The Alluvi BPC-157 & TB-500 40mg Pen is a precision-formulated investigational peptide device developed for laboratory repair and tissue recovery research applications. Developed by Alluvi Healthcare, this prefilled pen contains a synchronized 40mg dual-peptide blend engineered for cellular repair, angiogenic, and anti-inflammatory pathway studies.
Each pen delivers a total peptide content of 40mg in a stabilized solution format designed for controlled and repeatable research administration. The convenient pen system removes the need for reconstitution while supporting accurate, unit-dial dose selection. Alluvi BPC-157 & TB-500
Key Features
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40mg total peptide content (dual-action BPC-157 & TB-500 research blend)
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Dual-action recovery compound for advanced cellular research
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Engineered for angiogenesis, tissue repair, and inflammatory modulation pathways
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Prefilled research pen with 4 x 10mg dosing format
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No reconstitution required – pre-mixed, stabilized solution
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Precision dosing delivery system for consistent measurement
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Manufactured to high purity standards by Alluvi Healthcare
How to Use
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Attach a sterile compatible needle before use
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Prime according to package instructions if required
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Select the desired dose for research protocol
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Administer via subcutaneous route where applicable
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Store refrigerated between 2–8°C
How It Works
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BPC-157 and TB-500 act synergistically to target cellular repair, angiogenesis, and tissue migration mechanisms.
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Research focuses on collagen synthesis, extracellular matrix remodeling, and systemic anti-inflammatory pathways.
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The Alluvi prefilled pen format supports convenient laboratory administration without reconstitution variability.
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Precision dial dosing allows controlled, accurate, and repeatable investigational outcomes.
Recommended Research Pairings
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May complement broader tissue regeneration and recovery investigation protocols.
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Often researched alongside Alluvi Retatrutide or metabolic frameworks for comprehensive systemic studies.
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Can be included within advanced multi-variable laboratory peptide studies.













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