Why are tumours more likely to develop in some tissues than others? Why are bowel and breast cancers so common when heart cancer is so rare? And will low doses of radiation from medical scans create the conditions for unruly cells to grow, even without damaging DNA? In the latest episode of Genetics Unzipped we’re tackling the Big Questions about the Big C as we dig into some of the mysteries surrounding the ultimate genetic disease: cancer.

A round-up of some of our favourite bits from the year so far.

In this episode from our centenary series exploring 100 ideas in genetics, we’re telling tales of sex, death and extinction, and exploring the very darkest side of genetics.

In this episode we’re taking a trip in a genetic time machine - back into the past to discover the origins of ancient human populations, and into the future to explore the realities of personal genome sequencing.

In this episode from our centenary series exploring 100 ideas in genetics, we’re exploring the dark heart of the genome, untying nature’s shoelaces, and looking back at the discovery of RNA splicing.

We’re celebrating the actual birthday of the society - founded on the 25th June, 100 years ago - with past president, Nobel laureate and winner of the Genetics Society’s first centenary medal, Sir Paul Nurse (and some very fruity DNA-based cocktails...)

In this episode from our centenary series exploring 100 ideas in genetics, we’re unravelling the story of the double helix, cracking the triplet code, and sketching out a Punnet square.

We lose ourselves in the Valley of Hybridisation at the Genetics Society's medal-winning garden at the Chelsea Flower Show, and discover the importance of playing with your genes.

In this episode from our series exploring 100 ideas in genetics, we’re taking the train to London with William Bateson as he brings Mendel's ideas to Britain, seeking the secrets of snapdragons, and discovering how to build an army of MinIONs.

In this episode we talk to George Church about his plans for the ‘Zero Dollar Genome’, and find out how one scientist’s interest in personal genomics got a little too close to home.