Three-component research blend containing tesamorelin, ipamorelin, and CJC No DAC for component-resolved receptor, peptide-identity, and analytical studies.
MaterialTesamorelin / Ipamorelin / CJC-1295 No DAC Blend 12 mg
Storage (dry)Sealed, dry, protected from light; follow the product label and available lot documentation.
Short descriptionThree-component research blend containing tesamorelin, ipamorelin, and CJC No DAC for component-resolved receptor, peptide-identity, and analytical studies.
The laboratory verification record is the controlling
source for lot-specific analytical information.
Unopened-material storageKeep unopened material sealed, dry, protected from light, and under the conditions stated on the product label or available lot documentation.
This presentation combines tesamorelin 6mg, ipamorelin 3mg, and CJC No DAC 3mg in one lyophilized research vial.
Tesamorelin and CJC-type peptides are studied in relation to the GHRH receptor system, while ipamorelin is a distinct secretagogue peptide; component-resolved controls are therefore important when interpreting a blend.
ClassThree-component GHRH/secretagogue research blend
Primary study systemGHRH-receptor, secretagogue-receptor, peptide-identity, and analytical systems
Supplied amount12mg total (6mg + 3mg + 3mg)
FormLyophilized peptide blend
01
GHRH receptor system
GHRH analogs can be studied with receptor-binding, structural, and downstream signaling assays centered on GHRHR.
02
Ipamorelin chemistry
Ipamorelin is a pentapeptide secretagogue that can be characterized separately in receptor and structure-activity systems.
03
Component-resolved analysis
Mass-spectrometric methods can distinguish peptide components, parent compounds, and related species.
04
Blend controls
Single-component controls help separate each peptide’s assay behavior from any combined readout.
01
GHRHR studies
Measure ligand recognition or signaling in defined GHRH-receptor systems.
02
Component identity
Use LC-MS or other orthogonal methods to confirm each blend component.
03
Structure–activity comparison
Compare GHRH-family analogs or secretagogue peptides under matched assay conditions.
04
Blend stability
Track component-specific stability and degradation under validated laboratory conditions.
Method note: Controls, concentrations, matrices, acceptance criteria, and storage conditions belong in the laboratory’s validated protocol. Interpret results within the specific assay system used.
References are provided for compound identity, chemistry, receptor/assay context, or analytical methods. A cited paper does not establish a claim for this commercial research material.
This presentation combines tesamorelin 6mg, ipamorelin 3mg, and CJC No DAC 3mg in one lyophilized research vial.
Tesamorelin / Ipamorelin / CJC-1295 No DAC Blend 12mg is supplied as lyophilized peptide blend with a listed amount of 12mg total (6mg + 3mg + 3mg).
Lyophilized means the material has been freeze-dried into a dry form.
Available laboratory records can be reviewed in the MyPurePeptide Lab Tests directory. This page does not claim a current task-matched report when one is not mapped.
The page is organized around ghrh-receptor, secretagogue-receptor, peptide-identity, and analytical systems. Exact controls, concentrations, and acceptance criteria belong in the laboratory protocol.
MyPurePeptide fulfills orders from Austin, Texas, USA.
Most in-stock orders are usually processed within 1 business day after order review and payment approval.
Keep unopened material sealed, dry, protected from light, and under the conditions stated on the label or available lot documentation.
No. It is supplied for laboratory research use only and is not intended for human or veterinary use.
Research use only. Not for human or veterinary use. Not intended to diagnose, treat, cure, or prevent any disease.
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