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Summer Research Awards
Western New York Local Section



All students participating in the Chemistry Olympiad are eligible to apply for an interdisciplinary undergraduate research program for the summer after their junior or senior year in high school. The application forms will be sent to them together with their score in the local section examination.

Two high school students will be chosen for this summer research internship in the laboratory of a faculty member at Canisius College. These internships will span six weeks, and will pay $8.00/hour for 40 hours per week.

This early research experience will be very beneficial to all students who are considering careers in sciences. For those who are juniors, it will also be an excellent preparation for the laboratory part of the Chemistry Olympiad in the following year.

Research is Interdisciplinary and Related to Real-Life

The proposed research is interdisciplinary in nature and is appropriate for students with interest in chemistry, biology (in vivo studies), physics (magnetic measurements), and environmental science majors.

The proposed research deals with two exciting applications of a group of the inorganic compounds called heteropoly complexes. Since 1990 the work in the laboratory of Dr. Kozik discovered two potentially very important applications of this group of compounds. The first application is in the area of diagnostic medicine and the other is in the environmental field. Promising preliminary results in both projects exist and have been published by Dr. Kozik's group in "Inorganic Chemistry," a prestigious peer-reviewed research journal.

Diagnostic Medicine

In the first project undergraduate students will investigate new so-called contrast agents for Magnetic Resonance Imaging (MRI), that are closely related to the contrast agents recently developed in the laboratory of Dr. Kozik. The final goal of this project is to develop a new class of contrast agents that could be applied in clinical setting and significantly lower the amount of time needed to obtain good quality images of human organs during the MRI procedure.

Environmental

In the second project a related group of compounds will be studied as possible electrocatalysts in the process of carbon dioxide transformation into methane. The final goal of that project is to develop a new group of compounds, which by complexing carbon dioxide, would make it more reactive towards the process of its change into natural gas, therefore, making possible a transformation of an atmospheric pollutant into a fuel!

High School Students Can Make Significant Contributions

The proposed experiments involve numerous syntheses, classical and spectroscopic characterizations of newly-prepared contrast agents and catalysts and even some in vivo trials with mice. The syntheses and in vivo studies can be carried out by students with very limited research experience, while anyone who took a general chemistry course can be trained with relative ease to operate instruments required for spectroscopic characterizations. Therefore, even high school students can make significant contributions. Their work will be supervised by Dr. Kozik and by more senior undergraduates in his laboratory.


Research awards have been made possible since 2003
thanks to the support of the Honeywell Corporation



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