MyPurePeptide

Trusted Purity

CJC-1295 / Ipamorelin Blend 10mg

Q: Why use separate receptor controls for a blend?

They help attribute a measured signal to the GHRHR or GHSR1a assay arm instead of treating the blend as a single undefined stimulus.

Q: What does “No DAC” identify?

It distinguishes this CJC-related presentation from DAC-modified long-acting constructs. Exact identity should be confirmed by the product specification and lot documentation.

Q: Where can I review laboratory documentation?

Use the documentation link on this page or the Lab Tests directory. Where a task-matched current report is shown, that record controls its stated analytical results.

Q: What does an HPLC purity value mean?

It is a lot-specific analytical measurement reported by the testing laboratory. It should not be treated as a permanent value for every lot.

Q: How should unopened material be stored?

Keep unopened material sealed, dry, protected from light, and under the conditions stated on the product label or current lot documentation.

Q: How should solution work be handled?

For analytical work requiring a solution, the laboratory should select the solvent, concentration, container, controls, and stability window as part of its validated method.

Q: Where are orders fulfilled?

MyPurePeptide fulfills orders from Austin, Texas. Current processing and shipping details are published in the site shipping policy.

Q: What is the intended use of this material?

It is supplied for laboratory research and analytical work only and is not intended for human or veterinary use.

$45.00

Research profile

Two-peptide blend supplied for GHRHR and GHSR1a binding, second-messenger, receptor-regulation, analytical-identity, and blend-stability studies.

MaterialCJC-1295 No DAC / Ipamorelin Blend 10mg

Amount10mg total (5mg / 5mg)

FormLyophilized peptide blend

DocumentationView available lab records

FulfillmentAustin, Texas, USA

U.S. + international shippingRates shown at checkout 7-day returnsEligible unopened products Customer supportMonday–Saturday, 9:00 AM–7:00 PM CT

In stock · Fulfilled from Austin, TexasMost in-stock orders are usually processed within 1 business day after order review and payment approval.

Category: Research Materials

Compound Details

RESEARCH USE ONLY — NOT FOR HUMAN OR VETERINARY USE

IdentityCJC-1295 No DAC / Ipamorelin

ClassificationTwo-ligand receptor-pharmacology research blend

Primary study systemGHRHR and GHSR1a receptor assay systems

Presentation10mg total (5mg / 5mg)

Physical formLyophilized peptide blend

Research designationCJC No DAC + Ipamorelin

Current lot documentation

Submitted sample & third-party report

Review the current laboratory record and verify the task directly with the testing laboratory.

Verify on Janoshik

Janoshik submitted sample image for current lot — Submitted vial / sample

Third-party laboratory report for current lot — Laboratory report

LaboratoryJanoshik

Task#136089

Test dateApr 7, 2026

Ipamorelin4.77mg

CJC-12955.08mg

Unopened-material storageKeep sealed, dry, protected from light, and under the conditions stated on the label or current lot documentation.

Analytical solution workWhen a solution is required for a laboratory method, solvent, concentration, container, controls, and stability window should be established by the laboratory.

Two-peptide blend supplied for GHRHR and GHSR1a binding, second-messenger, receptor-regulation, analytical-identity, and blend-stability studies.

The page is intentionally organized around compound identity, defined molecular systems, measurable laboratory readouts, and lot documentation rather than consumer outcomes.

ClassTwo-ligand receptor-pharmacology research blend

Primary study systemGHRHR and GHSR1a receptor assay systems

Supplied amount10mg total (5mg / 5mg)

FormLyophilized peptide blend

GHRHR arm

The CJC No DAC component can be evaluated in defined GHRHR assay systems using cAMP and receptor-regulation readouts.

GHSR1a arm

Ipamorelin can be evaluated in defined GHSR1a systems using calcium, IP1, beta-arrestin, or other validated functional readouts.

Dual-system comparisons

Separate receptor controls allow a laboratory to distinguish each component’s assay contribution before evaluating the blend.

Analytical resolution

Chromatographic methods can assess component identity, relative retention, related species, and blend stability.

GHRHR signaling

Measure cAMP or other validated GHRHR-linked readouts in receptor-defined cells.
GHSR1a signaling

Measure calcium, IP1, beta-arrestin, or a validated alternative in GHSR1a systems.
Selectivity controls

Compare receptor-defined negative and positive controls across the two assay arms.
Blend identity

Resolve both peptides using HPLC/LC-MS or complementary methods.
Stability studies

Track component retention and related species in the blended preparation.

Method note: Controls, concentrations, matrices, acceptance criteria, and storage conditions belong in the laboratory’s validated method. Results should be interpreted only within the specific assay system used.

These links are provided for identity, chemistry, receptor/assay context, analytical methods, or component-specific research. Search results and cited literature do not establish the performance of a commercial lot or a use recommendation.

Why use separate receptor controls for a blend?

What does “No DAC” identify?

Where can I review laboratory documentation?

What does an HPLC purity value mean?

How should unopened material be stored?

How should solution work be handled?

Where are orders fulfilled?

What is the intended use of this material?

Research use only. Not for human or veterinary use. Not intended to diagnose, treat, cure, or prevent any disease.

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Available for research and laboratory purposes only. Please review our Terms and Conditions before ordering.