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GLOW (GHK-Cu 50MG / BPC-157 10MG / TB-500 10MG ) Pen research product
LotGLOWPEN01HPLC purity99.88%TestedJun 10, 2026ILS Laboratories · ISO/IEC 17025 accredited

Copper Peptide Research

GLOW (GHK-Cu 50MG / BPC-157 10MG / TB-500 10MG ) Pen

GLOW is a multi-peptide research blend. It comes in a disposable research pen format. It features BPC-157, TB-500 / Thymosin Beta-4 Fragment, and GHK-Cu at a total blend strength of 10MG / 10MG / 50MG.

In stock · ready to shipEarn 199 points
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Your purchasing batch
GLOWPEN01
Certificate on record for this lot

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Commonly Researched With

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Best SellerBacteriostatic Water 0.9%Bacteriostatic Water 0.9%From $12.99Best SellerGLP-3 RTGLP-3 RTFrom $49.99Best SellerGHK-CuGHK-CuFrom $44.99Best SellerTesamorelinTesamorelinFrom $79.99

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Verified test results

Every batch, independently verified.

Each batch is analyzed by ILS Laboratories, an independent ISO/IEC 17025 accredited lab, before release. Below is the report for lot GLOWPEN01, summarized from the certificate the lab published.

ILS
ILS Laboratories
Independent · ISO/IEC 17025 accredited
PASS
Certificate of Analysis · COA-2026-954743
99.88%
Purity by HPLCSPEC ≥ 95.0%
Lot
GLOWPEN01
Tested
Jun 10, 2026
Labeled
70mg
Measured
74.02mg
ISO 17025 accreditedFentanyl freeFull QC panel
MethodFull QC Panel
IssuedAug 2, 2026 · signed by the lab director
VerifyQR code and access code printed on the certificate
GLOW (GHK-Cu 50MG / BPC-157 10MG / TB-500 10MG ) Pen certificate of analysisOpen the GLOWPEN01 certificate
View the signed certificate →
Full QC Panel✓ 7 passed · 1 reported
Appearance
Per certificate
Good
PASS
Identity
HPLC
Confirmed
GHK-Cu + BPC-157 + TB-4
PASS
Purity
HPLC
99.88%
SPEC ≥ 95.0%
PASS
Net content
HPLC
74.02mg
REPORT ONLY
REPORTED
Sterility
PCR
No Growth
PASS
Endotoxins
LAL
<0.05EU/mL
SPEC ≤ 5 EU/mL
PASS
Heavy metals
ICP-MS
All Below Limits
USP <233>
PASS
Fentanyl screen
Per certificate
Not detected
PASS

Every batch on record

This lot ships under its own published certificate. Open any certificate below, exactly as the lab released it.

Open the COA portal →
Latest published
GLOWPEN01
99.88%

Labeled70mg

IdentityConfirmed

Measured74.02mg

TestedJun 10, 2026

View certificate →

Side by side

How Disguised compares.

Disguised
Typical supplier
Per-batch third-party COA
Yes
Rarely provided
ISO 17025 lab testing
Yes
Inconsistent
HPLC purity verified
Yes
Often unverified
Sterility tested
Yes
Rarely
Endotoxin tested
Yes
Rarely
Heavy metal tested
Yes
Rarely
Conformity testing
Yes
Not standard
Fentanyl screening
Yes
Not standard
Made & tested in the USA
Yes
Often overseas
Discreet, tracked shipping
Yes
Varies

Handling

Handling, storage and shipping

What ships

The injector pen and its cartridge, in the original carton, plus the Cold Pack Shipping kit.

Storage and handling

  • Refrigerate on arrival at 2°C to 8°C (36°F to 46°F). Do not freeze.
  • Keep the pen in its original carton and protect it from light.
  • Allow the pen to reach room temperature before handling.
  • Inspect before use. The solution should be clear and free of particulates. Do not use if it is cloudy or discoloured.
  • Record the batch number printed on the pen label against the certificate of analysis for that lot.
  • Keep out of reach of children and animals.

Cold chain shipping

Pens ship temperature controlled. A Cold Pack Shipping kit is added to your cart automatically when you add a pen, at $19.99, and stays on the order so the cold chain holds in transit. Refrigerate the pen as soon as it arrives.

Important research notice

Not for human, veterinary, or food use. This product is sold exclusively for laboratory research purposes. It is not intended to diagnose, treat, cure, or prevent any disease, and has not been evaluated by the FDA.

All referenced publications and registries are sourced from peer-reviewed journals and official registries. They are provided for educational reference only and are not product claims.

By purchasing, you confirm you are a qualified researcher and will handle this product in accordance with all applicable laws and regulations.

Ready when you are

Nothing ships without paperwork. Every lot is on record.

The lot on this page links to the signed certificate for that batch.

1Lot on record
99.88%HPLC purity, latest lot
17025ISO/IEC accredited lab
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View Full Product Description

Research pen

GLOW (GHK-Cu 50MG / BPC-157 10MG / TB-500 10MG ) Pen: product details and research reference

GLOW is a multi-peptide research blend. It comes in a disposable research pen format. It features BPC-157, TB-500 / Thymosin Beta-4 Fragment, and GHK-Cu at a total blend strength of 10MG / 10MG / 50MG. The blend is made for controlled lab studies of peptide-regulated tissue-response pathways, extracellular matrix signaling, and copper peptide biology. Other areas include cellular remodeling models and collagen-associated research. It is also used in angiogenesis-associated signaling and repair-pathway research systems.

