Computer analysis of the genomes of extremophiles — organisms that live in extreme environments — reveals that their living conditions are recorded in their DNA.
Many people know someone with a genetic disease, but few understand how gene mutations work.
Genetic analysis reveals one of the teenagers probably had advanced gum disease.
A failed experiment led the researchers to question their assumptions and realize that, contrary to popular belief, chromosomes interact with and affect genetic expression.
New research sheds light on the interconnected nature of the human genome and what this means for future gene therapies.
The genetic evidence behind why some people suffer longer term concussion effects is growing. But what are the ethical considerations that flow from that knowledge when it comes to sport?
Ancient microbes likely produced natural products their descendants today do not. Tapping into this lost chemical diversity could offer a potential source of new drugs.
On DNA Day, Canada should be inspired by the lifesaving discoveries of its researchers. However, lack of funding threatens Canadian researchers’ ability to meet the challenges of the future.
DNA analysis sheds light on important societies within Africa that existed before colonialism.
Following the controversial births of the first gene-edited babies, a major focus of the Third International Summit on Human Genome Editing was responsible use of CRISPR.
DNA analysis reveals a large migration of people into Scandinavia during Viking times.
Humanity carries traces of other populations in our DNA – and a new study shows how one of these ancestors has influenced the immune systems of modern Papuans.
People don’t randomly select who they have children with. And that means an underlying assumption in research that tries to link particular genes to certain diseases or traits is wrong.
A new study hopes to produce a catalogue of human genetic variation and assess the burden of noncommunicable diseases in 100,000 adults in Nigeria.
As genetic engineering and DNA manipulation tools like CRISPR continue to advance, the distinction between what science ‘could’ and ‘should’ do becomes murkier.
Instead of minimizing current or future waves of COVID-19, we need strategies to deal with new variants efficiently. Only then can we live with the virus in a healthy way.
Advances in technology have enabled researchers to sequence the large regions of repetitive DNA that eluded the Human Genome Project.
Improving genomic surveillance to better understand new variants as they arise in different parts of the world could prevent threats to vulnerable health systems and populations.
Record-breaking technology can sequence an entire human genome in a matter of hours. The work could be a lifeline for people suffering from the more than 5,000 known rare genetic diseases.
A medical genomics professor reflects on how lab simulations offer some advantages for student learning, but developing the muscle memory of performing hands-on lab work is important.