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UW researchers at the Carbone Cancer Center have identified the cells that can cause graft versus host disease, the most common complication of bone marrow transplants.
US scientists have developed new mRNA vaccines for Zika virus and HIV-1 that produce a strong mother-to-child transmission of antibodies, in rabbits.
In an ongoing discovery programme, a chemical-creation platform is being revealed – based on cubic molecules – that could help breathe new life into tired drugs.
In this ebook are articles on the future potential for mRNA therapies and combatting new variants of the SARS-CoV-2.
A new Drug Target Review is now ready to download! This issue features articles which explore antibodies, vaccines and assays.
The researchers found that cancer cells with thicker glycocalyx barrier are better at evading immune cells.
The natural process of removing damaged cell parts could present an alternative to antibiotics, especially where bacteria have become resistant to existing drugs.
Discover how the adoption of animal-free media/supplements can improve reproducibility in cell culture and biotherapeutic research.
Scientists from Spain have identified genes that regulate Alzheimer’s disease, including Surf4, which alters the regulation of calcium within Alzheimer’s cells.
The Omicron variant of the SARS CoV-2 virus has previously had a number of break-through infections. However, researchers have discovered that antibodies present in previously infected patients can neutralise variants of the COVID-19 disease.
Comparison of single cell dispensing efficiency between Namocell Single Cell Dispenser and limiting dilution method.
The scientists from Texas A&M have developed GTX-102, a novel therapeutic candidate to target Angelman syndrome by reactivating expression of deficient protein.
US researchers discover compound that limits weight gain in mice with a high-sugar diet, by lowering the mitochondrial magnesium.
US discovery opens the way to drugs that can prevent T cell therapies from losing their potency over time.
Japanese researchers discover the mechanism of inhibition of diet-induced obesity in mice by the glucose-dependent insulinotropic polypeptide
