Frantisek Tureček

Frank Turecek, PhD. Klaus and Mary Ann Saegebarth Endowed Professor of Chemistry
Ph.D. Charles University, 1977

(Analytical Chemistry)

(206) 685-2041

Email: turecek@chem.washington.edu

Turecek Research Group Website

Research Interests

The Tureček group is currently involved in several lines of research using mass spectrometry as the core technique. A major area of research, supported by the National Science Foundation, concerns new methods of peptide and protein sequencing using special mass spectrometric techniques based on ion-electron recombination. Experimental studies are being carried out locally at the UW Proteomics Resource or in collaboration with other research in the U.S. and abroad (France, Denmark, Japan). For smaller model systems we employ a unique tandem mass spectrometer (declared tongue-in-cheek "Seattle's best mass spectrometer" by a local weekly and immortalized in an abstract painting sold to an art collector in Manchester, UK), which is used to generate transient neutral intermediates of chemical reactions relevant to the chemistries of the atmosphere, flames, and radiation damage. This research involves ion chemistry, kinetic measurements on the microsecond time scale, laser photoexcitation, isotope labeling, and theory. An important component of this research relies on high-level quantum chemical calculations including tunnel effects and unimolecular kinetics. To this end, the interested graduate students use the new cluster of several hundred 8-core, 64-bit processors with many GBytes of fast memory.


A collaboration with the labs of UW faculty members Michael Gelb (Chemistry and Biochemistry) and C. Ronald Scott (Pediatrics and Seattle Children’s Hospital) supported by the National Institutes of Health has resulted in the development of multiplex strategies for assaying enzymes and proteomics. Enzymes responsible for genetic diseases in children are studied in dried blood spots and their action quantified by electrospray-ionization mass spectrometry to provide medical diagnosis. This line of research involves a good deal of organic chemistry in combination with instrumental analysis.


Another collaborative project, also supported by the NIH, is aimed at developing a new instrumentation, mating nanofluidic generation and manipulation of aqueous droplets with mass spectrometric analysis of the droplet contents. This research is aiming to ultimately achieve a complete chemical analysis of single cells of relevance to the development of cancer and other diseases.


Graduate students in the Tureček group are exposed to a variety of ideas, techniques, and projects, which all contribute to a quality education. Ph.D. graduates enjoy excellent job opportunities in the booming mass spectrometry community in research, academia, drug development, and instrument manufacture.

Representative Publications

Zimnicka, M.; Chung, T. W.; Moss, C. L.; Tureček, F. "Perturbing Peptide Cation-   Radical Electronic States by Thioxoamide Groups:  Formation, Dissociations and    Energetics of Thioxopeptide Cation-Radicals." J. Phys. Chem. A 2013, 117, 1265-1275.

  
Spáčil, Z.; Tatipaka, H.; Barcenas, M.; Scott, C. R.; Tureček, F.; Gelb, M. H. "High-Throughput Assay of Nine Lysosomal Enzymes for Newborn Screening." Clin. Chem. 2013, 59, 502-511.


Tureček, F. "Renaissance of Cation-Radicals in Mass Spectrometry." Mass Spectrom. 2013, 2, S0003.


Liu, D.;  Hakimi, B.; Volny, M.; Rolfs, J.; Chen, X.; Turecek, F.; Chiu, D. T. "Generation of Double Emulsions in Air." Anal. Chem. 2013, 86, 6190-6194.


Scott, C. R.; Elliott, S.; Buroker, N.; Thomas, L. I.; Keutzer, J.; Glass, M.; Gelb, M. H.;    Turecek, F. "Identification of Infants at Risk for Developing Fabry, Pompe or Mucopolysaccharidosis I from Newborn Blood Spots by Tandem Mass Spectrometry." J. Pediatr. 2013, 162, 498-503.


Tureček, F.; Julian, R. R. "Peptide Radicals and Cation-Radicals in the Gas Phase."    Chem. Rev. 2013, 113, 6691-6733.


Marek, A.; Pepin, R.; Peng, B.; Laszlo, K. J.; Bush, M. F.; Tureček, F. “Electron Transfer Dissociation of Photolabeled Peptides. Backbone Cleavages Compete with Diazirine Ring Rearrangements.” J. Am. Soc. Mass Spectrom. 2013, 24, 1641-1653.


Kuchař, L.; Asfaw, B.; Poupětová, H.; Honzíková, J.; Tureček, F.; Ledvinová,  J. "Direct Tandem Mass Spectrometric Profiling of  Sulfatides in Dry Urinary Samples for Screening of Metachromatic Leukodystrophy." Clin. Chim. Acta 2013, 425, 153-159.


Turecek, F.; Moss, C. L.; Pikalov, I.; Pepin, R.; Golyuz, K.; Polfer, N. C.; Bush, M. F.;    Brown, J.; Richardson, K. "Gas-Phase Structures of Phosphopeptide Ions: A Difficult Case." Int. J. Mass Spectrom. 2013, 354-355, 249-256.

 

 

More Publications ...

Awards & Activities

  • Gustavus John Esselen Award for Chemistry in the Public Interest, Northeastern Section of the American Chemical Society (2013)
  • Fellow of the American Association for the Advancement of Science (2013)
  • Thomson Medal of the International Mass Spectrometry Foundation (2012)
  • Editorial Advisory Board of the Journal of the American Society for Mass Spectrometry (2012)
  • Patria Science Award,
    J. J. Marci of Kronstad Medal of the Czech Spectroscopic Society (2010)
  • P. B. Hopkins Faculty Award (2008)
  • Secretary, American Society for Mass Spectrometry (2005-07)
  • Affiliate Staff Scientist, Pacific Northwest National Laboratory (1996-98)
  • 500 Leaders of Science, American Biographic Institute
  • Editorial Board, Collection of Czechoslovak Chemical Communications, Spectroscopy Letters, International Journal of Mass Spectrometry
  • Editor, Journal of Mass Spectrometry  (1994-present)
  • Honorary Plaque of the Czechoslovak Academy of Sciences


More Awards and Activities

Representative Publications

Zimnicka, M.; Chung, T. W.; Moss, C. L.; Tureček, F. "Perturbing Peptide Cation-   Radical Electronic States by Thioxoamide Groups:  Formation, Dissociations and    Energetics of Thioxopeptide Cation-Radicals." J. Phys. Chem. A 2013, 117, 1265-1275.

  
Spáčil, Z.; Tatipaka, H.; Barcenas, M.; Scott, C. R.; Tureček, F.; Gelb, M. H. "High-   Throughput Assay of Nine Lysosomal Enzymes for Newborn Screening." Clin. Chem     2013, 59, 502-511.
Clin. Chem.