Vip-NeuroX

Description

VIP-NeuroX™ is designed for precision research into neurovascular communication and immune system signaling. VIP is recognized for its interaction with VPAC1 and VPAC2 receptors, influencing vasodilation, neurotransmitter release, and immune cell activity. Its molecular properties make it highly relevant in studies focused on cognitive performance, neuroprotection, inflammatory balance, and tissue homeostasis. This formulation offers consistent purity and stability, supporting reproducible laboratory outcomes in advanced biological research programs.

Benefits

• Supports research on cerebral blood flow and vasodilation pathways

• Facilitates studies in neuroprotection and neuronal signaling

• Contributes to immune modulation and inflammatory response analysis

• Supports investigation of cognitive performance mechanisms

• Aids research into tissue protection and cellular resilience

• Enhances studies on neurotransmitter regulation

• Supports modeling of stress-response and recovery pathways

• Contributes to regenerative and repair signaling research

• Facilitates studies on vascular homeostasis

• Supports systemic signaling and cellular communication research

Scientific Areas of Study

Neuroscience:
Studied for its role in neurotransmission, synaptic modulation, and cerebral perfusion.

Immunology:
Investigated for its regulatory effects on cytokine signaling and immune balance.

Vascular Biology:
Applied in research related to vasodilation and endothelial function.

Regenerative Science:
Supports studies in tissue protection and cellular recovery mechanisms.

Inflammation Research:
Evaluated for its role in inflammatory pathway modulation.

Research Conclusion 

VIP-NeuroX™ (10 mg/ml) is a research-grade VIP formulation engineered for advanced investigations in neurovascular regulation, immune modulation, and cellular communication. Its high molecular purity, standardized concentration, and laboratory-grade stability make it a reliable compound for scientific programs in neuroscience, vascular biology, and regenerative research. This product is strictly intended for research use only.