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Scientists in the UK have developed a super-strong antibody that could dramatically improve how the immune system attacks cancer cells by boosting its activation power.
Researchers at the University of Southampton have designed a new type of antibody that could strengthen the immune system’s ability to fight cancer. The team, supported by Cancer Research UK, discovered that by increasing the rigidity of antibodies - tiny proteins produced by white blood cells - they could trigger a much stronger immune response.
Antibodies work by attaching to harmful cells like bacteria, viruses, or cancer cells, marking them for attack by the immune system. The new prototype, which features extra structural bonds to stiffen its Y-shaped form, was found to outperform naturally occurring antibodies in lab tests.
“The concept of using immuno-stimulation for cancer treatment is very exciting,” said Professor Mark Cragg of the Centre for Cancer Immunology. “Even small increases in rigidity significantly improve how well antibodies can activate the immune system.”
Using supercomputers, the team visualized antibodies at atomic detail to precisely insert additional disulfide bonds—tiny bridges that stabilize the structure. This made the antibodies more rigid, allowing them to hold immune receptors closer together and produce a stronger activation signal.
PhD student Isabel Elliott explained: “Floppier antibodies are less effective at triggering immune cells. Rigid ones seem to organize the receptors better, leading to a more powerful response.”
Dr. Ivo Tews, Professor in Structural Biology, added that this strategy could be applied to a wide range of immune-related molecules, not just those used in cancer therapy.
Dr. Iain Foulkes, Executive Director of Research and Innovation at Cancer Research UK, emphasized the potential impact of the findings: “Refining how we harness the immune system is a vital step forward. These super-strong antibodies could empower new, more effective treatments for patients undergoing immunotherapy.”
The research is published in the journal Nature Communications, marking a promising step toward next-generation cancer treatments designed to supercharge the body’s natural defenses.
Italian fashion designer Valentino Garavani has died at the age of 93, his foundation said on Monday.
More than 100 vehicles were involved in a massive pileup on Interstate 96 in western Michigan on Monday (19 January), forcing the highway to shut in both directions amid severe winter weather.
The European Parliament has frozen the ratification of a trade agreement with the United States after fresh tariff threats from Donald Trump, escalating tensions between Washington and Brussels.
A fresh consignment of precision-guided munitions has departed from the Indian city of Nagpur bound for Yerevan, marking the latest phase in the rapidly expanding defence partnership between India and Armenia.
Start your day informed with AnewZ Morning Brief: here are the top news stories for 19 January, covering the latest developments you need to know.
New modelling suggests Mars shapes some of Earth’s long-term orbital rhythms, including shorter eccentricity cycles and a 2.4-million-year pattern that vanishes without its gravitational pull.
Ashley St. Clair, mother of one of Elon Musk’s children, has filed a lawsuit against Musk’s company xAI, alleging that its AI tool Grok generated explicit images of her, including one portraying her as underage.
Britain’s Royal Navy has successfully conducted the maiden flight of its first full-sized autonomous helicopter, designed to track submarines and carry out high-risk maritime missions amid rising tensions in the North Atlantic.
Dubai is set to launch commercial air taxi services by the end of the year, according to the emirate’s Roads and Transport Authority (RTA).
Astronomers have observed a white dwarf - a highly compact Earth-sized stellar ember - that is creating a colourful shockwave as it moves through space, leaving them searching for an explanation.
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