Ewan Birney's guest appearances

Ewan Birney

The Life Scientific

Mendelspod Podcast

OmicsXchange

The G Word

Euan Ashley

Clare Turnbull

Genomics England

Karen Miga

Dame Sally Davies

Eric Topol

Robert Green

Sean Carroll

Brian Cox

Brian Greene

Shawn Baker

Richard Dawkins

Lawrence Krauss

Matt Brown

Carlos Frenk

OwlTail

“It's not the number of genes that matter, it's how you use them - quite literally how you switch them on and off. There's a lot of complexity in the human genome, not in the types of genes, the building blocks, the types of Lego, but how you put that Lego together inside each cell, which genes are on and which are off. And, you know, it's still unclear just how all of that works.”  In this week’s episode of The G Word #sciencepodcast, Rich Scott is joined by Ewan Birney, bioinformatician, Deputy Director General of EMBL and Non-Executive Director at Genomics England. Ewan led the analysis of the Human Genome gene set, mouse and chicken genomes and the ENCODE project and his main areas of research include functional genomics, DNA algorithms, statistical methods to analyse genomic information and use of images for chromatin structure.  Today, Ewan talks about his work with the Human Genome Project, the sense of community amongst bioinformaticians and advances in leveraging genomic information. He also talks about which big topics don’t get enough attention and his research group. 

“It's not the number of genes that matter, it's how you use them - quite literally how you switch them on and off. There's a lot of complexity in the human genome, not in the types of genes, the building blocks, the types of Lego, but how you put that Lego together inside each cell, which genes are on and which are off. And, you know, it's still unclear just how all of that works.”  In this week’s episode of The G Word #sciencepodcast, Rich Scott is joined by Ewan Birney, bioinformatician, Deputy Director General of EMBL and Non-Executive Director at Genomics England. Ewan led the analysis of the Human Genome gene set, mouse and chicken genomes and the ENCODE project and his main areas of research include functional genomics, DNA algorithms, statistical methods to analyse genomic information and use of images for chromatin structure.  Today, Ewan talks about his work with the Human Genome Project, the sense of community amongst bioinformaticians and advances in leveraging genomic information. He also talks about which big topics don’t get enough attention and his research group.

Ewan Birney: The human genome

Peter Goodhand

January 28, 2020 marks the 7th anniversary of GA4GH - the international standards organization for genomics. On Episode 2 of the OmicsXchange, we’re here to speak with Peter Goodhand, CEO of GA4GH, and Ewan Birney, Chair of the GA4GH Executive Committee, as we reflect on GA4GH’s role - past, present, and future - in advancing genomic and health-related data sharing. View the full transcript here.

January 28, 2020 marks the 7th anniversary of GA4GH - the international standards organization for genomics. On Episode 2 of the OmicsXchange, we’re here to speak with Peter Goodhand, CEO of GA4GH, and Ewan Birney, Chair of the GA4GH Executive Committee, as we reflect on GA4GH’s role - past, present, and future - in advancing genomic and health-related data sharing. View the full transcript <a href="https://www.ga4gh.org/news/omicsxchange-podcast-episode-2/" rel="nofollow" target="_blank">here</a>.

Episode 2: 7th Anniversary of GA4GH: An Interview with Peter Goodhand and Ewan Birney

Our end-of-year special guest is one of the U.K.’s top genomicists, Ewan Birney, Co-Director of the European Bioinformatics Institute at EMBL. He is also the non-Executive Director for Genomics England.  Ewan's perhaps best known for his work with the ENCODE consortium.

Ewan Birney on Race, UK Genomics

Ewan Birney talks to Jim Al-Khalili about his work on deciphering the human genome and the race to come up with the right number of genes that make us human. Ewan explains why he started a sweepstake to get fellow scientists to estimate the final number and why numbers were wildly wrong. He explains his role in the recent controversy over claims about the demise of 'Junk' DNA. He also talks about artificial DNA and whether it could be the future for information storage? With a colleague, he has already used a small speck of artificial DNA to store Shakespeare's sonnets. In theory, all of the world's information could be held on DNA in a space the size of a small room. If kept cold, dry and dark, DNA lasts for thousands of years so could it be the archive medium of the future?