How large is the alphabet of DNA?
12 December 2013New sequencing technology is transforming epigenetics research, and could greatly improve understanding of cancer, embryo formation, stem cells and brain function.
New sequencing technology is transforming epigenetics research, and could greatly improve understanding of cancer, embryo formation, stem cells and brain function.
A community science initiative – HAEMCODE – has been welcomed for its contribution to our understanding of blood cells and ultimately, to the development of better treatments for leukaemia.
Project will lay foundation for genomic medicine.
Although anti-HIV drugs can significantly prolong life, patients must take the drugs for the rest of their lives. New approaches to therapeutics may hold the answer to finding a cure for HIV.
Discovery opens up possibilities for a new generation of targeted therapies for cancer.
By investigating the existence of an unusual four-stranded structure of DNA in human cells, scientists have opened the door to novel cancer therapeutics and a new era for personalised medicine.
New technique has important implications for stem cell research and the development of regenerative medicines.
Six Cambridge researchers are among the 44 new Fellows announced by the Royal Society this week.
Scientists have discovered how a molecule that was first discovered in bacteria blocks a protein which causes breast cancer to develop and spread, reveals research published in Nature Chemistry this week.