
Yashar
@yashariranpour
Graduate student in Atmospheric Chemistry @YorkU.
ID: 3043185094
17-02-2015 17:44:21
346 Tweet
99 Followers
109 Following

“Where did the 🦠 come from?” is one of the most asked questions. First, I don’t like unsupported conspiracy theories, but it’s a lingering question. @sciencemagazine examined this based on Lancet article. Nobody knows, but seafood market isn’t whole story sciencemag.org/news/2020/01/w…


O CANADA! 🇨🇦 Doing great things bitch kicked off Game 1 of Toronto Toronto Raptors vs. Brooklyn Nets playoff series with a powerful rendition of O Canada from atop the CN Tower. #WeTheNorth

Pretty sure these are not medical grade. Or even labeled in proper English?? How is this safe? What is happening? I am now getting worried about my job and health. Not what was promised. OSSTF Communications Stephen Lecce #notsafe #covid19 Colin D'Mello | Global News



Bottom line is that the World Health Organization (WHO) needs to act now, right now to increase knowledge of DOMINANT AIRBORNE TRANSMISSION in at risk people everywhere, using all communication channels wisely for the world And everyone needs to take steps to clearly explain that #COVIDisAirborne. Now.

An absence of smog and clear blue skies can be deceiving, hiding an increase in ozone, which increased up to 30 per cent in some cities in India during the first #COVID19 lockdown. Read about YorkU - Science Prof Cora Young’s research bit.ly/3CwicaY via Business Standard


We spend about 90% of our lives indoors, mostly in our homes. And that, says #YorkU Chemistry Prof Trevor VandenBoer, is why we need to learn more about the quality of the air we breathe while at home. Read more in #TheYorkUMag: magazine.yorku.ca/issues/winter-…




A #YorkU team led by Prof. Trevor VandenBoer Trevor VandenBoer has developed an instrument to measure indoor air quality to assess levels of pollutants from cooking and cleaning: yorku.ca/news/2023/03/2… Their research was also selected for feature on the journal cover⬇️


Check out this GC-MS method for perfluorinated carboxylic acid analysis in ACS Analytical Chemistry Journals! Stephen (RenXi) Ye developed the first GC-ECNI-MS method capable of separating and quantifying C2-C14, which we applied to aqueous samples with @SVOCora's team YorkU - Chemistry bit.ly/436FFNl

