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2008 Pittcon Final Program - Pittcon Web Archives

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Award Presentations at PITTCON <strong>2008</strong><br />

An important function of <strong>Pittcon</strong> is to recognize and honor scientists who have made outstanding contributions to analytical<br />

chemistry and applied spectroscopy.<br />

PITTSBURGH ANALYTICAL CHEMISTRY AWARD<br />

Tuesday, Room 272<br />

1:30 p.m.<br />

Milton L. Lee, H. Tracy Hall<br />

Professor of Analytical Chemistry<br />

at Brigham Young University, will<br />

receive the <strong>2008</strong> Pittsburgh<br />

Analytical Chemistry Award from<br />

the Society for Analytical Chemists<br />

of Pittsburgh (SACP). This award<br />

is presented annually to recognize<br />

significant contributions to the field<br />

of analytical chemistry by the<br />

introduction of a significant technique, theory, or<br />

instrument or by providing exceptional training or a fertile<br />

environment for analytical chemists. Professor Lee is best<br />

known for his research in capillary separations and mass<br />

spectrometry detection.<br />

Professor Lee received a B.A. in Chemistry from the<br />

University of Utah in 1971 and a Ph.D. in Analytical<br />

Chemistry from Indiana University in 1975. Dr. Lee spent<br />

one year (1975-76) at the Massachusetts Institute of<br />

Technology as a Postdoctoral Research Associate before<br />

taking a faculty position in the Chemistry Department at<br />

Brigham Young University. Dr. Lee is an author or<br />

co-author over 500 scientific publications. Since 1980, he<br />

has given over 600 presentations on various aspects of<br />

his research.<br />

Milton Lee has been highly recognized for his achievements<br />

in research and teaching. Included in this partial list of<br />

honors are: The M.S. Tswett Chromatography Medal<br />

(1984), Keene P. Dimick Chromatography Award (1988),<br />

American Chemical Society Award in Chromatography<br />

(1988), Russian Tswett Chromatography Medal (1992),<br />

Martin Gold Medal (1996), Latin-American<br />

Chromatography Congress (COLACRO) Medal (1998),<br />

M.J.E. Golay Award (1998), American Chemical Society<br />

Award in Chemical Instrumentation (1998), Doctor of<br />

Philosophy honoris causa, Uppsala University (1998), Dal<br />

Nogare Award (1999), Eastern Analytical Symposium<br />

Award for Achievements in Separation Science (1999) and<br />

the California Separation Science Society Award (2005). He<br />

is a member of the Scientific Committee for the International<br />

Symposia on Capillary Chromatography.<br />

Professor Lee is also an entrepreneur. In 1984 he cofounded<br />

Lee Scientific to manufacture and market<br />

supercritical fluid chromatography instrumentation, and in<br />

1991, he co-founded Sensar Corporation to manufacture<br />

and market unique time-of-flight mass spectrometry<br />

instrumentation.<br />

PITTSBURGH SPECTROSCOPY AWARD<br />

Tuesday, Room 272<br />

8:30 p.m.<br />

Sanford A. Asher, Distinguished<br />

Professor of Chemistry at the<br />

University of Pittsburgh, will<br />

receive the <strong>2008</strong> Pittsburgh<br />

Spectroscopy Award, presented by<br />

the Spectroscopy Society of<br />

Pittsburgh (SSP). The SSP Award,<br />

established in 1957, honors an<br />

individual who has made<br />

outstanding contributions to the<br />

field of spectroscopy. Asher will be honored for his<br />

pioneering work in both developing UV Raman<br />

Spectroscopy (UVRS) and demonstrating its utility in<br />

analytical chemistry, biophysical chemistry, materials<br />

science, and physical chemistry.<br />

Professor Asher received a B.A in Chemistry at the<br />

University of Missouri, St. Louis, in 1971 and received his<br />

Ph.D. at U.C. Berkeley in 1977, He was a post-doctoral<br />

fellow in Applied Physics at Harvard between 1977 to<br />

1980 when he joined the faculty at the University of<br />

Pittsburgh. He has authored more than 220 papers and<br />

25 patents.<br />

Asher’s group was the first to build tunable UVR<br />

instruments in the early 1980’s, and applied UVR to the<br />

study of small and large molecules, advancing to studies<br />

of biological structure and dynamics. This work led to the<br />

first measurements of the Gibbs free energy landscape<br />

along protein unfolding and folding secondary structure<br />

reaction coordinates. This provides the first experimental<br />

insight into α-helix melting and refolding. Their UVR<br />

spectral-structure correlations have made UVR the most<br />

powerful dilute solution secondary structural probe. In<br />

addition, Asher’s group pioneered development of<br />

photonic crystal materials and devices for optics and<br />

spectroscopy. Asher is also the scientific founder of the<br />

startup company, Glucose Sensing Technologies, LLC.<br />

Professor Asher’s research is highly recognized. Awards<br />

include the 2005 American Association of Clinical<br />

Chemists’ Sigi Ziering, the 2004 University of Missouri<br />

Distinguished Alumni, the 2002 ACS Pittsburgh, the 2002<br />

Optical Society of America, the SAS Ellis Lippincott, the<br />

Coblentz Society 1999 Bomem-Michelson and the SAS<br />

Lester Strock, the 1994 ACS Analytical Division<br />

Spectrochemical Analysis, the 1996 University of<br />

Pittsburgh Chancellors Research, and in 1984 the<br />

American Heart Association Established Investigators<br />

and the NIH Career Development Award.<br />

28

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