NIST Develops RNA Computer to Program Cellular Behaviour

Since 2020, Sam Schaffter has been conducting research at the National Institute of Standards and Technology, focusing on RNA-based computing for cellular programming. His work explores potential applications in areas including biomanufacturing and precision medicine, building on prior research completed at Johns Hopkins University, where he earned a Ph.D. in chemical engineering. Dr Schaffter previously obtained Bachelor of Science degrees in biological engineering and biochemistry from Purdue University.

Sam Schaffter has been a chemical engineer at the National Institute of Standards and Technology since 2020, focusing his research on the development of an RNA-based computer designed for programming cellular behaviour. This work explores potential applications in areas such as biomanufacturing and precision medicine, suggesting a broad scope for future development. Dr Schaffter’s investigations centre on utilising RNA to control cellular processes, a field of growing interest for its potential in advanced biotechnological solutions and RNA computing applications.

Prior to joining NIST, Dr Schaffter completed a Ph.D. in chemical engineering at Johns Hopkins University, where his research concerned the programming of nucleic acid-based nanomaterials. This prior work provides a foundational background for his current research at NIST, demonstrating a consistent focus on utilising nucleic acids for programmable systems. His expertise in nanomaterials further informs his approach to developing sophisticated biological computing platforms and potential RNA computing applications.

Dr Schaffter originally hails from Indiana and previously obtained Bachelor of Science degrees in both biological engineering and biochemistry from Purdue University. These undergraduate degrees demonstrate a strong interdisciplinary foundation in both the biological sciences and engineering principles, crucial for his current research endeavours. His academic background provides a solid basis for his continued work in developing innovative biological technologies.