Elucidating the loss of mobility caused by LGMD2B
The hiPSC-derived skeletal muscle model is the first to uncover the biological mechanisms underlying loss of mobility.
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The hiPSC-derived skeletal muscle model is the first to uncover the biological mechanisms underlying loss of mobility.
The development of a new membrane which better mimics human extracellular membranes will enable more accurate disease research.
The new antibodies can neutralise certain H1 and H3 strains with or without the 133a insertion, which could lead to improved vaccines.
An advanced computational model enables scientists to study how cancer cells navigate through blood vessels.
A new implant that combines internal radiation and chemotherapy dissolved tumours in mice across multiple models.
The new LSD-like compounds activated the 5HT2a receptor, a receptor stimulated by serotonin, without causing hallucinations.
Researchers have shown that engineered bacterial genes coding for sodium ion channels could lead to novel gene therapies for electrical heart diseases.
A new study has suggested that mucosal vaccines may reduce transmission of airborne viruses such as COVID-19 more than injectable vaccines.
Researchers have created an X-ray scanning machine that shows the shape of an object and its molecular composition.
A new vaccine has shown promise at protecting monkeys and mice from COVID-19, its variants and other coronaviruses.
A team has demonstrated in mouse models that a self-assembling nanofibre material could limit the damage caused by cytokines in inflammatory diseases.
Six antibodies specific to the circumsporozoite protein of the malaria parasite have shown promise as therapeutic interventions, a study has shown.
Researchers have shown that administering a urinary tract infection vaccine directly to the bladders of mice helped them to effectively fight bacteria.
A new technique using CRISPR has been developed by researchers to identify programmed stem cells that mature into neuronal cells.
Scientists have demonstrated an innovative technique for creating microparticles for tissue engineering out of a combination of disordered and partially ordered proteins.