R3VIVE ME MOTS-C 30mg Pen
R3VIVE ME MOTS-C 30mg Pen
- Brand: R3vive Me
- Product Code: R3V-MOTSC-30
- Availability: In Stock
- £150.00
£135.00
R3VIVE ME MOTS-C 30mg Pen
R3VIVE ME MOTS-C 30mg Pen is a research-grade peptide formulation developed for laboratory and investigational applications. This advanced formulation contains MOTS-C, a mitochondrial-derived peptide (MDP), supplied in a stabilised and pH-balanced solution designed for controlled research protocols.
MOTS-C is a 16-amino acid peptide encoded by the mitochondrial MT-RNR1 gene and is widely investigated within cellular energy, metabolic signalling, and mitochondrial function research. The precision pen format provides convenient administration while maintaining compound stability throughout laboratory studies.
Manufactured by R3VIVE ME Biohacking, this ready-to-use peptide formulation eliminates the need for reconstitution and supports consistent delivery within advanced research environments.
Key Features
- 30mg MOTS-C peptide content
- Mitochondrial-derived peptide (MDP)
- Research-grade formulation
- Stabilised and pH-balanced solution
- Precision dosing pen format
- No reconstitution required
- Manufactured by R3VIVE ME Biohacking
How to Use
- Follow laboratory protocol guidelines
- Maintain sterile handling procedures
- Store refrigerated between 2–8°C
- Use according to investigational requirements
- Refer to accompanying instructions before administration
How It Works
- MOTS-C is investigated within mitochondrial signalling pathways
- Commonly studied for cellular energy and metabolic regulation research
- The pen format supports precise and repeatable administration
- Suitable for advanced laboratory investigations involving mitochondrial-derived peptides
Recommended Research Pairings
- May complement broader metabolic research frameworks
- Often investigated alongside NAD+ and mitochondrial compounds
- Suitable for advanced cellular energy research protocols
- Can be incorporated into long-term laboratory investigations
Tags: mots-c, mitochondrial peptide, metabolic research, cellular energy research, peptide research, r3vive me, biohacking, peptide pen,
