OUR SCIENTIFIC ADVISORY BOARD
Timothy F. Jamison, Ph.D
Co-Founder and Scientific Advisor
A world-renowned expert in flow chemistry, methodology development, and organic synthesis, Tim Jamison founded Snapdragon Chemistry with a vision to enhance the entire drug discovery >> development >> manufacturing value chain through flow chemistry. With a career spanning over 15 years as a Professor of Chemistry at the Massachusetts Institute of Technology (MIT), including as Department Head of Chemistry, Tim has advanced the organic chemistry field with over 125 academic publications. Tim is also a key scientific leader in the Novartis-MIT Center for Continuous Manufacturing, where he makes fundamental contributions to the initiative with his expertise in flow chemistry. In addition, he has worked with numerous pharmaceutical companies to solve some of their most difficult chemistry challenges that arise in their drug discovery/development efforts.
Aaron B. Beeler, PhD
Co-Founder and Synthetic Technologies Advisor
Aaron Beeler is an Assistant Professor of Chemistry at Boston University and, prior to that, was Associate Director of the Center for Chemical Methodology and Library Development at Boston University. Aaron has authored 31 publications and has 2 patents. In addition, he has made fundamental contributions to flow chemistry and medicinal chemistry and shares in the same vision as Tim of transforming drug discovery/development through flow chemistry. Aaron’s research has contributed considerably to the development of unique reactor designs in flow chemistry and has enabled, among other things, photochemistry to create unique building blocks that greatly expand the medicinal chemists’ toolkit for discovering more effective medicines.
Christopher J. Welch, PhD
Christopher J. Welch is Chief Scientific Officer for Welch Innovation, LLC, an independent research and consulting firm located in Cranbury, NJ USA. Dr. Welch has worked in a variety of fields within the chemical industry, including discovery synthesis of agrochemicals (Velsicol-Sandoz), development of reagents for improved immunodiagnostic assays (Abbott Laboratories), development and commercialization of chromatographic stationary phases, reagents and enantioselective catalysts within a small chemical business environment (Regis Technologies) and the invention and application of new purification, analysis and high throughput experimentation technologies for pharmaceutical process research (Merck & Co.). Dr. Welch has authored more than 250 scientific publications and patents. He is co-founder of the journal, Enantiomer, a member of the editorial advisory board for the journals, Chirality, Journal of the Korean Chemical Society, Chemistry World and ACS Central Science. He has received honors and awards including the NJCG Award for Excellence in Chromatography, the PACS Activated Carbon Hall of Fame award, Merck Research Laboratories Presidents Award for Environmental Achievement, Microsoft Life Science Innovation Award, Fellow of the American Chemical Society, Fellow of the American Association for the Advancement of Science, the Chirality Medal, the University of Nebraska Chemistry Industrial Award and the EAS Award for Outstanding Achievement in Separation Science.
Stephen L. Buchwald, PhD
Steve Buchwald is the Camille Dreyfus Professor of Chemistry at the Massachusetts Institute of Technology (MIT) and is an expert in new chemical reaction methodology/development. His academic career has spanned over thirty years, during which he has co-authored over 420 academic publications and has 44 issued patents. His numerous honors and awards include the 2013 Arthur C. Cope Award from the American Chemical Society, the 2014 Linus Pauling Medal Award, and the 2014 BBVA Foundation Frontiers of Knowledge Award in Basic Sciences (awarded in 2015). He was elected as a fellow of the American Academy of Arts and Sciences in 2000 and as a member of the National Academy of Sciences in 2008. Professor Buchwald also serves as a scientific consultant to many companies and is an associate editor of Advanced Synthesis & Catalysis.
Andrea Adamo, PhD
Andrea Adamo is the CEO of Zaiput Flow Technologies — a leading continuous flow equipment design/manufacturing firm — and an entrepreneur with extensive experience in the development of innovative engineering solutions. Dr. Adamo holds a Master of Science in Engineering from the University of Palermo, Italy and a Ph.D. in Fluid Mechanics from the University Federico II of Naples, Italy, in addition to a Master of Science from the Massachusetts Institute of Technology (MIT). He was also awarded a Fulbright Scholarship. After completing his graduate studies, Dr. Adamo joined the laboratory of Professor Klavs Jensen, in MIT’s Chemical Engineering Department. He worked in the Jensen Group first as a post-doctoral associate and then as a research associate. In these positions, Dr. Adamo gained extensive experience in the design and manufacturing of innovative microfluidic and millifluidic systems.
MANUFACTURING FOR FINE CHEMICAL PHARMACEUTICALS
Leveraging first principles to design innovative manufacturing solutions
LATEST FLOW REACTOR SHIPPED
Shipped another Snapdragon designed flow system integrated with our proprietary LabOS software for a large pharmaceutical client
RECENT UPDATES FROM OUR TWITTER
PHOTOREACTOR FOR FLOW CHEMISTRY
Snapdragon Develops New Multi-Wavelength IRIS Photoreactor
Snapdragon Chemistry has created a simple, efficient (higher yield and faster reaction time) small footprint photoreactor for use in flow chemistry. The development of our own photoreactor was borne out of the Snapdragon Chemistry team’s frustration with not being able to find an appropriate photoreactor for our own continuous flow projects.
Traditional photoreactors are often used in batch processing and are typically unable to achieve the same throughput as continuous flow reactors. Unlike fan-cooled photoreactors, the Snapdragon Chemistry photoreactor achieves specific temperature control through cooling ports that can be connected to chillers. Temperature specificity is also enhanced through the use of LEDs, which minimize the amount of thermal fatigue on the components of the light bulb and on the other components of the photoreactor. This leads to a longer lifetime for the components and overall product.
Reactor flow system
Adjustable light intensity, wavelength, light absorption depth, and temperature control
Reactor inlet ports, outlet ports, and a length of reactor tubing coupled fluidically
365 nm, 385nm, 405nm, and 457nm wavelengths
The photoreactor is UL listed.
For more information, please contact our technical team at: