Prime Results Lab Catalog

Performance

Browse lab-verified products with clear categories, quality documentation, and research-use guidance built into every order path.

Shop with the quality signals visible.

99%+ Purity

COA Available

Fast Dispatch

Research Use

Use filters below to move quickly through the catalog, then confirm product details and supporting documentation before checkout.

Performance

Tesamorelin

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CJC-1295 no DAC 5mg + IPA 5mg

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IGF-1 LR3

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5-amino

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Ipamorelin

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Common Questions.

Everything you need to know about our synthesis process, laboratory verification protocols, and research utility.

How pure are Prime Results Lab TM peptides, and what is your testing protocol?

We guarantee a minimum of 99%+ optical purity across our entire catalog. Every single batch undergoes rigorous independent third-party analysis using High-Performance Liquid Chromatography (HPLC) and Mass Spectrometry to verify structural integrity and ensure the absence of heavy metals or endotoxins.

How do I interpret a Certificate of Analysis (CoA)?

A CoA is an official laboratory document verifying the exact quality of your specific batch. Key metrics to look for include Purity (which should exceed 99%), Identity (confirming the exact molecular sequence via mass spectrometry), and Endotoxin levels (ensuring they remain strictly below 1 EU/mg). You can find batch-specific CoAs on our product pages.

What reconstitution solvent is recommended?

For most laboratory protocols, we recommend using sterile bacteriostatic water containing 0.9% benzyl alcohol. This specialized solvent effectively inhibits bacterial growth and is the gold standard for preserving reconstituted peptide integrity during research cycles.

What are the optimal storage conditions for lyophilized compounds?

Lyophilized (freeze-dried) compounds are exceptionally stable. For short-term storage (under 90 days), keeping them in a cool, dark environment at room temperature is sufficient. For long-term preservation, we strongly recommend freezing them at -20°C. Always avoid repeated freeze-thaw cycles to prevent molecular degradation.