SALE
- 500 mg
- Complete peptide kit
Synedica
In stockNAD+
- Product verification
- Tracked delivery
- Dedicated support
Overview
Synedica NAD+ 500MG kit. Each kit contains one 500MG NAD+ vial and one 3ML bacteriostatic water vial, sealed with Synedica anti-counterfeit protection. 1 x NAD+ 500MG vial 1 x Bacteriostatic Water 3ML Scratch-off QR verification code Holographic seal
Inspect the seal
Check the tamper-evident seal before opening your kit.
Reconstitute carefully
Use the supplied bacteriostatic water. Add slowly against the vial wall — never shake.
Store correctly
Lyophilised vials can be stored at room temperature before reconstitution. After reconstitution, vials remain stable refrigerated for up to 180 days.
Research use only
Strictly for laboratory research. Not for human or veterinary consumption.
Authenticity
Verify your Synedica product
Use the code on a peptide kit, or open the dedicated pen validator, to confirm authenticity through the official Synedica systems.
Verify Authenticity
Enter the code from your Synedica box PEPTIDE KIT. It starts with SY followed by 5–6 digits.
Buying original means buying safety. Questions? Contact support
SSL Secure
Encrypted
UK Origin
Certified
Good Mfg
Practice
3-Layer Protection on Every Kit.
Every Synedica kit goes through a strict security process so you receive exactly what you ordered: sealed, verified and 100% authentic.
Scratch-off QR Code
Unique hidden code under a scratch-off layer. Scan to confirm your batch in our official system.
Holographic Seal
Tamper-evident holographic seal that guarantees your box arrived sealed and unopened from the UK.
NFC TAP BOX
Tap your phone on the box to open the official product page instantly — no typing required.
Verify Authenticity
Enter the code from your Synedica box.
It starts with SY followed by 5–6 digits.
Buying original means buying safety. Questions? Contact support
SSL Secure
Encrypted
UK Origin
Certified
Good Mfg
Practice
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Synedica Newsroom
All stories
Peptide ScienceSep 26, 2026
From Manual Synthesis to Digital Platforms: How Peptide Science Evolved
Peptide science advanced through successive changes in what researchers could build, measure and compare. From early synthetic chemistry to connected laboratory platforms, its history is one of expanding experimental possibilities—not a shortcut from a manufactured molecule to a clinically validated intervention.
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End-to-End Traceability: Building the Identity of a Research Batch
A research batch has more than a label. Its identity emerges from connected records that explain where material originated, how it moved and what happened to its samples. End-to-end traceability makes that history available for informed scientific review.
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Peptide Packaging Science: Barriers Against Light, Moisture and Oxygen
For experimental peptide research, packaging is part of the stability question, not simply a protective shell. Glass, closures, headspace and outer layers work together, and their contribution becomes meaningful when the complete configuration is evaluated over time.
Handling & StorageSep 26, 2026
Inside Lyophilisation: How a Solution Becomes a Stable Dry Material
Lyophilisation is more than removing water. It transforms a frozen solution into a porous solid through controlled phase changes. Understanding the formulation matrix, drying stages and remaining moisture explains both the promise of this approach for research materials and the limits of what appearance alone can reveal.
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How Formulators Work With Peptides in Modern Cosmetics
A peptide is not a finished cosmetic. Between selecting a raw material and documenting a market-ready formula, formulators must consider molecular stability, the surrounding vehicle, microbial protection and packaging. The interesting science lies in how these decisions work together, rather than in any single ingredient promise.
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Signal, Carrier and Modulating Peptides: A Vocabulary for Cosmetic Formulation
Signal, carrier and modulating peptides offer a useful vocabulary for discussing cosmetic ingredients. These labels describe proposed roles, not guaranteed results. Understanding their boundaries helps formulators and informed readers connect molecular identity, experimental observations and finished-product evidence without confusing a plausible mechanism with a demonstrated cosmetic benefit.