Methodology developed to genetically modify lab mice and human cells
A method designed to genetically alter laboratory mice can also be used to produce personalised animal models of an aggressive type of malignant brain cancer in children.
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A method designed to genetically alter laboratory mice can also be used to produce personalised animal models of an aggressive type of malignant brain cancer in children.
A new target has been identified for the treatment of heart failure, heart attack, stroke and neurodegeneration.
A study has revealed that the mitoNEET protein controls a metabolic and functional gateway on mitochondria, which could provide a drug target for cancer.
A new study has shown a new mechanism of controlling fat production in the body which could lead to new therapies to treat obesity.
A study has shown that a mutated form of the Ebola virus protects macaque models against the disease, demonstrating an opportunity for a drug target.
Marc Baiget-Francesch highlights interesting developments in the field of protein drug design and explains how continual software improvements are speeding up the process.
A study has found a protein which, when depleted, resulted in Alzheimer’s disease symptoms appearing in mouse and brain tissue models.
Antisense oligonucleotides are an emerging therapeutic option for treating diseases with known genetic origin.
Researchers have discovered an enzyme that is pivotal in deciding whether cells survive or die in inflammatory diseases, so provides a drug target.
New study finds immunotherapy reduces cardiac fibrosis and restores heart function in mice after cardiac injury.
A research team has found that blocking a particular kinase in a mouse model of arrhythmogenic cardiomyopathy led to improved survival rates.
Researchers have revealed the 3D structure of a membrane protein which plays a role in the development of conditions such as epilepsy and blindness.
Researchers have discovered that a rare muscle disease causes resistance to HIV-1 infection in patients, providing insight into potential therapies.
Scientists reveal the atomic structure and regulative mechanism of the metabolic enzyme transhydrogenase.
A protein discovery could lead to a new and highly potent immune-therapeutic drug for the eradication of cancers using natural killer cells.