Frequently Asked Questions

Biohacking is a broad term for self-directed interest in performance, health, behavior, nutrition, sleep, training, and biological optimization. Any medical decisions should be guided by licensed professionals.

No. Primo Labs catalog items are presented as research chemicals for educational purposes only and are not intended for human consumption.

No. Primo Labs provides educational information only and does not provide diagnosis, treatment, prescribing, or personalized medical advice.

Yes. Primo Labs can help explain common research terms, study design concepts, clinical-status language, and evidence limitations in plain English.

Use the contact form to reach the Primo Labs team.

Peptides are short chains of amino acids that act as signaling molecules within the body. Different peptides interact with different biological pathways, which is why they are commonly discussed in areas like metabolism, recovery, longevity, performance science, and regenerative research.

Interest in peptides has grown because researchers are exploring how certain compounds may influence areas like metabolic health, recovery, body composition, cellular repair, appetite signaling, and mitochondrial function. Social media, longevity communities, and biohacking culture have also pushed peptides further into mainstream conversations.

No. Peptides and anabolic steroids are completely different categories of compounds. Peptides typically work by signaling specific pathways or receptors in the body, while steroids are hormone-based compounds that directly affect androgen receptors.

Not at all. Different peptides are researched for completely different purposes. Some are tied to metabolic pathways, others to recovery, skin health, inflammation, mitochondrial function, or performance-related research. Every peptide has a different mechanism and research focus.

GLP-1-related compounds like Tirzepatide and Retatrutide are typically discussed around metabolism, appetite signaling, glucose regulation, and body composition. Recovery-focused peptides like BPC-157 or TB-500 are more commonly associated with tissue-repair and regenerative research.

"Research use only" means a compound is intended strictly for laboratory and educational research purposes. It should not be marketed with medical claims, prescribing language, or instructions for human consumption unless approved and regulated appropriately.

Many peptides are sensitive compounds that can degrade when exposed to heat, sunlight, or moisture. Refrigeration is commonly discussed to help preserve stability and maintain product integrity over time.

Reconstitution refers to the process of mixing a lyophilized (freeze-dried) peptide powder with a sterile solution for research preparation. Educational discussions around reconstitution should remain informational and avoid direct administration guidance.

Lyophilization is a freeze-drying process used to stabilize peptides for storage and transport. Most research peptides are supplied in this powdered form because it helps improve shelf stability.

Purity and testing are major factors in peptide quality. Reputable suppliers often provide analytical testing such as HPLC or mass spectrometry reports to verify identity, purity, and consistency.

Research peptides are generally sold for laboratory and investigational purposes, while pharmaceutical products go through regulatory approval processes for medical use. The standards, oversight, and approved claims are very different.

Regulations vary depending on the country, region, and specific compound. Some peptides are approved medications, while others remain investigational or restricted to research settings.

Some of the biggest categories include: metabolic and GLP-1 research, recovery and tissue-repair peptides, longevity and mitochondrial peptides, skin and cosmetic peptides, growth-hormone-related peptides, cognitive and neuro-focused peptides, and performance and endurance research.

Traditional supplements often provide nutrients or compounds the body uses broadly, while peptides are generally researched for their ability to signal very specific biological pathways and responses.