New CRISPR gene-editing technology could lead to better treatments for HIV
Scientists at Northwestern Medicine have developed new techniques in human blood to pave potential paths towards a HIV cure.
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Scientists at Northwestern Medicine have developed new techniques in human blood to pave potential paths towards a HIV cure.
In this ebook, find articles on vaccination strategies for neurodegenerative diseases and the benefits of mRNA vaccine platforms against latent viruses.
In this issue are articles on the development of mRNA vaccines against latent viruses, how memory B cell antibody-based treatments can help to fight cancer and the potential of AI in drug discovery. Also included are pieces on biotherapeutics, immuno-oncology and assays.
Scientists have discovered a new strategy that can make pancreatic tumours visible to the immune systems of mice and vulnerable to immune attack.
Scientists have created a pipeline for identifying, prioritising and evaluating potential tumour antigens for personalised cancer vaccines.
Using CRISPR gene-editing technology, scientists have developed a vaccine designed to prevent infection by Leishmania major.
A new study has showed how a bioengineered RSV protein vaccine can induce a protective immune response in animal models.
A recent study has shown that antiretroviral therapy timing impacts the animal version of HIV and latent tuberculosis.
Scientists at Georgia State University have developed an intranasal influenza vaccine using a new combination of nanoparticles for improved defence against flu strains.
Research has shown that memory T cells formed following SARS-CoV-2 infection or mRNA vaccination respond to the Omicron variant.
To support disease research, Sino Biological has deposited reagents for the Omicron variant to BEI Resources.
A new potential mRNA vaccine that delivers instructions for making two key HIV proteins has been tested in mice and rhesus macaques.
News from the Pasteur Institute in France reports on how multi organisational efforts of numerous research institutes enabled the scientific community to gain key insight into the Omicron variant, facilitating a rapid life-saving response.
A study has revealed four classes of antibodies that can neutralise Omicron by targeting one of four areas of the spike protein present in SARS-CoV-2 variants.
Researchers have found a small subset of antibodies that target a site at the base of the influenza virus hemagglutinin protein.