Brain injury may drive the development of cancer
A new study reveals that the healing process following a brain injury could initiate the growth of glioblastoma cancers.
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A new study reveals that the healing process following a brain injury could initiate the growth of glioblastoma cancers.
Study identifies a promising new compound that can open constricted airways and could be a promising treatment for obstructive lung diseases.
A new study suggests that inflammation and blood vessel damage may be the primary causes of neurological symptoms in COVID-19 patients, instead of the virus infecting the brain.
Computational drug screening has shown that chemotherapy drug pralatrexate could potentially be repurposed to treat COVID-19.
Researchers were able to eradicate breast cancer in mice when they combined CAR T cells with STING pathway agonists and immunotherapeutic antibodies.
A team has shown that synthetic molecule LAU-0901 plus aspirin-triggered NPD1 can repair brain damage in an experimental model of stroke.
In pre-clinical trials, researchers have shown that a new vaccine could combat the dangerous effects of synthetic cannabinoids.
A team has shown that removing the inflammatory signalling protein TNF in a laboratory model prevented stomach cancers from becoming severe.
According to new research, because women have two copies of the ACE2 protein, they are less likely to suffer from severe COVID-19, unlike men who have one copy.
Scientists have found that the RFWD3 protein could play a role in recruiting DNA key repair and signalling factors, impacting chemotherapy.
By combining natural killer cells with a new molecule called Sialyl-Lewis X, researchers were able to treat lymphoma in mice.
Researchers have shown that neutralising antibodies developed in COVID-19 patients were less potent if from those with severe or fatal disease.
Researchers engineered the Disque Platform, a high-fidelity culture system, to enable them to screen drugs able to promote β cell proliferation.
According to researchers, an interaction between host microRNA and SARS-CoV-2 could be responsible for the range of disease severities.
Cancer researchers have created a new class of drugs to selectively target and destroy myeloid leukaemia cells with TET gene mutations.