FOR LABORATORY RESEARCH USE ONLY INDIA-WIDE ENQUIRY SUPPORT
AvailableGLOW peptide blend (BPC-157, TB-500, GHK-Cu) research vial and carton – The Peptide Co. India

AESTHETICS / RESEARCH COMPOUND

GLOW

External Community Polls · Not Product Reviews
Available Sizes70 mg
CategoryAesthetics
Price · 70 mg₹7,000
Request Batch Documents Document availability must be confirmed for your selected lot.
Multi-Vial Savings

5+ vials: 10% off

About the Batch Report

Analytical results apply to a specific sample, batch and test method. Ask about the exact lot being offered; do not assume a generic purity figure or test panel applies to every batch.

Understand Batch Test Reports ↗
Available

About GLOW

GLOW is a multi-constituent research presentation combining BPC-157, TB-500 and GHK-Cu for comparative skin, hair, epithelial and tissue-remodelling research.

CLASSIFICATION

Multi-constituent research presentation

A characterised blend combining BPC-157, TB-500 and GHK-Cu for comparative laboratory research.

PRIMARY SYSTEM

Skin, matrix and repair signalling

A multi-component research blend containing BPC-157, TB-500 and GHK-Cu; see exact composition.

GLOW · Research Mechanism

Explore receptor targets and downstream signalling studied for this compound.

GHK-Cu: Collagen synthesis

Changes collagen production in cultured fibroblasts.

View primary study

GHK-Cu: Matrix metalloproteinase regulation

Modulates MMP-2 expression during matrix remodelling.

View primary study
GLOW
RESEARCH
PROFILE

BPC-157: VEGFR2–Akt–eNOS signalling

Engages vascular growth and nitric-oxide signalling in experimental models.

View primary study

TB-500: Actin-binding motif

The thymosin β4 fragment contains an actin-associated sequence.

View primary study
The cited study model identifies where each pathway was observed.

Published Research & Findings

Expand each group. Categories follow the linked Pep-Pedia source profile. Labels describe relative research emphasis and are not clinical efficacy grades.

Skin and matrix researchMost effective+

Collagen and elastin

Laboratory studies examine extracellular-matrix organisation and structural proteins.

Skin-barrier models

Research considers epithelial integrity, hydration and repair-related endpoints.

Evidence boundary

Formulation and route materially affect translation.

Hair and follicle researchEffective+

Follicle context

GHK-Cu and related research examines follicle environment and hair-cycle signalling.

Evidence boundary

Controlled evidence for this blend is not established.

Tissue repairModerate+

Repair models

BPC-157 and TB-500 research includes dermal and connective-tissue models.

Blend uncertainty

The contribution of each constituent cannot be separated without comparative study design.

Public Community Polls & Research Discussions

Pep-Pedia community poll distributions. Every response option returned for each displayed question is shown.

243 responses

Primary goal

Anti-aging43%
Recovery/Healing32%
General wellness12%
Fat loss5%
Cognitive enhancement1%
Show all 20 answer optionsShow top 5+
Muscle growth1%
Other: Hair and nail growth, recovery 0%
Other: Combat Debilitating Autoimmune Disease0%
Other: All of them combined0%
Other: Hair loss 0%
Other: Skin health0%
Other: All of the above!0%
Other: repair knee osteoarthritis0%
Other: Hair growth0%
Other: Skin firmness0%
Other: Skin/tissue health w/weight loss0%
Other (please specify)0%
Other: Sciatic pain and skin rejuvenating 0%
Other: Acne0%
Other: Avoid hair loss and strengthen nails0%
223 responses

Effectiveness

Too early to tell35%
Somewhat effective21%
Very effective17%
Neutral11%
Other (please specify)5%
Show all 30 answer optionsShow top 5+
Other: Havent started yet ... first time user 0%
Not effective at all0%
Other: Havnt yet0%
Other: Not using 0%
Other: Only 1 day in?0%
Other: NA0%
Other: I haven't tried it yet0%
Other: Haven't used0%
Other: Haven't started 0%
Other: Not start yet0%
Other: Have not used it yet0%
Other: Haven't started using0%
Other: I haven’t used it0%
Other: Haven’t started0%
Not very effective0%
Other: Haven't started0%
Other: I need to order it and start 0%
Other: No yet using 0%
Other: N/a0%
Other: Not taking0%
Other: Haven't started it yet. 0%
Other: Not began0%
Other: Not started yet0%
Other: Haven’t started yet0%
Other: Haven’t started 0%
206 responses