Disguised Alpha GLOW Disposable Research Pen brings together three high-interest peptide research compounds in one finished presentation. It suits labs that study overlapping peptide-signaling systems and dermal pathway models. It also fits connective-tissue research pathways and copper peptide response biology.

Product Details

Product NameGLOW
BlendBPC-157 / TB-500 / GHK-Cu
Strength10MG / 10MG / 50MG
Total Active Peptide Content70MG
FormatDisposable research pen
Peptide ClassMulti-peptide tissue-response and copper peptide research blend

Multi-Peptide Research Blend

70MG Total Active Peptide Content

GLOW combines BPC-157, TB-500 / Thymosin Beta-4 Fragment, and GHK-Cu. They come in one disposable research pen format. The pen is made for advanced peptide-signaling, dermal pathway, and connective-tissue research models. It also suits extracellular matrix and copper peptide research models.

BPC-157 Research

Studied in lab models of peptide-regulated tissue-response pathways and cellular repair signaling. Also used in gut-barrier pathway models and connective-tissue research systems.

TB-500 / TB-4 Fragment

Relevant to controlled research on actin-associated signaling and cellular migration models. Also used in angiogenesis-associated pathways and tissue-response research.

GHK-Cu Research

Studied in copper peptide signaling models of extracellular matrix pathways and collagen-associated systems. Also used in dermal biology and peptide-metal complex behavior research.

Why GLOW Matters in Research

GLOW is built around three complementary peptide research pathways. BPC-157 is studied in tissue-response, epithelial, and gut-barrier models. It also appears in cellular repair-signaling models. TB-500 / Thymosin Beta-4 Fragment is studied in actin-associated signaling and cellular migration. It is also studied in angiogenesis-associated pathways and tissue-remodeling research systems.

GHK-Cu adds a copper peptide research component. It is often studied in extracellular matrix signaling, dermal pathway models, and collagen-associated research. Other areas include oxidative stress pathway studies and peptide-metal complex behavior. Together, the blend creates a strong multi-pathway research profile. It centers on cellular remodeling, tissue-response, and matrix-associated biology.

The disposable research pen format gives a finished presentation. It suits researchers who want a clean, premium, clearly labeled multi-peptide blend. It also supports structured lab documentation and handling.

  • 10MG BPC-157 content.
  • 10MG TB-500 / Thymosin Beta-4 Fragment content.
  • 50MG GHK-Cu content.
  • 70MG total active peptide blend.
  • Disposable research pen format.
  • Studied in tissue-response and cellular remodeling pathway research.
  • Relevant to extracellular matrix, collagen-associated, and copper peptide pathway models.
  • Built for peptide-signaling and dermal pathway research. Also fits connective-tissue and repair-pathway research systems.

Research Applications

  • Peptide-regulated tissue-response pathway research.
  • Extracellular matrix signaling studies.
  • Collagen-associated pathway research.
  • Copper peptide biology models.
  • Dermal pathway research.
  • Cellular remodeling models.
  • Angiogenesis-associated signaling research.
  • Actin-associated pathway studies.
  • Connective-tissue pathway research.
  • Peptide-metal complex behavior studies.

Selected research and evidence

Primary research relevant to the named compound or clearly identified component is linked below. Experimental results depend on identity, model and formulation.

  1. BPC-157 and tendon fibroblast migrationTendon explants and cultured cells · 2011 · PMID 21030672

    Examined cell migration and FAK/paxillin signaling. The reported migration response should not be described as direct stimulation of cell proliferation.

  2. GHK-Cu and collagen synthesis in fibroblastsCell culture · 1988 · PMID 3169264

    Studied a copper-peptide complex in fibroblast cultures. Cell-culture findings do not establish skin penetration or performance of a finished formulation.

  3. Thymosin beta-4 and its actin-binding regionPeptide comparison · 2003 · PMID 14500546

    Compared full-length thymosin beta-4 with a shorter region. Full-length thymosin beta-4 and a short TB-500 fragment are not interchangeable identities; check the lot-specific sequence.

Documentation and research handling

Retain the product label and lot number with the research record. Review the matching certificate of analysis for test coverage and reported results. Identity, analytical purity, measured content, sterility and endotoxin testing are distinct assessments; one does not establish the others.

Follow the supplied label and your laboratory’s validated handling and storage procedures. Record the vehicle, concentration and preparation date where relevant. Dry-material stability does not establish the shelf life of a prepared solution.

Product questions

Which product details should I check?

Match the compound or ingredient identity, format, labeled quantity and shipping lot. Similar names or different formulations should not be treated as equivalent.

Where is the batch-specific evidence?

Open the linked certificate for the assigned lot or use the COA portal. Check sample identity, methods, date and reported measurements. A report for another lot or formulation is not a substitute.

Do these studies test this finished product?

The references describe the materials and conditions used by their authors. They do not establish that this commercial formulation was tested. For blends, evidence on an individual component does not validate the finished mixture or establish synergy.

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