Tiny Earth will collaborate with Codon Learning and the National Institute on Scientific Teaching (NIST) to develop, evaluate, and disseminate a Scientific Teaching Course (STC) that integrates AJEDI (antiracist, just, equitable, diverse, inclusive) principles. The Course is designed as four modules and will be available via Codon Learning’s interactive digital platform beginning summer 2023. Modules will also be incorporated into Tiny Earth Partner Instructor (TEPI) training in summer 2023 and 2024.

UW–Madison researchers from Handelsman Lab have learned that a drastically scaled-down model of a microbial community makes it possible to observe some of the complex interactions.

Dr. Krishanu Saha along with Dr. Christian Capitini, is working to produce CAR T cells that could deliver results in solid tumors, using gene editing rather than a viral method to manufacture them.

In new research published today, UW–Madison WID researcher Shaoqin "Sarah" Gong, reported a new nanoparticle-based treatment for sepsis that delivers anti-inflammatory molecules and antibiotics.

While looking at a graph about fruit, it may seem intuitive to associate a bar of blue to blueberries and yellow to bananas, but are there connections between color and abstract concepts such as driving, comfort, efficiency, or reliability?   Understanding how people absorb meaning from visual features, and predicting the meaning they attribute to color in any context is filled with possibility.

In a new study, the John Denu lab has learned that the fatty acids butyrate and propionate also activate p300, a crucial human enzyme that promotes the unspooling of DNA. This unwound DNA allows more genes to become active and expressed, which ultimately affects human health.

While studying the three-member model microbial community, nicknamed The Hitchhikers of the Rhizosphere (THOR), researchers from professor of plant pathology and director of the Wisconsin Institute for Discovery Jo Handelsman and professor of biomedical engineering and Discovery Fellow David Beebe’s labs noticed cells moving in unexpected, unique ways under the microscope.