University of Minnesota awarded $12 million to further understanding of biodiversity loss with the creation of new institute
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News release
Here you will find a collection of press releases regarding College of Biological researchers and discoveries.
Message from Dean Forbes — June 1, 2020
Email sent to CBS faculty, staff and students on Monday June 1, 2020
Immigration to the United States changes a person's microbiome
Researchers at the University of Minnesota and the Somali, Latino, and Hmong Partnership for Health and Wellness have new evidence that the gut microbiota of immigrants and refugees rapidly Westernize after a person’s arrival in the United States.
Longtime Director of Itasca Retires
CBS Professor and Director of Itasca Biological Station and Laboratories Dave Biesboer to retire at the end of 2017.
Dave Biesboer at Itasca in the field with a group of students at Nature of Life.
UMN Researchers Provide Molecular Portraits of a New Cancer Drug Target
Unprecedented images of cancer genome-mutating enzymes acting on DNA provide vital clues into how the enzymes work to promote tumor evolution and drive poor disease outcomes. These images, revealed by University of Minnesota researchers, provide the first ever high-resolution pictures of molecular complexes formed between DNA and the human APOBEC3A and APOBEC3B enzymes.
The research is published today online in Nature Structural and Molecular Biology.
Gordon Named 2016 Pew Scholar
University of Minnesota researcher chosen for the highly selective Pew Scholars Program in Biomedical Sciences.
Researchers Pinpoint Mechanism Allowing Cells With Faulty DNA to Replicate
Discovery by the Bielinsky lab opens doors to new strategies for combating cancer.
Secondary Tropical Forests Absorb More Carbon Than Expected
Jennifer Powers and colleagues find that regenerated tropical forests exhibit a high level of resilience and sequester carbon at a higher rate than old-growth tropical forests.
Study: Secondary tropical forests absorb carbon at higher rate than old-growth forests
Enzyme Linked to Therapy's Effectiveness
Harris lab finds resistance to tamoxifen breast cancer therapy may be driven by APOBEC3B.
Responses to tamoxifen were significantly prolonged by reducing levels of the enzyme APOBEC3B in preclinical models of estrogen receptor–positive breast cancer and significantly shortened by increasing levels of APOBEC3B, suggesting that APOBEC3B drives resistance to tamoxifen, according to data presented at the 2015 San Antonio Breast Cancer Symposium, held Dec.
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