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Profs. Munson, Futrell honored with special journal issue
Burnaby and Jean are two of the most deeply respected members of the international mass spectrometry community, and we are proud to provide their many admiring friends and colleagues with a forum to honor them, Peter Derrick of the University of Warwick and editor-in-chief of EJMS said. In addition, Derrick said, the issue is an acknowledgement that because of Munson and Futrell and their younger colleaguesDoug Ridge and Murray Johnston, both professors of chemistry and biochemistry at UDthe University of Delaware is one of the worlds leading centers for research in mass spectrometry. Bound copies of the issue and commemorative plaques were presented to Munson and Futrell at a special session of the European Fourier Transform Mass Spectrometry meeting at the University of Konstanz on March 31. The issue contains 18 papers from leading mass spectrometrists from all over the world, and it is one of the largest issues EJMS has published. Papers in the issue stimulated considerable discussion at the meeting and are expected to be cited frequently in the future. Munson is best known for his work on chemical ionization mass spectrometry, which made it possible to obtain informative mass spectra of high molecular weight and sensitive compounds. His work was the first cited by the Nobel committee as leading to the work of the 2003 Chemistry Nobel Prize-winners John Fenn and Koichi Tanaka. Munson has won many awards including the Joe Franklin and Frank Field Award in Mass Spectrometry given by the American Chemical Society, and he has served as president of the American Society for Mass Spectrometry.
In July 2002, Munson received UDs Medal of Distinction. It is presented to individuals of the state and region who have made humanitarian, cultural, intellectual or scientific contributions to society, have achieved noteworthy success in their professions or have given significant service to the University, the state and the region. Futrell is best known for his pioneering work with tandem mass spectrometry. He developed instruments that incorporated mass spectrometers to prepare ion beams to collide with beams of neutral molecules. Collision products were then analyzed by a second mass spectrometer. Such studies provided invaluable fundamental information on chemical reactivity, and the technology is now ubiquitous in leading analytical mass spectrometry laboratories. Futrell has received many awards and has served as the president of the American Society for Mass Spectrometry. After serving more than a decade as chairperson of UDs Department of Chemistry and Biochemistry, in 1998 Futrell became founding director of the Wiley Laboratory for Molecular and Environmental Science at the Pacific Northwest National Laboratory, where he is now a scientific fellow. Futrell continues to conduct collaborative research with members of UDs chemistry department. To learn how to subscribe to UDaily, click here. |