CJC-1295 NO DAC + Ipamorelin

Buy CJC-1295 + Ipamorelin blend with NO DAC CJC-1295: 5 mg of each peptide and 10 mg total labeled material. It is supplied as lyophilized powder in one boxed 3 mL vial for laboratory research.

• CJC-1295 NO DAC: 5 mg
• Ipamorelin: 5 mg
• Total blend: 10 mg per vial

Blend or separate compounds?

A premixed vial fixes the labeled component proportions. If an experiment requires independent amounts, separate CJC-1295 NO DAC and Ipamorelin listings are available. Compare the complete formulations before treating a blend as equivalent to separately prepared materials.

The CJC component is the same standard 29-amino-acid modified GRF(1-29) used in our standalone NO DAC product, reference CAS 446036-97-1. It has no DAC attachment. Replacing it with a DAC-bearing form, or replacing Ipamorelin with GHRP-2, creates a different blend.

What the component studies show

In Raun and colleagues’ original Ipamorelin study, primary rat pituitary cells released growth hormone. Antagonist experiments distinguished a GHRP-like receptor response from the GHRH pathway. The study characterized Ipamorelin and included animal experiments; it did not test this commercial mixture.

The CJC-1295 development study examined albumin-reactive modified GRF constructs. Those persistence results are not evidence for a NO DAC blend. Studying both pathways together requires controls that separate each component’s response from the response of the mixture; synergy is not established by combining two labels.

Read the blend’s analytical records

These are labeled amounts. In the available analytical records, check which components were identified and which were quantified. One overall chromatographic purity result does not necessarily report a separate purity or amount for each peptide.

Keep component identity, formulation ratio and the report’s test methods together when matching the material to a protocol. The 3 mL capacity describes the container, not a prescribed preparation volume. Handling and stability information should apply to the complete mixture rather than being inferred from one ingredient alone.