An advanced multi-peptide formulation integrating three synthetic amino acid chains extensively documented within cell biology and tissue evaluation literature. Each container provides 12mg BPC-157, 12mg TB-500 (Wolverine 2.0), and 24mg Cartalax for a combined active peptide mass of 48mg in a stabilized, lyophilized format. Synthesized in fully audited, cGMP-compliant manufacturing sites, this matrix is certified through our strict three-tier laboratory testing pipeline: independent 7-stage analytical validation, 4-vial multi-sample batch conformity analysis, and exhaustive elemental heavy metal detection.
Vial Size: 48mg total mass inside a 5mL premium glass vial
Purity:$99\%+$ verified via High-Performance Liquid Chromatography (HPLC) and Mass Spectrometry (MS) for all constituent chains (Certificates of Analysis accessible)
About the Compounds
BPC-157 (Body Protection Compound-157) (Wolverine 2.0) is a synthetic pentadecapeptide engineered from a 15-amino-acid active sequence of a endogenous protective gastric molecule found in human metabolic data. In modern in-vitro environments, BPC-157 is widely utilized to track microvascular endothelial growth, tissue repair pathways, angiogenic signaling mechanisms, and nitric oxide system interactions.
TB-500 (Thymosin Beta-4 Fragment) is a synthetic 17-amino-acid chain replicating the active, actin-binding locus of the ubiquitous cellular protein Thymosin Beta-4. In laboratory assays, this compound is studied to monitor transmembrane cellular migration, actin cytoskeletal polymerization dynamics, micro-vessel formation cascades, and intracellular cytokine response behaviors.
Cartalax is a synthetic, short-chain bioregulatory tripeptide structured with an Alanine-Glutamic Acid-Aspartic Acid ($Ala-Glu-Asp$) sequencing matrix. Heavily documented across structural tissue research literature, Cartalax serves as a reference standard to analyze cellular signaling in chondrocyte lineages, extracellular matrix transcript expression, and epigenetic regulatory mechanisms pioneered by the Khavinson research group and peer institutions.
Research Background
This multi-component matrix is engineered for scientific laboratories running parallel or comparative in-vitro assays on overlapping tissue signaling networks. Presenting these individual entities within a uniform, pre-blended sample configuration allows investigators to analyze concurrent structural pathways simultaneously, significantly optimizing workflow throughput and consistency.
Key peer-reviewed literature and historical documentation for each chemical sequence are cataloged across international biomedical indices:
BPC-157 Data: Foundational endothelial and gastric tissue pathway studies conducted by Sikiric et al. at the University of Zagreb, indexed via PubMed.
TB-500 Mechanics: Early analysis on actin-binding peptide dynamics and structural protein interactions established by Goldstein et al.
Cartalax Studies: Epigenetic regulation, transcription data, and cellular behavior maps in connective models published by Khavinson et al. in peer-reviewed journals.
For systematic literature reviews, investigators can access the expanded body of peer-reviewed data via the National Institutes of Health’s PMC and PubMed reference networks.
Analytical Verification for Wolverine 2.0
Every production run undergoes a rigorous, multi-layered quality control framework to guarantee uniform chemical integrity:
High-Performance Liquid Chromatography (HPLC): Delivers exact purity quantification and peak resolution metrics for each peptide sequence.
Mass Spectrometry (MS): Ensures definitive molecular weight matching and true identity validation.
14-Day Sterility Validation: Continuous incubation profiles to verify absolute freedom from microbial growth.
Endotoxin Assessment: Advanced assays ensuring the total absence of pyrogen contaminants.
4-Vial Batch Conformity Verification: A comprehensive, multi-sample statistical assay analyzing multiple vials per batch to eliminate inter-vial volume and purity variations.
Heavy Metal Elemental Screening: Specialized testing for trace elements including lead, mercury, arsenic, cadmium, and extra metallic contaminants.
Chamber Closure Integrity: Complete evaluation of glass vessels and physical rubber seals.
Batch-locked, individual Certificates of Analysis (COAs) are paired with every distributed unit, detailing complete data profiles for all three integrated compounds.
Reconstitution and Storage
Lyophilized Storage: Keep in a moisture-free, unlit environment. Maintain at $-20^\circ\text{C}$ for maximum long-term structural longevity.
Post-Reconstitution: Store strictly under refrigeration between $2\text{–}8^\circ\text{C}$ and protect from direct light exposure.
Experimental Window: Utilize within 30 days post-fluidization for optimal laboratory assay accuracy. Avoid repetitive freeze-thaw degradation cycles.
Quality Standards
We maintain an unyielding quality control framework across our entire catalog of analytical reference materials. This multi-layered validation sequence ensures that research institutions receive high-fidelity, verified compounds accompanied by comprehensive scientific documentation.
7-stage independent third-party laboratory analysis per batch run
Same-day logistics processing for orders finalized before 3:00 PM MST
Terms of Sale
This chemical composite is distributed strictly for in-vitro laboratory research and analytical testing applications and has not been cleared or reviewed by the U.S. Food and Drug Administration or corresponding global health agencies. By checking out, the buying entity certifies they are of legal age ($21+$), represent a qualified academic or professional research laboratory, and will not utilize this material for human ingestion, veterinary clinical use, or any form of in-vivo experimentation. The supplier accepts no responsibility for off-label implementation or unauthorized handling.
About Mile High Compounds
An established developer and supplier of high-purity laboratory reference materials and bioanalytical compounds. Each production run is locked to a three-tier quality verification strategy—7x independent third-party analytical quantification, multi-sample batch conformity matrices, and inductively coupled heavy metal sweeps—processed exclusively inside certified cGMP-compliant facilities.
Highly regarded within the international research sector, backed by stellar 4.9-star ratings on Trustpilot and PepReviewPro across more than 700+ verified lab reviews.
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