Naked Genetics Enhanced - from the Naked Scientists

Naked Genetics is back with new episodes every month! Today we're taking a step back. Where does genetics actually come from? How did we get to today's world of genome sequences and gene editing? It all started with an 19th-Century monk, working in his garden - but who was he really, and how did it take thirty years for him to be recognised? If you think you know this story, you might be surprised.

Join Harvard DNA pioneer George Church and Chris Smith in conversation as they discuss gene cloning, DNA sequencing, decoding the mammoth genome, the risks posed by fossil viruses lurking in extinct genomes, the prospects of xenotransplantation and safety of gene therapy, and the risks of human CRISPR. The discussion was recorded on March 15th, live in front of a studio audience at the Hello Tomorrow Summit, in Paris, 2019...

In November, He Jiankui claimed that two genetically engineered children have been born. Did he really do it? And if so, what are the ramifications for the babies and for the field? Georgia Mills explores the controversy in a special edition of Naked Genetics.

We're returning to the scene of the crime with another look at the latest techniques in the world of forensic genetics - can we really predict physical features or even ethnicity from your DNA, and what does this mean for our criminal justice system? Plus, is the 'CSI effect' real? And our gene of the month would be more at home at a rave than a lab.

We're off to a festival - but before you worry about where your tent and wellies are, it's the Festival of Genomics, held at a clean and dry conference centre in London rather than a muddy field full of rock bands and dodgy burgers. Plus, what does the public really think of genetic technology? And a fiery gene of the month. This is the Naked Genetics podcast for March 2018, brought to you in association with The Genetics Society.

It's CSI Naked Genetics, as we find out how genetic technology is used to solve crimes.

We take a trip back to the womb and before, to find out about early development. Plus, the importance of placentas, why the age of your womb rather than your eggs matters, and a video game-inspired gene of the month.

This month we're finding out how genetic advances are shaping the future of healthcare at the Genetics Society autumn meeting. Plus, signposts for bees and an operatic gene of the month.

This month we're off to the zoo to meet some lovelorn laughing thrushes, endangered snails, and the Cilla Black of Sumatran Tigers. Plus, a sneak preview of this year's Genetics Society JBS Haldane lecture, and a gene of the month that likes a tipple.

You're a mammal. I'm a mammal. Your pet cat or dog is a mammal, as are whales, lemurs, pandas and polar bears. But what exactly is a mammal, and what can our genes tell us about our evolution? Plus, school students take on the whipworm genome, the surprising genetic diversity of Papua New Guinea, and a gene of the month that's up all night.

Would you ever consider donating your genome to research? We meet a man who has, and find out why. Plus, we get our hands dirty in the search for new antibiotics, take a look at the ethics of human gene editing, and our gene of the month is getting ahead in life.

As scientists announce that they have used CRISPR technology to fix a faulty gene in a human embryo - not for the first time, but more accurately than ever before - we take a look at storing, writing and editing in DNA. Plus, our gene of the month is all ears.

This month we're taking a look at the role that genes play in dementia, and finding out how researchers are using this knowledge to develop urgently-needed treatments. Plus, a big release of big data from the UK Biobank, and our gene of the month is an expert swordsman.

This month we're literally getting inside our genes, as we explore chromosomes through a 3-dimensional virtual reality art, music and science project. Plus, researchers are turning to bees, trees and more in search of new genetic systems, and our gene of the month has been around for a while.

This month we're zooming in on cancer, finding out how researchers are tackling tumours in unprecedented detail. Plus, our gene of the month is the guardian of your genome, rather than the galaxy.

We might joke about the battle of the sexes, but it turns out that this is actually true - at least for a hundred or so imprinted genes. Plus, what opossums can teach us about sex, reporting back from a very special scientific meeting, and a superhero-styled gene of the month.

The DNA sequencing revolution is providing ever more data about genomes from all kinds of species, from humans to bacteria. But how do we make sense of it all? Who gets their hands on it? And how do we use it to benefit patients? We meet the scientists developing new computer tools to analyse and democratise global genomics. Plus, how your partner's genes affect you - assuming you're a mouse - and a shrunken gene of the month.

Our bodies are made up of trillions of cells - but these aren't mere biological building blocks, as inert as bricks. They're constantly communicating and changing. So how do scientists measure this? Plus, you can now take part in an international survey about genetics knowledge, a GIANT study throws up new genes linked to height, and a romantic gene of the month.

We hear a lot about genetic modification and how it's being used to improve agriculture. But who decides whether modified crops can be grown? Do new gene editing techniques like CRISPR count as GM? And what happens to these regulations when the UK leaves the EU? Plus, our gene of the month comes with a tale behind it.

The story of human evolution is long and complicated, but the simple truth is - you're only here because your ancestors got lucky. Plus, we wind the clock back to the very start of human life, and discover how new research is pushing back the frontiers of human embryology. Plus a suitably festive gene of the month. This is the Naked Genetics podcast for December 2016 with me, Dr Kat Arney, brought to you in association with The Genetics Society, online at genetics.org.uk.