Recent News

Congratulations to Amanda Garner, Ph.D., for receiving the ACS Division of Medicinal Chemistry 2022 David W. Robertson Award for Excellence in Medicinal Chemistry! The David W. Robertson Award for Excellence in Medicinal Chemistry, awarded in even-numbered years, is intended to recognize seminal contributions by young scientists to medicinal chemistry. The nominee must have had a primary role…

Congratulations to Chase Weidmann, Ph.D., for receiving a K22 grant from NCI for “Unraveling the MALAT1 lncRNA-protein interaction networks that drive lung cancer metastasis” This project’s goal is to integrate cutting-edge sequencing and quantitative proteomics technologies with cell-based functional approaches to understand how RNA-protein interaction networks of MALAT1 promote metastatic activity in human lung cancers. Chase…

An initiative to make the University of Michigan a world leader in RNA therapeutics, spearheaded by the Center for RNA Biomedicine and the Biointerfaces Institute   Fueled by the COVID-19 mRNA vaccine success and the recent Nobel Prize in Chemistry for the discovery and elucidation of the bacterial CRISPR systems that can be harnessed for…

  Our inaugural issue of RNA Translated, the Center for RNA Biomedicine’s annual magazine and report, was published while COVID-19 pandemic was raging. 10 U-M scientists explained their research on viruses and how their findings could apply to treat or prevent COVID-19. The magazine also highlights two core facilities of the Center, the Bru-seq Lab…

In 2021, the first mRNA vaccines against COVID-19 received FDA approval. Based on decades of RNA research, these vaccines are only the beginning of the RNA therapeutic research breakthroughs. Our 2021 issue of RNA Translated presents 18 interviews with U-M scientists and scholars whose research contributes to RNA therapeutics. The magazine particularly focuses on three…

 Introducing Chase Weidmann, Ph.D., Assistant Professor in the Department of Biological Chemistry and RNA Scholar Faculty of the Center for RNA Biomedicine.

Chase Weidmann had three goals for a career: do something “cool,” improve the lives of other people, and, of course, be able to support himself. Weidmann found the “cool” in high school science classes and he quickly realized that biology and `biotechnology offer vast uncharted territories to explore. One such uncharted area was the academic…

When you join the University of Michigan Center for RNA Biomedicine, you join an RNA research community of over 150 faculty and their labs, across seven Schools and Colleges. This is a great opportunity to network, learn about each other’s expertise and research, and collaborate on innovative grant proposals. Membership in the Center for RNA Biomedicine…

  Chase Weidmann, Ph.D. Assistant Professor Biological Chemistry, Medical School RNA Faculty Scholar Department Website Google Scholar We are interested in how cellular signals are propagated through interaction networks at the RNA-protein interface, and how these networks malfunction during cancer and disease. In cancer cells, changes in RNA-binding protein stoichiometry and modification status reorganize the…

6th Annual RNA Symposium, “Towards our Future of RNA Therapeutics” Friday, March 25, 2022, 8:30am – 4:00pm A. Alfred Taubman Biomedical Science Research Bldg, Kahn Auditorium 109 Zina Pitcher Pl, Ann Arbor, Michigan Thank you to our sponsors:        

Photo: Adrien Chauvier, Ph.D., in the Nils Walter’s lab (Credit: Laura Penabad-Peña)   Dr. Adrien Chauvier’s journey has taken him around the world, from the Amazon rainforest to Michigan snowy winters, and his passion for science has never left him. He is now a postdoctoral fellow in Nils Walter’s lab, in the Department of Chemistry…

  Adrien Chauvier, Ph.D. Postdoctoral Fellow Walter Lab Chemistry, LSA   Your research interests in less than 100 words I aim to understand how RNA modulates gene expression using riboswitches as a model system. Riboswitches are structural elements that regulate transcription or translation through structural conformational change triggered by the binding of a specific ligand….

For most organisms, DNA sequences are available, but the complete RNA sequences are not. Here, we call for technologies to sequence full-length RNAs with all their modifications. Article co-authored by Dr. Vivian Cheung, member of our Center. Publication: Alfonzo, J.D., Brown, J.A., Byers, P.H. et al. A call for direct sequencing of full-length RNAs to identify all…

Sometimes it takes exploration outside our usual interests to find our true passion. This is what happened to Sydney Rosenblum, now a graduate student in Rackham Graduate School Program in Chemical Biology, in Professor Amanda Garner’s lab. In high school, Sydney felt that “science was not for her,” somewhat irrelevant or too abstract, until she…