Vigor Peptides

Glow Research Blend — 70 mg

Glow Research Blend — 70 mg is a multi-component research blend supplied as a single lyophilized preparation for controlled laboratory investigation.

Research Configuration
50 mg GHK-Cu · 10 mg TB-500 · 10 mg BPC-157

Total Content: 70 mg
Form: Lyophilized

Availability: In stock

$99.00 USD

Availability: In stock

Product Specifications

Glow Research Blend — 70 mg is supplied as a single lyophilized research preparation containing defined component quantities. The formulation is cataloged and documented by total content and individual component quantity for laboratory identification and experimental recordkeeping.

DesignationGlow Research Blend — 70 mg
Total Content70 mg
FormLyophilized
Research UseLaboratory Research Only

Research Configuration: 50 mg GHK-Cu · 10 mg TB-500 · 10 mg BPC-157

Analytical Verification

Batch-specific analytical documentation is provided where available for identity, purity, and quantity verification. Current Certificate of Analysis documentation associated with the applicable production lot should be used as the source of current batch-specific findings.

Vigor’s broader analytical testing, documentation, and batch-verification practices are detailed in our Quality & Testing Standards.

Research Context

This preparation contains GHK-Cu, TB-500, and BPC-157 in a fixed three-component configuration for controlled laboratory investigation of multi-component peptide systems.

The fixed component configuration allows the complete formulation to be documented as a single research material while preserving specified constituent quantities for experimental records and study design.

Research involving this material should be conducted using appropriately controlled laboratory methods and independently established experimental protocols.

Research Use Notice

Glow Research Blend — 70 mg is supplied exclusively as a laboratory research material. It is not intended for human or veterinary use, medical application, diagnostic use, therapeutic use, food use, or household use.

Purchasers and researchers are responsible for appropriate handling, storage, experimental procedures, and compliance with applicable requirements.

Technical Identity

Glow Research Blend contains four separately identifiable peptide research materials in a single lyophilized preparation. The reference information below describes the stable chemical identity of each component and is separate from current-lot analytical findings reported in the Certificate of Analysis.

GHK-Cu Reference Data

Reference Identity
Copper–GHK Complex
Peptide Sequence
GHK
Molecular Formula
C28H48CuN12O8
Molecular Weight
744.3 g/mol
CAS Reference
300801-03-0
PubChem CID
133697840

Reference values correspond to the GHK-Cu complex representation cataloged by PubChem.

BPC-157 Reference Data

Sequence
GEPPPGKPADDAGLV
Chain Length
15 Amino Acids
Molecular Formula
C62H98N16O22
Molecular Weight
1419.5 g/mol
CAS Reference
137525-51-0
PubChem CID
9941957

TB500 (17–23 Fragment) Reference Data

Sequence
Ac-LKKTETQ-OH
Reference Identity
N-Acetylated Heptapeptide
Molecular Formula
C38H68N10O14
Formula Weight
889.0
Parent Reference
Thymosin ?4 Residues 17–23
Form Reference
Acetylated Fragment

The Glow component is identified in current batch documentation as TB500 (17–23 Fragment) and should not be interpreted as full-length thymosin ?4.

Material Configuration

Form
Lyophilized
Configuration
Three-Component Blend
Labeled Content
70 mg Total
Presentation
Single Research Vial

Component Configuration: 50 mg GHK-Cu · 10 mg BPC-157 · 10 mg TB500 (17–23 Fragment)

Analytical Documentation

The technical identity information on this tab describes the referenced research materials and is not batch-specific. Current production-lot findings—including measured quantity, purity, identity confirmation, endotoxin testing, sterility screening, and other applicable analytical results—are provided in the current Certificate of Analysis and laboratory verification records available above.

Additional information regarding Vigor’s analytical testing and documentation practices is available in our Quality & Testing Standards.

Research use disclaimer
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