New CRISPR method efficiently corrects DMD defect in heart tissue

Scientists have developed a CRISPR gene-editing technique that can potentially correct a majority of the 3,000 mutations that cause Duchenne muscular dystrophy (DMD) by making a single cut at strategic points along the patient's ...

Physics explains protein unpredictability

University of Oregon scientists theorized that they could manipulate a protein one mutation at a time and predict its evolution. They sought to prove it. And failed.

What a rare blood disease can teach us about blood clotting

When a person is injured, blood clotting is essential. However, once the danger has passed, it is equally essential to stop the clotting response in order to prevent thrombosis, or the obstruction of blood flow by clots. ...

A mutation giving leaves with white spots has been identified

Garden and potted plants with white spots on their leaves are so popular that they are specially selected for this feature. An international research team has now identified a new mutation in the plant Lotus japonicus which ...

New mechanism to fight multi-resistant bacteria revealed

In recent years, scientists, clinicians and pharmaceutical companies have struggled to find new antibiotics or alternative strategies against multi-drug resistant bacteria that represent a serious public health problem. In ...

Mutant protein sheds lights on viral propagation

Some genetic mutations can cause a virus to flourish. Others make the virus wither away, unable to function normally and reproduce. Yet other genetic mutations only show their hand under certain conditions.

Big data approach to predict protein structure

Nothing works without proteins in the body, they are the molecular all-rounders in our cells. If they do not work properly, severe diseases, such as Alzheimer's, may result. To develop methods to repair malfunctioning proteins, ...

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