LMU researchers have clarified how the toll-like receptor 7 in our immune system detects viral RNA using specific enzymes, highlighting its role in immune response and autoimmune disease management. Credit: SciTechDaily.com
Toll-like receptor 7 , located in the dendritic cells of our immune system, plays a crucial role in our natural defense against viruses. TLR7 recognizes single-stranded viral and other foreignand activates the release of inflammatory mediators. Dysfunctions of this receptor also play a key role in autoimmune diseases, making it all the more important to understand, and ideally modulate, the exact activation mechanism of TLR7.
Endonucleases cut the RNA molecules through the middle like scissors, while exonucleases cleave the thread from one end to the other. This process generates various RNA snippets, which can now bind to two different pockets of the TLR7 receptor. Only once both binding pockets of the receptor are occupied by these RNA pieces a signaling cascade set in motion, which activates the cell and triggers a state of alarm.
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