How do the tests for coronavirus work?
Across the world, countries are scrambling to increase their testing capacity for the virus — how are these tests carried out and how do they work? more
my.bionity.com
With an accout for my.bionity.com you can always see everything at a glance – and you can configure your own website and individual newsletter.
29-Jun-2016
The aroma of pine trees is one that’s evocative of Christmas; one of the responsible molecules, alpha-pinene, has already been featured on the Chemistry Advent Calendar, but here we take a more detailed look at the chemical constituents of the aroma.
One of the most important contributors to the Christmas tree aroma is pinene. Pinene is a compound which occurs naturally as two different isomers: Alpha-pinene, and beta-pinene. In most pine trees, alpha-pinene is the more abundant of the two, but both are commonly present in the resin of the trees. Turpentine is obtained from the resin of trees, primarily pines, so it’s not surprise that the odour of both alpha and beta-pinene is commonly described as turpentine-like – they are, in fact, the major constituents of the distilled oil.
How do the tests for coronavirus work?
Across the world, countries are scrambling to increase their testing capacity for the virus — how are these tests carried out and how do they work? more
Four ways to destroy coronavirus
How do you fight something you can’t see? That’s the question when it comes to the coronavirus crisis which currently has many of us holed up at home. Physical distancing is one important answer to preventing the spread of the virus, as avoiding catching it in the first place stops you from ... more
Coronavirus: How hand sanitisers protect against infections
As coronavirus continues its spread, panic-buying has swept supermarket shelves of hand sanitisers. What’s in these sanitisers and how effective are they in comparison to hand washing? This graphic takes a look. more
Infographics