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Intracellular infected macrophages represent a key therapeutic target in persistent infections. These cells serve as reservoirs for pathogens, evading immune clearance. Targeting strategies involve delivering drugs specifically to infected macrophages, often using nanoparticles that respond to the unique intracellular environment (e.g., elevated ROS/GSH). This approach aims to enhance pathogen killing, modulate the immune response, and ultimately resolve the infection.
Targeted drug delivery and/or immunomodulation within infected macrophages, promoting pathogen clearance and/or enhancing host immune responses. Specific mechanisms depend on the drug and delivery system employed, including antibiotic activity, redox modulation (GSH depletion, ROS increase), and cytokine induction.
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