Side effects

No side effects39%
Injection site reaction37%
Other (please specify)10%
Fatigue3%
Headache2%
Show all 21 answer optionsShow top 5+
Water retention1%
Nausea1%
Other: Haven’t started yet 0%
Other: Diarrhea 0%
Other: none as I haven't started0%
Other: Haven't used0%
Other: Haven't started yet. 0%
Other: Have not started using.0%
Other: Constipation0%
Other: Diarrhoea 0%
Joint pain0%
Other: N/a0%
Other: Not started yet0%
Other: Have not started 0%
Other: not applicable0%
Other: Heart beat harder not faster at elevated doses0%
182 responses

Would recommend

Definitely yes37%
Not sure29%
Probably yes29%
Other (please specify)3%
Other: Haven't used1%
Show all 8 answer optionsShow top 5+
Other: Haven't started using.1%
Other: I’ve never used them1%
Other: Haven't started it yet. 1%

Reported Study Observations & Adverse Events

Research context belongs beside—not above—the safety and evidence boundary.

* Source context: Pep-Pedia research profile ↗. This catalogue uses a research-only summary and does not reproduce protocol or self-use instructions.

Reported observation window*

STAGE 1

Early observation · responses vary with the exact formulation and the ratios of its component peptides

STAGE 2

During follow-up · effects may reflect individual ingredients rather than a proven synergistic blend

STAGE 3

Ongoing observation · tolerability can differ for each component and may require separate evaluation

STAGE 4

Longer follow-up · combination-specific benefits and timing remain unestablished

Published Evidence & Trial Context

Study type is part of the product information. Laboratory, animal, observational and controlled human findings are not interchangeable.

SKIN AND MATRIX RESEARCH

Laboratory studies examine extracellular-matrix organisation and structural proteins.SOURCE-SYNTHESISEDTRANSLATION UNCERTAIN

HAIR AND FOLLICLE RESEARCH

GHK-Cu and related research examines follicle environment and hair-cycle signalling.SOURCE-SYNTHESISEDTRANSLATION UNCERTAIN

TISSUE REPAIR

BPC-157 and TB-500 research includes dermal and connective-tissue models.SOURCE-SYNTHESISEDTRANSLATION UNCERTAIN

References & citations.+
01glow research profileContent-synthesis source for indications, timelines, safety context and community reportingView source ↗
02PubMed literature for GLOWSearch peer-reviewed records for the exact compound nameView source ↗
03ClinicalTrials.gov records for GLOWSearch registered studies and their current statusView source ↗
04GHK-Cu: Collagen synthesisConstituent evidence only. Fibroblast cell cultures.View source ↗
05GHK-Cu: Matrix metalloproteinase regulationConstituent evidence only. Dermal fibroblast cultures.View source ↗
06BPC-157: VEGFR2–Akt–eNOS signallingConstituent evidence only. Endothelial cells and animal models.View source ↗
07TB-500: Actin-binding motifConstituent evidence only. Thymosin β4 motif study.View source ↗

Frequently Asked Questions

What is the GLOW price in India?+

The currently listed INR prices are 70 mg: ₹7,000. The prices above are for the labelled research presentations. Confirm availability, delivery charges and the final order total before payment.

What is the difference between GLOW and KLOW?+

GLOW combines BPC-157, TB-500 and GHK-Cu. KLOW adds KPV as a fourth constituent. Neither name fixes the milligrams of each constituent, so compare the labelled breakdown and batch documents rather than the blend name alone.

What other names are used for GLOW?+

GLOW blend; GLOW peptide blend are names used in material searches. A research blend listing associated with BPC-157, TB-500 and GHK-Cu. Its total mass and component ratio must be read from the actual presentation. Match the full label, form and batch documents; an alias alone does not authenticate a product.

How does GLOW compare with KLOW?+

A research blend listing associated with BPC-157, TB-500 and GHK-Cu. Its total mass and component ratio must be read from the actual presentation. A research blend listing associated with BPC-157, TB-500, GHK-Cu and KPV. Confirm the current label and amounts rather than assuming a universal recipe. Compare identity, component amounts and the actual study model. Shared research topics do not establish equivalent effects.

