Gut-Brain Axis Research Protocol (Research Use Only)
$195.00
Synergistic BPC-157 + Selank combination for gut-neural pathway research. Pre-optimized dosing for comprehensive axis investigation.
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Why Choose This Product
Pharmaceutical-Grade Purity
Independently verified at ≥99% purity via LC-MS/MS testing
Lyophilized for Stability
Advanced freeze-drying preserves molecular integrity
Full Documentation Included
COA, endotoxin testing, and batch verification provided
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Gut-Brain Axis Research Protocol (Bundle)
Elevate the integrity of your laboratory findings with the PeakForce Labs Gut-Brain Axis Research Protocol, a meticulously engineered stack designed for researchers who demand high-fidelity data consistency in studies involving the complex signaling pathways between the gastrointestinal tract and the central nervous system.
By utilizing this specific Protocol, you eliminate the variables inherent in fragmented procurement. Every compound in this protocol is synchronized for synergistic laboratory performance, allowing for a more comprehensive analysis of neuro-immunological interactions and hormone-mediated signaling.
The Gut-Brain Axis Research Protocol Components:
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PEAKCORE BPC-157+ Capsules: A gastric-stable peptide form optimized for comparative research on oral bioavailability and localized tissue repair. Each capsule contains 1,000mcg of highly stable, research-grade BPC-157, formulated for metabolic rate markers in encapsulated delivery forms.
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VIP 10mg (Vasoactive Intestinal Peptide): Lyophilized neuro-signaling peptide optimized for BDNF/NGF expression and cytokine regulation research. Ideal for in vitro studies exploring neurotransmitter pathway modulation and vascular-intestinal signaling.
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SELANK 10mg: Optimized for in vitro studies of neurotransmitter pathway modulation and gene expression related to stress responses. Facilitates deep-dive analysis of brain neurotransmitter systems for cognitive and mood-related research.
Verified Integrity & Laboratory Optimization
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99%+ Purity Verified: Every component in this Gut-Brain Axis Research Protocol undergoes rigorous USA-based testing to ensure >99% purity (refer to COA for batch-specific data).
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Integrated Value: This protocol offers an “Integrated Value” discount, providing a $40.00 savings compared to individual component acquisition.
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Advanced Data Consistency: Every vial and capsule is color-matched and standardized to ensure the aesthetic and technical quality of your modern laboratory environment.
FOR RESEARCH USE ONLY. NOT FOR HUMAN CONSUMPTION.
Product Specifications
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Components: PEAKCORE BPC-157+ Capsules + VIP 10mg + Selank 10mg
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Bundle Type: Integrated gut-neural pathway system
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Primary Research Applications: GI tissue repair, anxiolytic pathways, neural-immune modulation
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Form: Multi-compound research protocol
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Grade: Pharmaceutical-grade components (≥98% purity)
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Package Contents: 3 research compounds, full COA documentation
Research Citations & Literature
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Gastric Stability (BPC-157): Stable gastric pentadecapeptide BPC 157 in trials for inflammatory bowel disease
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Neuro-Immunological Signaling (VIP): Vasoactive intestinal peptide: a neuropeptide with pleiotropic immune functions
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Neurotransmitter Modulation (Selank): Antianxiety effect of Selank and its impact on expression of genes involved in GABAergic neurotransmission
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The Metabolic Agonist Stack (Research Use Only)
Metabolic Agonist Stack
The Metabolic Agonist Stack is a high-fidelity research system engineered for the comprehensive analysis of metabolic signaling and cellular energy pathways. This integrated protocol combines three advanced research compounds—SLU-PP-332, 5-Amino 1MQ, and BurnCore—to provide a synchronized matrix for longitudinal studies.
This stack is designed to facilitate in vitro research into NNMT inhibition, PPARδ activation, and thermogenic signaling. By utilizing this protocol, researchers can eliminate variables associated with fragmented procurement while ensuring data consistency through USA-verified components with 99%+ purity.
Primary Research Objectives:
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Mitochondrial Efficiency: Analyzing the impact of NNMT inhibition on NAD+ availability and cellular energy production.
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Metabolic Rate Markers: Investigating cellular fat oxidation and energy output variables through standardized encapsulated delivery forms.
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Lean Tissue Preservation: Observing pathways related to muscle maintenance and metabolic homeostasis in cellular models.
FOR RESEARCH USE ONLY. NOT FOR HUMAN CONSUMPTION.
