School of Molecular & Cellular Biology at Illinois (U. of I.)
@mcbillinois.bsky.social
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Official account for the School of Molecular & Cellular Biology at the University of Illinois Urbana-Champaign. We seek answers to fundamental questions about how organisms work and the many implications for life.
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mcbillinois.bsky.social
Your wonder will take you many places in life. We hope it leads you to the School of Molecular & Cellular Biology.

We're seeking answers to some of life’s most intricate and elusive questions, and people bold enough to ask them.

Imagine what questions we can answer together.

bit.ly/3V6niH0
What do you wonder?
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mcbillinois.bsky.social
As artificial intelligence, machine learning, high-throughput genomics, and other data-driven technologies revolutionize our world, the demand for scientists who can navigate biology and data science has risen.

We are excited to announce a new major: Molecular & Cellular Biology + Data Science.
mcbillinois.bsky.social
How can you leverage data to identify, treat, and manage health and disease?

How are large biological datasets transforming research and industry?

How can scientists enable efficient and accurate management of massive amounts of technical and biological data?
Illustration of DNA and computer code
mcbillinois.bsky.social
The new study from Dr. Rachel Smith-Bolton, associate professor of cell and developmental biology, and graduate student Anish Bose offers new insights into how this vital process comes to a successful close in the fruit fly, an animal model often used in biomedical research.
From left: Rachel Smith-Bolton and Anish Bose
mcbillinois.bsky.social
Dr. Anirudh Acharya is investigating how a key protein may influence brain plasticity and energy regulation in Fragile X syndrome, a leading inherited cause of intellectual disability and autism spectrum disorder.
Man in white lab coat sits in front of microscope.
mcbillinois.bsky.social
👏 A round of applause for Dr. Stephanie Ceman, professor of cell & developmental biology, chosen for a campus teaching award! 🏆 💙 🧡

#welldeserved

news.illinois.edu/awards-honor...
photo of woman in blue shirt placed on top of orange and blue confetti
mcbillinois.bsky.social
Some notoriously difficult to treat infections may not be as resistant to antibiotics as has been thought, according to new research from #ILLINOIS using a microfluidic device that more closely duplicates the fluid flow found in the body than standard cultures.

go.mcb.illinois.edu/flow
Two scientists hold a microfluidic device while sitting in front of a microscope and computer, backlit by a green light.
mcbillinois.bsky.social
Hernandez Garcia, a recent biochemistry PhD graduate and member of the Nair lab at Illinois, was part of the team of researchers who generated the first genome assembly of Yerba mate, a plant species and herbal tea native to South America. Their work was published in eLife. Congrats, all!
mcbillinois.bsky.social
“A lot of young scientists feel like they have to choose one or the other—academia or industry—as if they’re completely separate worlds. But in reality, there’s a lot of crossover. The skills you develop in one can be incredibly valuable in the other,” Dr. Bae said.
mcbillinois.bsky.social
Her background in industry and academia has provided her with a valuable perspective on different career paths in biomedical research.
mcbillinois.bsky.social
Meet Pallob, a Cell & Dev. Biology PhD student who focuses on muscle regeneration and the role of a protein called threonyl-tRNA synthetase (TARS) in cancer. When not in the lab, you can find him running through the streets of Champaign-Urbana.
mcbillinois.bsky.social
We are grateful to have so many inspiring, accomplished, and generous alumni. In a little over a month we will celebrate two of them: Michelle Barton and Keith Westcott. The biochemistry alumni have been selected for College of Liberal Arts & Sciences alumni awards!

las.illinois.edu/news/2025-02...
Block I and congratulations to our alumni award winners
mcbillinois.bsky.social
New research from the Ceman Lab will enhance scientists’ understanding of brain development and provide insight into the ways fear memory can plague individuals with autism, anxiety, and post-traumatic stress disorder.

go.mcb.illinois.edu/memory
mcbillinois.bsky.social
From his medical training in Nigeria to his current research on myonic dystrophy type 1 (DM1), ‘Fola Adesanya is working to better understand how diseases work at a molecular level and the development of new potential treatments.