The Clarity Journal

Long-form editorial on peptide research, supplier diligence, mechanisms, and protocols. Written for individuals and wellness professionals.

Long-form editorial on peptide research, supplier diligence, mechanisms, and protocols — written for both qualified individuals and wellness professionals.

Every article

Article	Published	Read
Are peptides legal in the United States?	2026-06-13	6 min
How to choose a reputable peptide supplier	2026-06-13	7 min
BPC-157 research overview	2026-06-13	6 min
CJC-1295 + Ipamorelin stack explained	2026-06-13	5 min
Peptide reconstitution & sterile handling basics	2026-06-13	6 min
NAD+ and cellular energy research	2026-06-13	6 min
GHK-Cu and skin & hair research	2026-06-13	5 min
Peptides in North Carolina: a buyer's guide	2026-06-13	7 min
Peptides in the Triangle: Raleigh, Durham & Chapel Hill	2026-06-13	6 min
How we ship peptides to all 50 states	2026-06-13	5 min
How to read a peptide Certificate of Analysis (COA)	2026-06-13	6 min
Bacteriostatic water explained	2026-06-13	5 min
Cold-chain shipping and peptide stability	2026-06-13	6 min
Peptides vs SARMs vs prohormones — legal and structural comparison	2026-06-13	7 min
Peptide reconstitution guide: bacteriostatic water ratios, mixing, and storage	2026-06-15	9 min
The Peptide Sciences shutdown: what it means for U.S. buyers in 2026	2026-06-27	9 min
How to reconstitute peptides with bacteriostatic water: step-by-step guide	2026-07-20	6 min
How to inject peptides subcutaneously safely: step-by-step guide	2026-07-21	6 min
Superhuman Blend: dosage, protocol and what's actually in it	2026-08-31	8 min
A member's guide to the Tesamorelin protocol	2026-09-07	8 min

What each piece covers

• Are peptides legal in the United States?: A plain-English overview of how peptides are classified in the U.S., what 'research use only' means, and how reputable suppliers stay compliant.
• How to choose a reputable peptide supplier: Six questions to ask before placing any peptide order — from COA transparency to compounding partners to written purchase agreements.
• BPC-157 research overview: What the BPC-157 literature actually says — tendon and gut research, mechanism summaries, and what still needs human trials.
• CJC-1295 + Ipamorelin stack explained: Why two peptides that target different growth-hormone pathways produce a stronger combined pulse in research models than either alone.
• Peptide reconstitution & sterile handling basics: A research-context overview of bacteriostatic water, sterile technique, storage temperatures, and shelf life after reconstitution.
• NAD+ and cellular energy research: Why the cellular coenzyme NAD+ sits at the center of longevity research — sirtuins, PARPs, and the age-related decline question.
• GHK-Cu and skin & hair research: Decades of dermatological literature on the copper-binding tripeptide GHK-Cu — collagen, follicles, and wound-healing studies.
• Peptides in North Carolina: a buyer's guide: How North Carolina residents and Piedmont-based wellness practices source U.S.-compounded peptides — from the Triangle to Charlotte to the Mountain region.
• Peptides in the Triangle: Raleigh, Durham & Chapel Hill: How Raleigh, Durham, and Chapel Hill wellness practitioners and researchers source peptides locally — and what to look for in a Triangle-area supplier.
• How we ship peptides to all 50 states: Behind the scenes of nationwide peptide fulfillment: flat-rate $25 shipping, 5–10 business-day delivery, tracked from our North Carolina hub to every U.S. state.
• How to read a peptide Certificate of Analysis (COA): Every reputable peptide ships with a Certificate of Analysis. Here's how to actually read one — purity, identity, residual solvents, and the four lines that matter most.
• Bacteriostatic water explained: Why bacteriostatic water — not sterile water — is the standard diluent for multi-use peptide reconstitution, and how the benzyl alcohol preservative actually works.
• Cold-chain shipping and peptide stability: Lyophilized peptides are more forgiving in transit than people assume. Here's what actually compromises stability — and why our 5–10 day domestic SLA matters.
• Peptides vs SARMs vs prohormones — legal and structural comparison: Three commonly confused categories with very different chemistry, legal status, and risk profiles. A plain-English breakdown.
• Peptide reconstitution guide: bacteriostatic water ratios, mixing, and storage: A step-by-step reference for reconstituting lyophilized research peptides — bac water ratios, mixing technique, U-100 syringe dosing math, and cold-chain storage stability.
• The Peptide Sciences shutdown: what it means for U.S. buyers in 2026: A sober, sourced overview of why Peptide Sciences went dark, what it signals about the compounded-peptide market, and how to vet the suppliers stepping into the gap.
• How to reconstitute peptides with bacteriostatic water: step-by-step guide: A precise, research-context step-by-step guide to reconstituting lyophilized peptides with bacteriostatic water — draw volumes, sterile technique, and post-reconstitution storage.
• How to inject peptides subcutaneously safely: step-by-step guide: A research-context step-by-step guide to safe subcutaneous peptide injection: site selection, needle angle, injection-site rotation, and post-injection care.
• Superhuman Blend: dosage, protocol and what's actually in it: What the 'Superhuman Blend' actually contains, how the components are typically dosed, how to reconstitute a multi-peptide vial, and the cycle length most protocols use.
• A member's guide to the Tesamorelin protocol: How Tesamorelin is dosed in the research literature, why it is taken at night, reconstitution math for a 10 mg vial, cycle length, and how it differs from other GHRH analogs.