We are Genomics England and our vision is to create a world where everyone benefits from genomic hea
Muslim Census surveyed 1,007 Muslims aged 18-65+ living in the UK to understand whether these pre-co
This Breast Cancer Awareness Month, Kate Grafton shares her journey with breast cancer at the Genomi
The genome itself was the beginning of a whole technological revolution. Matt and Chris talk about t
“I like ambitious visions, I like try to break the codes in order to get something to work to get a
"We took a look and we perform whole genome sequencing of Mila, her mother, her father, as well as h
"I was driven by a personal desire to see this problem solved." On Today's Episode, Parker Moss, ou
"I know the power of a word, I know the power of a story, I know the power of a phrase, and language
"Getting your genetic information isn't just [of] your own, it belongs to your ancestry too." On t
"It's so important to have companies that represent [black] people. Because if you see people like y
"Every disease is a rare disease because it's a disease in you, and it's interacting with you. So, t
"In cancer, it's been more challenging, because we had to get a community that hadn't really worked
"Biomedical datasets are biased towards Western white rich men typically. This means that historical
"Chris had been somewhere between a father and a brother to people in Downing Street. He wasn't just
"To gain information and insight into these, particularly, rare tumors, we will have to collect them
"Mutations are the price that all animals must pay, starting with jellyfish all the way up to us hum
"We need to think about Genomics and we need to think about education because both are going to mass
“We are now in a world where there is this an abundance of data, which is only the beginning to what
“What will be important is to engage with the patient community, it will be a very important process
"If we had the same immune system, all of us, then we would be extinct by now" On todays episode o
"We're taking the native DNA molecule that's actually from the cell and we're reading the sequence o
