiogenesis."
  • March 31, 2022: Top 25 Paper in Nature Communications
    We are delighted to announce that your article "Spatially and optically tailored 3D printing for highly miniaturized and integrated microfluidics" was one of the most-read Nature Communications articles in physics in 2021.
    The journal published more than 7,300 papers in 2021, so your article's position is a great achievement, and your contribution is valuable to the research community. You may access the full list of the Top 25 articles across other main Nature Communications research areas by visiting nature.com/ncomms/top-articles. #NCOMTop25