RSV infection in mice prevents breast cancer spread to lungs

Researchers found that infecting mice with respiratory syncytial virus (RSV) reduced breast cancer cells' ability to form tumors in the lungs by 65 to 70 percent. The effect stems from type I interferons, proteins that fight viral replication and hinder cancer cell seeding. The study raises hopes for drugs mimicking this mechanism.

Scientists at Imperial College London infected 23 mice intranasally with RSV, a virus causing cold-like symptoms, while 16 control mice received saline. Twenty-four hours later, all mice were injected with breast cancer cells. After 28 days, the RSV group showed 65 to 70 percent fewer tumor nodules in their lungs compared to controls, though nodule sizes were similar in both groups, indicating the virus mainly blocks initial seeding rather than growth. Cecilia Johansson, the lead researcher, called the findings 'very exciting,' noting no prior study had demonstrated this effect. She said, 'This is very exciting; no study has shown what we have shown.'

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Realistic depiction of a long COVID patient experiencing fatigue and breathing difficulties, overlaid with highlighted CD14+ monocytes (LC-Mo state) and inflammatory markers from recent immune study.
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Study links a distinct CD14+ monocyte state to fatigue and breathing symptoms in long COVID

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Researchers analyzing immune cells from people with long COVID have identified a distinct molecular state in CD14+ monocytes—labeled “LC-Mo”—that was more prevalent among patients whose initial COVID-19 illness was mild to moderate and that tracked with reported fatigue and respiratory symptoms, along with higher levels of inflammatory signaling molecules in blood plasma.

New research indicates that severe cases of COVID-19 or influenza can alter lung immune cells, potentially increasing cancer risk months or years afterward. The study, conducted by scientists at the University of Virginia, highlights the role of chronic inflammation in this process and emphasizes vaccination as a preventive measure. Findings suggest closer monitoring for affected patients to enable early detection.

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Scientists have harvested antibodies from the blood of paediatricians to develop new preventative treatments for respiratory syncytial virus (RSV) and human metapneumovirus. These antibodies outperform existing therapies by up to 25 times and target a wider range of strains. The discovery stems from the natural immunity built by paediatricians through years of exposure to respiratory viruses.

Researchers at Northwestern University have developed a more effective therapeutic vaccine for HPV-related cancers by rearranging components in a DNA-based nanoparticle. This structural adjustment significantly enhances the immune system's ability to target and destroy tumors. The findings, published in Science Advances, highlight the importance of molecular arrangement in vaccine design.

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Scientists at Johns Hopkins have found that Fusobacterium nucleatum, a bacterium associated with gum disease, can travel to breast tissue via the bloodstream, causing DNA damage and accelerating tumor growth and spread. The effect is particularly pronounced in cells with BRCA1 mutations. The research highlights a potential connection between oral health and breast cancer risk.

Researchers have identified a new class of orphan non-coding RNAs, called oncRNAs, that appear across various cancer types and form unique molecular signatures. These molecules not only identify cancer type and subtype with high accuracy but also drive tumor growth in some cases. Their presence in the bloodstream offers potential for simple blood tests to monitor treatment response and predict patient survival.

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