UBR5 protein may reduce neurodegeneration in Huntington’s disease
Scientists have made an important step towards understanding the mechanisms that cause the neurodegenerative disorder Huntington's disease...
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Scientists have made an important step towards understanding the mechanisms that cause the neurodegenerative disorder Huntington's disease...
Previous studies have suggested that a gene therapy drug may be used to treat ALS...
A new drug has been developed to help prevent attacks of hereditary angioedema and at the same offer patients a convenient administration...
The study showed that patients testing positive for AR-V7 responded better to taxane-based chemotherapy and negative to hormone-targeted therapy...
A new gene associated with disease severity in models of rheumatoid arthritis has been identified by...
A first-of-its-kind study implicates another culprit in the path to Alzheimer's disease: the presence of viruses in the brain...
Silencing the gene behind the production of HSP90, a target in the HSF1 pathway, effectively kills leukaemia cells, without affecting healthy cells...
Drug discovery has always been challenging; today, more so than ever. While there has been success in addressing many diseases, others remain intractable...
Long-term use of either cannabis or cannabis-based drugs impairs memory...
Blindness in children has been linked to a recessive genetic disorder caused by the MARK3 gene...
Researchers have identified a receptor in the microglial cells that increases their anti-inflammatory potential in order to reduce the damage in MS...
Thousands of images have been released to encourage scientists to develop their analysis of lesions, advocating its use for the development of a new universal lesion detector...
Researchers identify Parkinson's disease as a possible autoimmune disease...
Breath tests analysing organic compounds in exhaled breath could be used as a new diagnostic tool for pancreatic cancer...
Mesenchymal stem cells (MSCs) are fibroblast-like cells that give rise to mesenchymal derivatives including bone, fat and cartilage cells. In addition to the bone marrow, they can be readily obtained from adult vascularised peripheral tissues including adipose, olfactory, respiratory tissue, and peripheral blood.