The world of RNA research is abuzz with excitement as the RNA Society unveils its 2026 award recipients, including three esteemed members of the American Society for Biochemistry and Molecular Biology (ASBMB). This year's honorees are a testament to the incredible advancements and mentorship within the field, and their achievements offer a glimpse into the future of RNA science.
A Lifetime of RNA Discovery
One of the most prestigious awards, the RNA Society Lifetime Achievement in Science Award, has been bestowed upon Brenda Bass, a professor of biochemistry at the University of Utah School of Medicine. Bass's journey began with the discovery of an enzyme, now known as adenosine deaminase acting on RNA (ADAR), which modified double-stranded RNA (dsRNA). Her work provided the first 3D structure of ADAR, defined its substrate specificity, and identified natural ADAR substrates. Bass's contributions have not only advanced our understanding of RNA science but have also established the biological relevance of editing, a critical aspect of molecular biology.
Innovation in Biomedical RNA Research
Can Cenik, an associate professor of molecular biosciences at the University of Texas at Austin, has been recognized with the Moderna Award for Biomedical Innovation in RNA. Cenik's lab focuses on the molecular mechanisms governing the translation of specific RNAs, with the aim of developing computational and experimental models to predict cellular protein abundance. Their innovative approach involves a ribosome profiling method for measuring translation in single cells and low-input samples, applicable across various fields such as development, cancer, and immunology. Cenik's team has also created RiboNN, a deep learning model predicting translation efficiency from mRNA sequences across hundreds of cell types, and a translation efficiency covariation framework revealing conserved regulation in mammalian tissues.
Mentorship and Fidelity in RNA Research
Karin Musier–Forsyth, a professor of chemistry and biochemistry and the director of the RNA Center at Ohio State University, has received the Distinguished Research Mentor Award. Musier–Forsyth's lab investigates RNAs and proteins involved in retroviral replication and the fidelity mechanisms governing protein translation. Her focus on the editing mechanisms of aminoacyl-tRNA synthetases, enzymes crucial for protein synthesis, has led to significant advancements in understanding the intricacies of this process. Musier–Forsyth's mentorship and research have been recognized with numerous awards, including election as a fellow of the AAAS and the Camille Dreyfus Teacher–Scholar Award.
The Broader Impact of RNA Research
These awards highlight the diverse and impactful contributions of RNA researchers. From Bass's foundational work on RNA editing to Cenik's innovative approaches in biomedical RNA research and Musier–Forsyth's mentorship and focus on fidelity mechanisms, these scientists are pushing the boundaries of our understanding. Their achievements not only advance RNA science but also inspire and guide the next generation of researchers.
As we celebrate these award recipients, we are reminded of the importance of mentorship and the far-reaching impact of RNA research. The work of Bass, Cenik, and Musier–Forsyth exemplifies the potential for scientific discovery and the power of dedicated mentorship. Their stories inspire us to continue exploring the fascinating world of RNA and its countless applications in biology and medicine.
