Aurum™ABOUT / WHAT WE ARE

---

 A prefilled metabolic formulation system designed for stability testing, degradation profiling, and iterative metabolic research.

• metabolic system stability 
• cartridge formulation behavior 
• degradation tracking 
• multi-condition testing

 GHK-Cu Copper Peptide Stability System

A cosmetic peptide system designed to study oxidation behavior, pH drift, and formulation stability.

• oxidation control 
• color stability 
• pH behavior 
• cosmetic formulation consistency

 MOTS-C Peptide Research System

A mitochondrial peptide system for stability profiling and formulation compatibility research.

• buffer compatibility 
• degradation pathway mapping 
• thermal stability testing

A high-concentration formulation system for oxidation resistance and energy metabolism stability research.

• oxidation stability 
• degradation resistance 
• temperature stress testing 
• formulation optimization

 A multi-peptide cosmetic system designed for synergy testing and formulation optimization.

• peptide interaction behavior 
• cosmetic stability 
• clarity & texture evaluation

 A rapid-cycle cosmetic biohacking system designed for version-based formulation evolution.

• versioned formulations (v1, v2, v3) 
• rapid iteration cycles 
• multi-variant testing

We develop and test modular peptide systems including:

• 🧬 Reta Metabolic System 
• ⚡ NAD+ Energy System 
• 🔬 GHK-Cu Cosmetic Stability System 
• 🧬 MOTS-C Mitochondrial System 
• ✨ Glow Cosmetic Stack System 
• 🌙 Klow Biohacker Iteration System 

Each system is designed for continuous formulation improvement through experimental cycles.

• Cartridge vial pre-mix system design 
• Buffer & pH optimization 
• Solubility & compatibility testing

• Accelerated stability (25°C / 40°C) 
• Assay & purity tracking 
• Impurity profiling 
• Visual / precipitation monitoring

 Oxygen-reduction processing using nitrogen displacement systems designed to minimize oxidation and improve long-term liquid peptide stability

 Vacuum-assisted filling workflows engineered to reduce dissolved air, eliminate microbubbles, and improve consistency in multidose liquid systems.

• 10–500 units R&D batches 
• Multi-variant formulation testing 
• Biohacker “iteration cycles”

 Development of multidose peptide systems for cartridges, pens, and reusable delivery platforms with focus on sterility retention and formulation compatibility. 

 Research and prototype development for intranasal and transdermal delivery systems, including absorption optimization and carrier compatibility testing. 

 Environmental and visual stability observation under varying storage conditions, including precipitation monitoring, clarity evaluation, and oxidation analysis.