Prof. Roger D. Kornberg

Prof. Roger Kornberg has dedicated his career to advancing our understanding of the molecular processes fundamental to life. Awarded the 2006 Nobel Prize in Chemistry, Roger was recognized for his groundbreaking studies of genetic transcription – the process by which genetic information stored in DNA is copied to RNA. His work has been instrumental in uncovering the molecular mechanisms behind how genes are expressed in eukaryotic cells.

Roger Kornberg’s contributions include creating three-dimensional images of RNA polymerase and its associated proteins, a feat achieved using X-ray crystallography. These images provide a vivid picture of how transcription operates at the atomic level. The Nobel Prize Committee noted the revolutionary nature of this work, as it captures the transcription process in full flow, showcasing the intricate interplay between DNA, RNA polymerase, and the RNA being constructed.

Roger Kornberg’s extensive experience and groundbreaking expertise in structural biology and molecular processes make him an invaluable advisor to UBQ. His deep understanding of molecular mechanisms and his ability to visualize complex processes at the atomic level directly benefit UBQ’s mission of transforming mixed household waste into sustainable thermoplastics. By applying his knowledge of biochemistry and structural biology, Kornberg provides insights into optimizing the chemical and molecular processes involved in UBQ’s proprietary waste conversion technology.

His ongoing collaborations with industry leaders like Teva Pharmaceuticals and Pacific Biosciences demonstrate his ability to bridge the gap between academic research and practical, innovative applications. This background enables him to play a critical role in advancing UBQ’s technology. His advisory role enhances UBQ’s credibility within the scientific and industrial communities, reinforcing its position as a leader in sustainable solutions for waste management.