VIP is a neuroimmune peptide with far-reaching effects on inflammation regulation, detoxification pathways, neurological signaling, respiratory function, and autonomic balance. It binds to VPAC receptors located throughout the brain, gut, lungs, and immune system, giving it a uniquely broad physiological reach. Because these receptors sit at the crossroads of immune, endocrine, and neurological communication, VIP plays an important role in maintaining whole-body regulation and restoring homeostasis during periods of stress.
VIP has gained significant attention in research involving mold toxicity and environmental biotoxin exposure, where neuroimmune disruption is common. Studies highlight VIP’s potential to help rebalance cytokine activity, regulate excessive inflammatory responses, and support the body’s ability to clear toxins through improved cell signaling. It may also help normalize markers disrupted by mold exposure—such as VEGF, MSH, and certain inflammatory cytokines—while supporting recovery of cognitive function, respiratory clarity, and autonomic nervous system stability. These properties make VIP a central focus in the field of neuroimmune and environmental sensitivity research.
Because it influences both the brain and immune system simultaneously, VIP may help improve mental clarity, calm the stress response, regulate breathing patterns, and restore a sense of physiological balance. Its integrative impact makes it one of the most unique peptides in the detoxification, neuroinflammation, and environmental health space.
Key Highlights:
• Supports neuroimmune balance across brain, gut, lung, and immune pathways
• Widely researched for mold toxicity and biotoxin-related inflammation
• Helps regulate abnormal cytokine activity and inflammatory markers
• Promotes respiratory clarity and autonomic nervous system harmony
• Supports detoxification signaling and recovery from environmental stress
• May enhance cognitive clarity, focus, and overall energy
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