Clare Turnbull, Professor of Translational Cancer Genetics, Institute of Cancer Research
It is well known that early detection and monitoring of cancer greatly improves patient prognosis. However, specific interventions are only […]
Researchers have recently published a paper describing how the development of an ‘informed adaptive consensus’ approach to regulating human germline […]
A new study, published in Science, has used computational analysis to reveal the mechanisms behind germline mutations. Their findings have […]
Helen C. O’Neill has explored how the global reaction to the birth of genome-edited twins in 2018 echoed the condemnation […]
With the ever-increasing potential of new technology and the exponential growth of the life sciences field, researchers are always running […]
This feature on prime and base editing is adapted from content provided in the Cancer Genomics 2023 Report. The introduction […]
Biomarker detection is a fundamental requirement for early cancer detection. The rapidly developing field of multi-omics has the potential to […]
Conservation genomics is a new and emerging field of research that harnesses the power of genomic technology to preserve species, […]
Traditional cancer driver gene discovery has generally focussed on coding mutations, which can affect protein function and structure. Mutations in […]
