Researchers Unveil Immune Cells That Detonate Like Explosives

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Researchers at Stanford University have identified a novel type of immune cell that annihilates threats through a detonation mechanism, vanishing within minutes without leaving any remnants. Observed in planarian flatworms, renowned for their ability to regenerate from minor segments, these cells have been termed 'ruptoblasts' due to their explosive defense strategy. As detailed in the journal Cell, the hormone activin initiates the rupture, discharging toxic agents that eliminate surrounding bacteria and foreign cells before the ruptoblast itself is lost. Unlike T-cells and other immune cells derived from blood, ruptoblasts originate from glands and their destructive burst remains highly localized. The cells were evaluated against E. coli, human kidney cells, and mouse blood, with researchers suggesting that this finding could lead to innovative, targeted therapies for infections and tumors. Disclosure: This video contains stock footage and content created or enhanced using AI-assisted tools.  ai-generated

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00:00Scientists just discovered an immune cell that fights infection by blowing itself up.

00:04Stanford researchers found these cells called ruptoblasts while studying planarian flatworms,

00:10tiny aquatic animals famous for regenerating their whole bodies from a single slice.

00:15When triggered by a hormone called activin, ruptoblasts explode within minutes,

00:20releasing toxic substances that kill nearby bacteria before vanishing completely without a trace.

00:27Unlike human T-cells, which come from bone marrow,

00:31ruptoblasts are glandular cells that build a violent surge of calcium right before they detonate.

00:37Researchers tested the cells against E. coli bacteria, human kidney cells and mouse blood,

00:42and found the destruction stayed tightly contained, with no spreading or lasting damage.

00:48Scientists say this ancient defense system, hidden inside a creature that survived hundreds of millions of years,

00:55could inspire entirely new laser-targeted treatments for infections and tumors.

01:00Disclosure. This video contains stock footage and content created or enhanced using AI-assisted tools.

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