Can GLOW be delivered to Mumbai, Delhi, Bengaluru, Hyderabad, Chennai or Pune?+

Delivery enquiries are welcome for these cities and other Indian destinations, subject to the actual PIN code. Standard delivery: ₹150, estimated 3–5 days. Express delivery: ₹350, estimated 2–3 days. Cash on delivery adds ₹150. Confirm PIN-code serviceability and the delivery estimate before ordering.

When can I request a return or refund for GLOW?+

Returns and refunds are available for products damaged on arrival or if purity is below 99%. Retain the order reference, packaging and relevant batch records; contact the team to confirm the claim process.

How do I order GLOW for research in India?+

Select the labelled presentation and quantity, review the cart, then send the order enquiry on WhatsApp. Share your Indian PIN code so the team can confirm stock, serviceability, delivery charges and the final INR total before payment. The listed material is for laboratory research only, not for human consumption.

How can I check the GLOW batch COA and India delivery?+

Use the batch COA request link on this page and specify the selected presentation. Ask the team to match available documentation to the current batch and confirm delivery to your Indian PIN code before payment. Compare the report identity, test method and measured result with the material offered.

How much is shipping for GLOW in India, and is cash on delivery available?+

Standard delivery across India costs ₹150 and usually takes 3–5 days. Express delivery costs ₹350 and usually takes 2–3 days. Cash on delivery is available for an extra ₹150. The team confirms serviceability for your PIN code and the final total on WhatsApp before dispatch.

Can I buy GLOW Peptide Blend in Mumbai, Delhi, Bangalore or Hyderabad?+

Yes. The Peptide Co. ships from Bengaluru to eligible PIN codes across India, including Mumbai, Delhi NCR, Bengaluru (Bangalore), Hyderabad, Chennai, Pune, Kolkata and Ahmedabad. Share your PIN code on WhatsApp to confirm serviceability and the delivery estimate for your address.

What other names is GLOW known by?+

GLOW is also known as GLOW blend, GLOW peptide blend. These names describe the same listing on this page; always match the labelled identity and batch documentation rather than relying on a name alone.

Should I compare GLOW with KLOW or with single vials?+

Both are useful comparisons. KLOW adds KPV to the GLOW constituents, and single BPC-157, TB-500 and GHK-Cu vials let you check each constituent separately. Our KLOW vs GLOW guide explains how to compare blend constituents with single vials. Read the guide at thepeptideco.in/guides/klow-vs-glow.

Is the GLOW listing price on this page current?+

As of 1 November 2026, this page shows one listed presentation for GLOW, and prices on the page are read from the live catalogue each time it loads. Current availability is shown with the listed sizes. Your final total is confirmed on WhatsApp.

What exactly is GLOW?+

GLOW is classified as multi-constituent research presentation. A characterised blend combining BPC-157, TB-500 and GHK-Cu for comparative laboratory research.

What is GLOW studied for?+

Its principal research areas are skin-barrier and extracellular-matrix models, hair and follicle research, tissue-remodelling pathways. These describe experimental topics, not guaranteed outcomes or approved indications.

What form does the product arrive in?+

70 mg lyophilized research material in a sealed glass vial. Appearance: White to off-white lyophilized powder. Always compare the received vial with its lot-specific documentation.

How should the unopened material be stored?+

Keep sealed, dry and protected from light/moisture. Store at 2–8°C short-term and ≤−20°C long-term unless the batch documentation states otherwise.

Is GLOW approved for human use?+

Research material; not offered as an approved medicine. This catalogue presentation is restricted to laboratory research material and does not provide dosing, treatment or self-administration guidance.

Related compounds.

Buy GLOW in India

Buy GLOW for laboratory research in India. GLOW is a three-constituent research blend that combines BPC-157, TB-500 and GHK-Cu in one presentation. Compare the labelled amount of each constituent, the current INR price and availability on this page. The currently listed INR prices are 70 mg: ₹7,000. The prices above are for the labelled research presentations. Confirm availability, delivery charges and the final order total before payment.

Shipping options
Standard delivery: ₹150, estimated 3–5 days. Express delivery: ₹350, estimated 2–3 days. Cash on delivery adds ₹150. Confirm PIN-code serviceability and the delivery estimate before ordering.
Returns and refunds
Returns and refunds are available for products damaged on arrival or if purity is below 99%. Return and refund details →