Bone repair from Covid-19 vaccine technology
Unexpected Elements
BBC
4.4 • 568 Ratings
🗓️ 20 February 2022
⏱️ 65 minutes
🧾️ Download transcript
Summary
Messenger RNA-based vaccines have been used successfully to kick start the antibody production needed to fight Covid-19. Now the technology has been successfully used to encourage the growth of new bones to heal severe fractures. The technique seems to work far better than the current alternatives says Maastricht University’s Elizabeth Rosado Balmayor.
Ivory smuggling continues to be a lucrative business for international criminal gangs, however, DNA techniques to trace where ivory seized by law enforcement authorities originates are now so accurate that individual animals can be pinpointed to within a few hundred miles. This says Samuel Wasser at the University of Washington, can be used as evidence against those ivory trafficking gangs.
And we look at development in attempts to detect and weigh neutrinos, elusive subatomic particles essential to our understanding of the makeup of the universe. Physicist Diana Parno from Carnegie Mellon University takes us through the latest findings.
Philologists have borrowed a statistical method from ecology to try and work out how much medieval romantic literature has been lost. The results seem to depend on which languages were involved, and like ecological systems, whether they were shared in isolated communities says Oxford University’s Katarzyna Kapitan
How good are you at finding your way from A to B? Humans throughout history have used all sorts of tools to get us to our destination – from a trusty map and compass to the instant directions on a smartphone sat nav. But CrowdScience listener Pam from Florida wants to know what happens when we leave the surface of the Earth – and try to navigate our way around space. Is there a North and South we can use to orientate ourselves? Which way is left if your nearest landmark is a million light-years away? And if you can’t tell which way is up, how do spacecraft know where they’re going? Presenter Anand Jagatia speaks to experts in an attempt to find his way through the tricky problem of intergalactic space navigation.
(Image: Knee X-ray, illustration. Credit: Science Photo Library via Getty Images)
Transcript
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| 0:00.0 | In 2019, we began investigating the disappearance of Dr. Ruzha Ignatva. |
| 0:08.0 | I believe we are a very special network. |
| 0:10.0 | A scammer who stole billions from investors around the world. |
| 0:15.0 | She's on the FBI's 10 Most Wanted list. |
| 0:18.0 | And now, we have some unmissable updates. She has money and when you have |
| 0:23.0 | money you have power. Join me, Jamie Bartlett, as the hunt for the missing crypto queen continues. |
| 0:29.5 | Listen first on BBC Sounds. The Sonsourn's hour continues in a moment here on the BBC World Service |
| 0:35.0 | with some tips on what to do if you're lost. You can move one of the two mirrors to work out the angle between the sun and the surface of the sea. |
| 0:43.3 | So if you were to draw a line from you to the sun and from you to the horizon, you can work out that angle. |
| 0:49.2 | And that's useful because it can help us to work out where we are on the surface of the earth. |
| 0:53.9 | Yes, I mean, it takes hours. |
| 0:56.1 | Or you could try GPS. |
| 0:58.0 | CrowdScience navigates navigation after the news. Thank you for downloading the Science Hour from the BBC World Service with me, Roland P. |
| 1:16.9 | And in half an hour on CrowdSatts, there's a brief history of navigation. |
| 1:21.9 | You can move one of the two mirrors to work out the angle between the sun and the surface of the sea. So if you were to draw a line |
| 1:28.7 | from you to the sun and from you to the horizon, you can work out that angle. And that's useful |
| 1:34.8 | because it can help us to work out where we are on the surface of the earth. Yes, I mean, it takes |
| 1:39.5 | out. Or you could use GPS. Other options for locating yourself on CrowdScience later in the podcast. |
| 1:47.5 | Before that, a dive into science inaction, where nothing is more weighty than nothing. |
| 1:54.4 | Neutrinos have an effect on the way that structures formed in the early universe. |
| 1:59.2 | Modern experiments that are measuring like the cosmic |
| 2:02.3 | microwave background, these photons that permeate the universe, one of the things they're |
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