ESA’s exploration of the Sun: What can ‘Solar Orbiter’ teach us?

At 5:03 CET on Monday 10th February, a NASA Atlas V4 11 rocket blasted off from Cape Canaveral, Florida, carrying with it ESA’s aptly named latest mission: Solar Orbiter. Within an hour, the spacecraft detached from the rocket, and began flying solo, carefully guided by a team on the ground in Germany. Since then, the…

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Collaboration: Reforming Research

Most researchers’ response to the word ‘collaboration’ is overwhelmingly positive. Many of the most influential scientific breakthroughs that have gone on to shape today’s scientific landscape have been the product of collaborations: Gates and Allen, the Wright brothers, and Watson, Crick and Franklin, to name a few. The global value of collaboration can be seen…

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Wild Things – a review

‘Wild Things’ is the latest venture from The House of Improv. In this improvised comedy, the team address human interactions with an endangered animal which is conjured out of thin air by the audience. In the Tuesday performance, this animal was the creaky-tailed hippopotamus. Set in Creaky-Tailed Hippopotamus Town, the play followed the stories of…

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Ramakrishnan and his ribosome – a review

Venki Ramakrishnan, President of the Royal Society and 2009 Nobel Prize winner, is already well known in the scientific community for his publications about the ribosome. What I wasn’t expecting however, was that his part-memoir, part-popular science book contained far more about the pace, people and progress of science than could ever be gleaned from…

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Aberrant antibodies: don’t always trust what it says on the tin

Antibodies are proteins generated by the immune system capable of recognising short peptide fragments (known as epitopes) with a remarkably high degree of specificity. This specificity makes them a powerful tool for research, allowing us to identify, track, and quantify specific proteins in a wide range of assays. Monoclonal antibodies (mAbs) can be generated for…

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To GM or not to GM?

It’s not about the science. In 1983, a gene from Agrobacterium (a plant-infecting bacterium) was successfully inserted into a plant cell, marking a ‘coming-of-age’ moment for plant genetic engineering. The resulting possibilities seemed endless; pest-resistant, self-fertilising and nutritionally-fortified crop varieties. But relatively little of this technology has been implemented on a global scale. Casual viewers…

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