Nature: Asteroids, antibiotics and ants: a year of remarkable scienceIn this episode:1:58 Evidence of ancient brine on an asteroidSamples taken from the asteroid Bennu by NASA's OSIRIS-REx spacecraft suggest the parent body it originated from is likely to have contained salty, subsurface water. This finding provides insights into the chemistry of the early Solar System, and suggests that brines might have been an important place where pre-biotic molecules were formed.News & Views:...
Nature: Asteroids, antibiotics and ants: a year of remarkable science
In this episode:
1:58 Evidence of ancient brine on an asteroid
Samples taken from the asteroid Bennu by NASA's OSIRIS-REx spacecraft suggest the parent body it originated from is likely to have contained salty, subsurface water. This finding provides insights into the chemistry of the early Solar System, and suggests that brines might have been an important place where pre-biotic molecules were formed.
News & Views: Asteroid Bennu contains salts from ancient brine
Nature Podcast: Asteroid Bennu contains building blocks of life
08:01 How gene expression doesn't always reflect a cell's function
Cells are often grouped into categories according to the RNA molecules they produce. However a study of zebrafish (Danio rerio) brains revealed that cells can be functionally diverse even if they appear molecularly similar. This finding adds more nuance to how a cell's ‘type’ is ultimately defined.
News & Views: Does a cell’s gene expression always reflect its function?
12:01 The disproportionate mortality risks of extreme rainfall
An assessment of death rates in India’s coastal megacity of Mumbai revealed that the impact of extreme rainfall events will be highest for women, young children and residents of informal settlements. This situation is likely to become more pronounced as a result of climate change.
News & Views: Extreme rainfall poses the biggest risk to Mumbai’s most vulnerable people
14:46 An AI-designed underwater glue
Inspired by animals like barnacles and aided by machine learning, researchers have developed a super-sticky compound that works as an underwater adhesive. To demonstrate its properties, researchers applied it to a rubber duck, which stuck firmly to a rock on a beach despite being battered by the sea.
News & Views: AI learns from nature to design super-adhesive gels that work underwater
Nature Podcast: Underwater glue shows its sticking power in rubber duck test
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