Paul Wiseman,Professor of Physics and Chemistry at ۲ݮƵ, has been named theof the Biophysical Society of Canada for his major contributions to the development of new quantitative microscopy tools to reveal hidden properties of biomolecules.
Bernard Belleau was famous for developing the nucleoside analogue 3TC for viral treatment. Here, we show that a nucleoside analogue triggers a cell death mechanism named after Thanos, the Greek God of nonviolent deaths. The nucleoside analog, cytarabine, has been used as the frontline treatment of leukemia for more than 50 years, but patient survival rates are less than 20%.
With heavy hearts we announce the passing of Professor Byung Chan (“BC”) Eu on August 25th, 2023, at the age of 88 while in hospital. BC was born in 1935 in Seoul, Korea and earned a BSc in Chemistry at Seoul National University in 1959. He was admitted to the graduate school of Seoul National University in 1960, but soon was drafted into the Korean army which he served until 1962. On his discharge from the army, he left Korea to pursue his graduate studies at Brown University, earning a PhD in 1965, and completing a research fellowship at Harvard University in 1967.
The Clara Benson Award is presented to recognize a woman who has made a distinguished contribution to chemistry, in memory of the late Clara Benson who contributed immensely to both CHEM and equity (1st female Prof at UofT). This award is sponsored by The Canadian Council of University Chemistry Chairs. Prof. Karine Auclair from ۲ݮƵ University is the recipient of the 2023 Clara Benson Award.
Until now, there was no real-time airborne virus tracking technology, hindering the understanding of rapid virus change, transmission and associated health impacts.Led by the Ariya' lab, in collaboration with colleagues at ۲ݮƵ Faculty of medicine and U. de Montreal, we developed an AI-Laser technology (called Nano-DIHM) that allowed real-time physicochemical tracking of virus-laden droplets in milliseconds.The detection system was demonstrated to detect active MS2 bacteriophages, inactivated SARS-CoV-2 and RNA fragments, and an MS2 mixture with metallic and organic compounds.
Chemists from ۲ݮƵ University have discovered the possibility of creating biopolymer-based “nanosponges” using milled softwood pulp, a sustainable and less toxic alternative to current drug delivery systems. Although the structures developed by the researchers are too big for anti-cancer drug delivery by injection or oral intake, they could potentially be used in dressing wounds, for medical implants, and to capture unwanted materials in wastewater.
۲ݮƵ Chemistry professor recognized for her development of new approaches to DNA nanotechnology
, Professor of Chemistry at ۲ݮƵ and Canada Research Chair in DNA Nanoscience, has been named afor her ground-breaking work producing DNA nanostructures for precision drug delivery.
For the first time, scientists produce an organic molecule that mimics melanin’s essential properties
The Ariya lab developed a novel nano-digital inline holographic microscope (nano-DIHM) was used to advance in-situ and real-time nano/microplastic physicochemical research, such as particle coatings and dynamic processes in water.
Although approaching professors to discuss research opportunities might seem daunting for undergraduate students, there’s an ingredient for success: soup!
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The ۲ݮƵ University Department of Chemistry has signed the Green Chemistry Commitment (GCC) from , an organization that develops and disseminates green chemistry and sustainable science educational resources that empower educators, students, and the community at large to practice sustainability through chemistry.
Dr. John F. Harrod, Professor Emeritus in the Department of Chemistry at ۲ݮƵ University passed away peacefully in Montreal on January 26, 2023, in his 89th year.
A ۲ݮƵ research team led by Professors Mark Andrews (Department of Chemistry) and David Plant (Electrical Engineering) has shown how the glass-like shells of phytoplankton (diatoms) help these microscopic organisms perform photosynthesis in dim light conditions. Despite amounting to only about 1% of the global plant biomass, phytoplankton account for about 50% of the planet’s photosynthetic activity and at least half of the world’s oxygen production.
۲ݮƵ Chemistry congratulates Dr. Hélène Seiler on her appointment as an Assistant Professor of Physics in the Free University Berlin!
Room-temperature phosphorescence in organic solids is rare. In a recent article from Perepichka group E. Hamzehpoor, C. Ruchlin and coworkers reported highly phosphorescent boroxine Covalent Organic Frameworks (COFs) using the covalent doping approach and controlling the ratio of halogenated precursors. Their well-defined porosity enables oxygen sensing with millisecond response time over a wide range (103…10-5 torr) of partial oxygen pressure.Read the full paper in