Eric Jones
About Eric Jones
Eric Jones is a scientist specializing in high-throughput NGS-based assays for functional genomics and mammalian synthetic biology. He has worked at Octant since 2018, applying deep mutational scanning techniques to small molecule drug discovery.
Work at Octant
Eric Jones has been a Scientist at Octant since 2018, contributing to advancements in drug discovery. His work involves applying deep mutational scanning techniques to enhance small molecule drug discovery processes. He specializes in high-throughput next-generation sequencing (NGS)-based assays that support functional genomics. His role at Octant leverages his expertise in mammalian synthetic biology, allowing him to develop innovative methods for understanding receptor-ligand interactions.
Education and Expertise
Eric Jones earned his Ph.D. in Molecular Biology from the University of California, Los Angeles, where he studied from 2013 to 2018. His doctoral research focused on constructing a massively parallel reporter assay to map olfactory receptor-odorant interactions. Prior to his Ph.D., he obtained a Bachelor of Science in Biochemistry from The University of Texas at Austin, studying from 2009 to 2013. His educational background provides a strong foundation in functional genomics and synthetic biology.
Background
Eric Jones has a diverse academic and research background. He worked in the lab of Sriram Kosuri, where he developed a multiplexed method for screening receptor-ligand interactions during his Ph.D. His research includes performing a deep mutational scan of the Beta-2 Adrenergic Receptor, showcasing his proficiency in advanced molecular techniques. His experience in both academic and industry settings has shaped his approach to scientific inquiry.
Achievements
During his academic career, Eric Jones developed a multiplexed screening method for receptor-ligand interactions, which is significant in the field of molecular biology. His focus on constructing massively parallel reporter assays and applying deep mutational scanning techniques has contributed to the understanding of receptor functions and drug discovery. His work continues to influence the development of high-throughput assays in functional genomics.