Hanadi Sleiman, C.J. Li awarded Killam Research Fellowships

Chemistry professors Hanadi Sleiman and Chao-Jun Li are among the six recipients of this year’s Killam Research Fellowships.
McGill chemistry professors Hanadi Sleiman and Chao-Jun Li.

Projects aim to solve problems of drug delivery in cancer treatment, find sustainable raw materials for chemical products 

McGill chemistry professors Hanadi Sleiman and Chao-Jun Li are among the six recipients of this year’s Killam Research Fellowships. The two-year fellowships, awarded to exceptional researchers working on groundbreaking projects of broad significance, are valued at $70,000 a year.

“This year’s exceptional Killam Prize and Research Fellowship recipients have demonstrated that persistent hard work leads to ground-breaking discoveries that improve not only our depth of knowledge as a collective, but the quality of life of humanity,” said Simon Brault, OC, OQ Director and CEO, Canada Council for the Arts. “These remarkable scholars whose sustained leadership, commitment to curiosity, and originality of thought will continue to inspire students and colleagues alike, undoubtedly furthering even more advancements in their fields and strengthening the generations to come.”

Prof. Sleiman’s project, DNA Nanostructures for Cancer Therapy and Imaging, will focus on treatment of triple negative breast cancer, an aggressive cancer type for which there are no FDA-approved targeted therapies. The aim is to develop structures made from the molecule DNA that deliver chemotherapy drugs to cancer cells without entering normal cells. These structures are biodegradable, non-toxic and designed to respond selectively to tumours. During her two-year fellowship, Sleiman will work to optimize these drug-delivery vehicles to eliminate the toxic side-effects of cancer chemotherapy, bypass drug resistance, and dramatically improve the quality of patients’ lives.

Prof. Li’s project aims to find sustainable raw materials for chemical products. As fossil resources dwindle, cheap and abundant biomass waste from agriculture, forest, and seafood industries could potentially provide alternative feedstocks for chemical products. The main obstacle is the lack of broadly applicable and efficient chemical tools to transform highly functionalized biomass-based molecules directly and selectively.  During his two-year fellowship, Prof. Li will seek to develop biomass-based feedstocks as widely applicable substitutes for conventional organometallic reagents.

The annual Killam Prizes and Fellowships are distributed by the Canada Council for the Arts. See this year’s full list of recipients online.

Add a comment

Your email address will not be published. Required fields are marked *