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Scientists have discovered a new kind of surface treatment that significantly reduces the growth of biofilms after exposure in space aboard the International Space Station. This breakthrough could help in reducing hospital-acquired infections. In another study, researchers have developed tiny nanoSABERs to aid in the battle against cancer. These nanoSABERs could potentially be used to destroy specific proteins on the surface of cells, offering a new treatment approach for a wide range of conditions, including cancer. Additionally, blocking an immune molecule has been found to reduce tumor growth and prolong the survival of the most aggressive childhood cancer in animal models. The immune system continues to be a focus in the fight against cancer, with recent scientific advances transforming immune cells into powerful therapeutics. These advancements offer hope for patients.
A new treatment approach that destroys specific proteins on the surface of cells could tackle a wide range of conditions, particularly cancers. https://t.co/Px9dKaYG70
Researchers develop tiny nanoSABERs to aid battle against #cancer @johnshopkins @advscinews https://t.co/LNCfS9mz8o https://t.co/C873jSo4hv
Researchers seeking to reduce hospital-acquired infections have now come up with an immune-boosting cocktail that increases the survival of mice exposed to the microbes responsible. https://t.co/osziOBfX9u
Two new studies reveal that the virus continues to put the immune system through a workout. https://t.co/Gu0sVuD50L
Latest cancer breakthroughs and treatments offer hope for patients (Sponsored Content by @bmsnews) https://t.co/s3BTIzgOUo
In the escalating battle against cancer, our immune cells have emerged as unlikely heroes. Recent scientific advances have transformed these cells into power-packed therapeutics trained to target malignancies https://t.co/E1G1RvELRO
Blocking immune molecule reduces #tumor growth, prolongs survival of most aggressive childhood #cancer in animal models https://t.co/zzOhxwkDvm https://t.co/wkIDGRMxK1
After exposure in space aboard the International Space Station, a new kind of surface treatment significantly reduced the growth of biofilms, scientists report. https://t.co/5oHIsmkkr7 https://t.co/8oqteYQr21