Plant Pathology professor Claudia Solís-Lemus received the Bassam Z. Shakhashiri Public Science Engagement Award for her impactful outreach, advancing Latinx representation in STEM, data science, and science communication through art and public engagement.
In a recent study published in Proceedings of the National Academy of Sciences (PNAS), researchers discovered that biofilms made of a specific type of bacterium, Flavobacterium johnsoniae, can form 3-D structures called Zorbs that are capable of moving. Not only do these structures move, but researcher, Shruthi Magesh, from the Wisconsin Institute for Discovery have also found that they can transport other species of bacteria by forming tri-zorbs.
Newly appointed special advisor for the entrepreneurial initiative, Jon Eckhardt, will lead efforts to align key stakeholders and explore structures to support the design of a formal campus entrepreneurship platform.
Dr. Krishanu Saha and Dr. Dan Cappabianca are featured on a news clip on Channel3000.
A promising therapy that treats blood cancers by harnessing the power of the immune system to target and destroy cancer cells could now treat solid tumors more efficiently. Thanks to a recent study from Dan Cappabianca and Krishanu Saha at the Department of Biomedical Engineering and the Wisconsin Institute for Discovery published in Molecular Therapy – Methods & Clinical Development, Chimeric Antigen Receptor (CAR) T-cell therapy can be improved by altering the conditions the T cells are grown in. And it was all discovered by chance.
A new study from the Krishanu Saha lab suggests using CRISPR technology to optimize natural immune responses by bioengineering and remodeling T cells. Using a multiplexing technique, the team addresses key challenges in current cancer therapies that could significantly improve treatment outcomes. "We have developed a new way to engineer immune cells to fight cancer more safely and effectively. Think of it as reprogramming the body’s own soldiers (T cells) to recognize and attack cancer cells," says Cappabianca.
Scientists at WID, University of Wisconsin–Madison, find that 'stickiness' helps some soil microbes thrive by aiding surface colonization. What makes them sticky?
The Capstone Teaching Award recognizes dissertators at the end of their graduate program with an outstanding teaching record over the course of their UW–Madison tenure, WID is proud to have our own Melissa Schoenlein be one of the honored recipients.
WID Annual Report 2023 now available!
Pours and Prose is an exclusive, interactive wine tasting and appreciation event with WID Writer in Residence Michelle Wildgen. This event will be on February 23, 2024 from 5:00 - 7:00 PM and held at the beautiful Discovery Building. Get your tickets now!
Technology developed at the University of Wisconsin–Madison to grow “rosettes” of brain and spinal tissue gives scientists new ways to study the growing human brain, including a recent study of how genetic mutations linked to autism affect early stages of human brain development. “This technology gives us access to an embryonic model of human central nervous system development that we would otherwise not have access to,” says Randolph Ashton, WID researcher.
Students from areas across the state and nation will present their findings at the Tiny Earth in Titletown research symposium in the Lambeau Field Atrium on Monday, December 11, 2023. The event will showcase the collaborative and innovative efforts of students across the state, working together to mitigate the global public health crisis of antibiotic resistance. "“It’s a great opportunity to showcase the value of partnerships to mitigate large problems to a wide audience," says UW-Green Bay Biology Prof. Brian Merkel, teacher of the course at UW-Green Bay and chair of the event.
CaSP is bringing awareness a hardworking microbe Lactococcus lactis, which is the bacterium used to make cheese. Join policymakers, scientists, dairy, and industry leaders for a night showcasing Wisconsin's overlooked hero and hear why Wisconsin should designate L. lactis as its official state microbe on October 24, at 5:00 PM at the Discovery Building. This event is free and open to the public.
INTEGRATE is a new unique, interdisciplinary program in WID that can train graduate students to consider both the technical and societal challenges of introducing robots into the workplace.
From high school dropout to PhD: The unlikely journey of student commencement speaker and Saha Lab member Kirstan Gimse
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