NICE recommends Casgevy for treatment of severe beta-thalassaemia
A new gene therapy, Casgevy, has been recommended for use on the NHS in England for people living with a severe form of beta-thalassaemia...
Dr Martha Roberts is a Volunteer Writer at BioNews, having originally joined the publication under the auspices of its writing scheme. She has completed a PhD at University College London (UCL)'s Queen Square Institute of Neurology, where her research focused on finding new mechanisms and therapies for the neuromuscular disease spinal and bulbar muscular atrophy. Previously, she studied Natural Sciences at Durham University and went on to obtain an MSc in Neuroscience from UCL. She enjoys public engagement to inspire the next generation of scientists, and she tweets as @neuro_martha _
A new gene therapy, Casgevy, has been recommended for use on the NHS in England for people living with a severe form of beta-thalassaemia...
Brain organoids developed from fetal tissue offer a new way to model brain diseases and aid in drug testing....
People who have had type 2 diabetes for less than a decade and have a BMI of less than 23 could benefit from a bone marrow stem cell transplant...
A 'chemical nose' can detect the quadruple-stranded DNA associated with diseases such as cancer...
I feel like the majority of my understanding and outlook on addiction has been influenced more by Danny Boyle's Trainspotting than by any scientific research or news story...
The NHS has agreed a deal to make gene therapy available for children with spinal muscular atrophy...
Genes associated with a 'selfish' survival advantage in sperm have been identified, providing evidence of sperm-level natural selection...
Psychologists have found a genetic variant associated with relationship satisfaction in the first years of marriage...
Differences in gene expression may explain why mental illnesses with similar genetic roots can have such different symptoms, according to a new study...
The earliest signs of an innate immune response have been identified in embryos, shedding light on why some fail to form properly during early development...
Join our list to stay up-to-date on all the latest developments in the fields of human fertility and genomics.