Genomic sequencing of positive COVID-19 samples could help New Zealand pinpoint the source of its new community outbreak. But it only works if all samples are sequenced – and right now, they're not.
As mountain goats face pressures from climate change and human disturbance, analyzing their genome provides useful information on their ecology and evolution.
On a family camping trip over the Australia Day long weekend, I sat in a tent with my laptop, designing New South Wales’ first genomic sequencing test for COVID-19.
Pancreatic cancer has historically had among the lowest survival rates of any type of cancer. A recent study that looked at genomic changes reveals some possible clues.
DNA sequencing means a scientist can take a bucket of seawater and ID every fish in the area. Now we need a universal 'biobank' of samples to make a truly powerful environment monitoring tool.
In 2030, there is a boom in precision medicine, where diseases – from cancer to dementia – are defined and targeted more specifically with a focus on their molecular makeup.
The advent of genetic technologies has been reducing the time and cost attached to diagnosing rare genetic diseases.
The rise of personalised medicine, which is mainly based on genetic testing, needs adequate regulation so privacy rights aren't breached. That's only one of several issues that must be considered.
A new study has identified that pancreatic cancer is not one, but four types of cancer, and opened the door to possible new treatments.
Personalised medicine is based on the idea that by understanding the specific molecular code of a person’s disease, and particularly its genetic makeup, we can more accurately tailor treatment.