- Cancer immunotherapy, which is practised in some cancer treatments, uses antibodies to detect and attach to cancer cells which trigger the immune system to destroy them.
- This immunotherapy has proved successful for some cancers but is not effective for many cancer patients.
- Recently developed therapeutic antibodies will now be utilised to successfully treat cancer.
- High-affinity binding has been the key to therapeutic antibody development for decades.
- Therefore, a study was conducted by the Center for Cancer Immunology, University of Southampton that shows cancer therapies can be enhanced by altering the way antibodies attach to targets.
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- Since antibodies have the function of detecting and tagging viruses in the body, these immune systems have a tighter grip on these targets, known as "higher affinity."
- The study showcases that different types of therapeutic antibodies called "immunomodulatory antibodies" are successful in treating cancer when they have a loose grip.
- The research team believes that affinity engineering, which implies changing the tightness of binding, can offer an efficient, more flexible opportunity to treat cancer.
- The study examined the CD40, 4-1BB, and PD-1 receptors and discovered that looser binding led to better receptor clustering and increased signalling into immune cells. Among these, CD40 shows a greater capacity for destroying tumour cells.
- One of the pillars of immunotherapy, immunomodulatory antibodies are quickly replacing chemotherapy as a standard cancer treatment in cancer treatment hospitals and need further extensive research.
Source- ET Healthworld
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