Researchers discuss the identification of genes that could potentially code for the longest protein ever recorded, and the challenges in determining its structure. They explore the difficulties in reconstructing the shape of the protein, and the limitations of current techniques. The chapter ends with a humorous note about the alpha fold method.
In this episode:
00:48 A new way to grow a tricky parasite in the lab
Toxoplasma gondii, the parasite that causes the zoonotic disease toxoplasmosis, has a complex, multi-stage life cycle. Some of these stages will only grow in the intestines of cats, making it difficult to study. Now, a team has found a way to grow one of these stages in vitro for the first time, which they hope will help researchers learn more about this parasite, estimated to have infected around 30% of the world’s population.
Research Article: Antunes et al.
08:50 Research Highlights
The tiny VR goggles designed for mice, and how a squirt of water could give coffee a bigger kick.
Research Highlight: Wee VR googles give mice a true immersive experience
Research Highlight: Why coffee particles clump and make a mess during grinding
11:25 Briefing Chat
Genetic searches reveal a potential super-sized protein, and the rise of ‘non-stop’ authors who publish a science paper every five days
Nature News: The world’s largest proteins? These mega-molecules turn bacteria into predators
Nature News: Surge in number of ‘extremely productive’ authors concerns scientists
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