Publications & Press
FILTER All Development Disease Translation
In this Science research article, we describe a critical window of early-life when specific microbes, such as the yeast Candida dubliniensis, stimulate the growth of host insulin-producing cells. Without these important microbial exposures in infancy, mice went on to develop metabolic deficiencies. Furthermore, we found that exposure to C. dubliniensis was sufficient to prevent and reverse diabetes in mice, suggesting we might harness microbial mechanisms to fight or prevent disease in humans someday.
Resident fungi often get a bad rap, so we’ve reviewed the literature on mycobiome composition across life, and the ways fungi can promote health in their hosts.
Short seminar summarizing the mechanism of BefA as published in Cell Metabolism
A mechanistic description of the bacterial protein, BefA, and its conserved ability to elicit direct proliferation of beta-cells
Science Webinar Series
One-hundred years ago, the discovery of the hormone insulin by Frederick Banting and Charles Best transformed the prognosis of type 1 diabetes (T1D). Practically overnight, a diagnosis of T1D went from meaning certain suffering and death to being a manageable, albeit difficult, condition that could result in a long and full life.
Jennifer Hampton Hill received an undergraduate degree from California State Polytechnic University, Humboldt and her PhD in Biology from the University of Oregon in Eugene in Dr. Karen Guillemin’s laboratory.
A visual overview of the systemic impacts of host-microbe interactions
The first time the microbiota was connected to host beta-cell development in zebrafish
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