Therapeutic strategy using p53 induces cancer cell death
US researchers spotlight how p53, the most frequently mutated tumour suppressor gene, can be activated against cancer cells.
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US researchers spotlight how p53, the most frequently mutated tumour suppressor gene, can be activated against cancer cells.
In this article Drug Target Review's Izzy Wood highlights three of the latest findings using lab automation techniques and technologies that aid scientists.
Australian researchers have uncovered why some forms of Streptococcus A (Strep A) are associated with severe invasive infection.
In this exclusive article, Drug Target Review’s Izzy Wood highlights ground-breaking ovarian cancer research, after speaking with Dr Benjamin Neuditschko, from the Institute Krems Bioanalytics at IMC Krems.
US researchers uncover the amino acid: arginine, that prompts genetic mutations in cancer cells.
A new approach using CAR T-cell therapy is suggested by Swedish researchers as an effective treatment for ovarian cancer.
US scientists have outlined the structure and function of the first FDA approved drug for the Ebola virus.
US researchers found that serotonin impacts the mitral valve in the heart which can lead to heart valve disease.
A US pre-clinical study investigating the antidepressant: MAP4343, discovered it reduced alcohol intake in a mouse model of alcoholism.
Japanese researchers find a new mechanism for how the measles virus can cause a rare but fatal neurological disorder: subacute sclerosing panencephalitis (SSPE).
Streamline oncology therapeutic development with CST® recombinant monoclonal antibodies, ELISA & cellular assay kits, & custom products & services.
An AI strategy developed by US scientists could accelerate the development of new antibody drugs.
US researchers discovered a type of cell involved it pancreatic cancer and sheds light on the origin of cancer-associated fibroblasts (CAFs).
30 January 2023 | By Thermo Fisher Scientific
Watch this webinar to learn how an integrated structural biology workflow can be used to get crucial structural insights on key protein targets that are of therapeutic interest.
US researchers will use a unique combination of imaging techniques (MRI and MSI) to study Alzheimer’s disease on a scale that has never been done before.