Hypothetical scenarios explaining the immunoadjuvant action of granulysin. (A) Granulysin directly acts on TLR4 and/or a Gi protein–coupled receptor to mediate chemotaxis and DC activation/maturation. (B) Granulysin interacts with other molecules to form molecular complexes that then stimulate TLR4 or other pattern recognition receptors (PRR). (C) Granulysin kills a fraction of vulnerable cells, thereby triggering the exposure or release of cell death–associated molecules (CDAMs), which act on TLR4 and perhaps other PRR.

Hypothetical scenarios explaining the immunoadjuvant action of granulysin. (A) Granulysin directly acts on TLR4 and/or a Gi protein–coupled receptor to mediate chemotaxis and DC activation/maturation. (B) Granulysin interacts with other molecules to form molecular complexes that then stimulate TLR4 or other pattern recognition receptors (PRR). (C) Granulysin kills a fraction of vulnerable cells, thereby triggering the exposure or release of cell death–associated molecules (CDAMs), which act on TLR4 and perhaps other PRR.

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