Categories
Biochemistry

Crocus chemistry: Saffron, colours, and poisonous imposters

Did you know that saffron is obtained from a type of crocus? This is a fact that had somehow escaped me, and which I only discovered when wondering why saffron contains a compound called ‘crocin’. Turns out that, yes, there is a connection!

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Biochemistry C&EN

What common stimulants do we get from plants? – in C&EN

Stimulants produced by plants are among the most widely used drugs in the world. In the latest edition of Periodic Graphics in Chemical & Engineering News, we look at why plants make these compounds and the ways in which the molecules produce stimulant effects. View the full graphic on the C&EN site.

Categories
Food Chemistry

How do plant milks compare to cow’s milk?

For plant milk manufacturers, business is booming. In 2021, 32% of British people surveyed drank plant-based milk as part of their diet, compared to 25% in 2020. How are these milks made, and how do they compare to cow’s milk when it comes to their environmental impact and nutritional value? This graphic takes a look.

Categories
Food Chemistry

Faking flavours with chemistry: The science of artificial flavours – in C&EN

For over a century, chemists have made flavour molecules to evoke particular tastes. How do they know which compounds create a particular flavour, and how do they make these molecules? The latest edition of Periodic Graphics in Chemical & Engineering News takes a look. Visit the C&EN site to view the full graphic. View all the […]

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ChemVsCOVID Coronavirus

#ChemVsCOVID: How did past research help COVID-19 vaccine efforts?

On this day in 2020, the Moderna COVID-19 vaccine entered phase 1 trials, making it the first COVID vaccine to do so. This came less than a week after the World Health Organisation declared COVID-19 a global pandemic. How was it possible for this to happen so quickly? The third part of the #ChemVsCOVID series, […]

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Biochemistry ChemVsCOVID Coronavirus

#ChemVsCOVID: How was the spike protein structure identified?

The second part of the #ChemVsCOVID series, produced with the Royal Society of Chemistry, looks at how the structure of the spike protein was determined and how it helped our efforts against the virus.