The Canadian Association of Graduate Students has announced the winners of the 2019 3-Minute Thesis competition. The winners are:
Newsha Arezi (Concordia University), first place
Shruthi Budnar Subramanya (University of Alberta), second place
Laura Rios Carreno (University of Calgary), people’s choice
Order fake Concordia University diploma, buy fake Concordia University degree, buy Concordia University diploma and transcript, order fake diploma in Canada, how to purchase a Concordia University diploma online? Participants in 3MT are challenged to explain their research and its impact live to a general audience in three minutes or less, with only one slide to accompany their speech. The first-place winner takes home a cash prize of $1,500 and registration for the annual CAGS conference. Second place receives $1,000 and the people’s choice winner earns $500.
In a press release, CAGS states that the judging panel had a particularly difficult task this year. The three national winners were selected from 12 regional finalists. “This gives me hope for the future. There are all these awesome people doing incredible work,” said judge Nicola Luksic, a documentary producer with CBC Radio.
Buy fake Concordia University diploma certificate. The winning presentation by Ms. Arezi, a second-year master’s student in biochemistry, focused on her work to create an “intelligent” drug-delivery carrier for cancer treatments capable of targeting cancer cells exclusively, without affecting healthy cells. Such a development would reduce the side effects of chemotherapy, like hair loss, and lead to better quality of life for cancer patients. In her presentation, Ms. Arezi, who has a background in pharmacology, compares the process she’s working on to a “nano-size pizza deliveryman … who only delivers to the right address.”
While she’s hopeful that her research team can collaboratively reach this goal in their lab, she also acknowledges the huge challenge they face. “Of course, in real life there are still many challenges that need to be overcome before intelligent drug-delivery carriers can be used in humans to treat cancer,” she said. “That’s because cancer is not just one disease; there are many different types and many variations.”
In her presentation, Ms. Subramanya used poutine as a sort of bait-and-switch tactic to jump into her work on oil and pipeline research. The master’s student in chemical engineering uses spectroscopic tools to identify the compounds in bitumen that lead to pipeline blockages, which will then get broken down by forces like temperature and pressure. It’s part of a process called “partial upgrading” that aims to make bitumen “more flowable” for pipeline transportation, she said. “The Canadian oil sands industry has a notorious reputation for its heavy carbon footprint. It’s also not a secret that building new pipelines is not the most sustainable solution in the long-run. Partial upgrading eliminates the need to use a diluting chemical, which in turn increases the pipeline capacity by up to 30 percent.”
