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2014 Award Winners
Congratulations
to the four winners of the 2014 CNC-IUPAC Travel Awards:
Belinda Heyne, University of Calgary
Belinda Heyne is an Associate Professor in the Chemistry Department at
the University of Calgary. Her research interest lies in supramolecular
photochemistry involving the organization of molecules into ordered
aggregates due to weak interactions. In particular, her work focuses in
understanding the effects of salt on the organization of small cyanine
dyes. This research topic led her group to develop new synthetic
techniques to generate both organic and metallic nanoparticles. More
recently, her group designed novel core-shell nanoparticles
capitalizing on metal enhancement effects and allowing for the
amplification of singlet oxygen production. These new nanoparticles can
find application in photodynamic therapy treatment of microbial
infection. Thanks to the support of the CNC-IUPAC Travel Awards, Dr.
Heyne will attend the 25th IUPAC Symposium on photochemistry (July
2014, Bordeaux, France) where she will present her latest results on
nanoparticles and singlet oxygen amplification.
Kagan Kerman, University of Toronto
Kagan Kerman obtained
his PhD from the Japan Advanced Institute of Science and Technology in
2005 working with Prof. Eiichi Tamiya. His dissertation examined the
development of nanomaterial-based electrochemical DNA biosensors. He
then pursued postdoctoral studies with Prof. Heinz-Bernhard Kraatz at
the University of Saskatchewan and the University of Western Ontario
studying electrochemical characterization of ferrocene-conjugated
peptides. In 2008, he joined the faculty at University of Toronto
Scarborough where his bioanalytical chemistry research program focuses
on the development of novel electrochemical bioassays that would
facilitate drug discovery. His group is currently studying the
electrochemistry of peptides and enzymes related to Alzheimer’s
disease. The CNC-IUPAC Travel Award will fund Dr. Kerman’s
participation in the International Conference on Modern Physical
Chemistry for Advanced Materials (MPC’14) in Kharkiv, Ukraine in June
2014.
Jason Masuda, Saint Mary's University
Jason
Masuda obtained his BSc and MSc degrees from the University of
Lethbridge working with Prof. René Boeré on low-coordinate,
phosphorus-based ligands. In 2005 he graduated with a PhD from the
University of Windsor working with Prof. Doug Stephan on organometallic
and main group chemistry. Jason then worked as an NSERC Postdoctoral
Fellow at the University of California, Riverside with Prof. Guy
Bertrand on carbene chemistry, followed by a short stint at Los Alamos
National Laboratory working with organometallic lanthanide compounds
with Dr. Jacqueline Kiplinger. In 2008 he joined Saint Mary's
University and is now an associate professor. His research is currently
focused on main group organometallic chemistry as well as the
preparation of stable main group compounds and radicals featuring novel
bonding patterns and reactivity. With the support of the CNC-IUPAC
Travel Award, Dr. Masuda will attend the 26th International Conference
on Organometallic Chemistry in Sapporo, Japan in July 2014.
Pavle Radovanovic, University of Waterloo
Pavle
Radovanovic obtained his Dipl. Chem. degree from the University of Novi
Sad (Serbia), MSc degree from Georgetown University, and a PhD degree
from the University of Washington (Seattle). He subsequently carried
out his postdoctoral research at Harvard University, before joining the
University of Waterloo in 2006 as an Assistant Professor, where he was
subsequently named Canada Research Chair in Spectroscopy of Nanoscale
Materials. He was promoted to an Associate Professor with tenure in
2012. At Waterloo he embarked on a new research program in the area of
solid state physical-inorganic chemistry focusing on the design,
synthesis and fundamental physical and chemical properties of
multifunctional low-dimensional materials. With support from CNC-IUPAC
Travel Award Dr. Radovanovic will attend the International Conference
on Applied Chemistry in Suva, Fiji in March 2014.
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