A Message from the Chair

Chemistry has made extraordinary contributions to the betterment of humanity. Ammonia synthesis in the early 1900s led to fertilizers and enabled modern farming and the food supply for billions of people. Penicillin, discovered in 1928, and other antibiotics, provide effective treatments for bacterial infections and helped save millions of lives. The screens of computers, TVs, and phones, are made of liquid crystals, electroluminescent molecules, OLED polymers, and other advanced materials synthesized by chemists. The creations of chemists are everywhere: in water purification, air quality monitoring systems, plastics, explosives, dyes, glues, paints, solar panels, vaccines, vitamins, and a multitude of pharmaceutical drugs. The solution to many pressing problems lies in better chemistry, and better use of chemistry: biodegradable plastics, targeted drugs with fewer side effects, better car batteries, cleaner energy sources. Current research in chemistry may sound like science-fiction, with smart materials, molecular engines and nanorobots 1000 times smaller than the diameter of human hair, bioengineered tissues and organs, and drugs that reach targets in the body with exquisite precision. Chemistry is exciting, it continues to flourish and grow into new areas. We invite you to be part of it.

René Fournier, Chair

Dec

Thu

The Chemistry of Modified Nucleic Acids: A Computational Approach. @ Zoom Meeting

Tickets

Dec 3 @ 1:30 pm – 2:30 pm

December 3rd, 1:30 pm, ZOOM Meeting, please register through this link.
ZOOM ID: 947 9703 6420, passcode: 552258.
Speaker: Professor Stacey Wetmore
Department of Chemistry and Biochemistry, University of Lethbridge
Subdiscipline: computational studies of DNA and RNA chemistry
Seminar title and abstract: The Chemistry of Modified Nucleic Acids: A Computational Approach.