Ethanol derived acetate modifies brain epigenetic landscape

Derek Sung: @immunofluorescence

Faculty Spotlight: Cesar de la Fuente

Regenerating the lung: harnessing the untapped potential of AT2 cells

Where are they now – Theonie Anastassiadis

Faculty Spotlight: Will Bailis

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November 19, 2019

Runny noses, body aches, and chills – dreaded signs that the flu season is upon us. The cough, however, remains one of the most painful flu symptoms and is a clear indication that the influenza virus has successfully invaded the lungs. Though the lungs provide critical protection from environmental insults, they are also highly susceptible to injury caused by influenza. Fortunately, the lungs have a remarkable ability to regenerate in response to infection and disease. Damage to the lung often results in loss of alveolar type 1 (AT1) cells, which make up the majority of the lung epithelial surface and mediate oxygen and carbon dioxide gas exchange. Regene...

April 26, 2016

The Cell and Molecular Biology (CAMB) program spans a daunting breadth of biological inquiry, with students and investigators participating across six dynamic and complementary programs. This diversity is exemplified by the research of Ellen Elliott, recent alumna of the Developmental, Stem Cell and Regenerative Biology (DSRB) program and the Kaestner laboratory. Her work integrates the methods and concepts of regenerative biology, organismal development, physiology, and epigenetic regulation to investigate the role of DNA methylation in mammalian intestinal epithelia. In the January 2016 issue of eLife, Ellen and colleagues present that the DNA methyltra...

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