Operational Guides
Storage, Handling, Reconstitution, and Protocol Implementation
Operations Guide Library
Practical guides for every phase of peptide handling and use.
Core Handling Guides
Reconstitution Protocol Guide
Complete guide to peptide reconstitution. Solvent selection, concentration calculations, sterile technique, and peptide-specific considerations for proper preparation.
Storage Protocol Guide
Temperature requirements, light protection, and stability considerations for peptide storage. Pre-reconstitution vs post-reconstitution storage guidelines.
Storage & Handling Quick Reference
Condensed reference guide for day-to-day peptide handling. Temperature charts, stability timelines, and common handling mistakes to avoid.
Proper Disposal Protocols
Safe and compliant disposal of expired or unused peptides. Environmental considerations, sharps disposal, and documentation requirements.
Category-Specific Protocols
Healing Peptide Operations
Operational protocols specific to healing peptides including BPC-157, TB-500, and GHK-Cu. Reconstitution ratios, timing considerations, and stability profiles.
Performance Peptide Operations
Protocols for growth hormone secretagogues and performance peptides. GHRP/GHRH handling, timing protocols, and storage considerations.
Cognitive Peptide Operations
Handling protocols for nootropic peptides including Semax, Selank, and related compounds. Nasal administration considerations and stability factors.
Longevity Peptide Operations
Protocols for anti-aging peptides including Epithalon, thymic peptides, and bioregulators. Extended protocol considerations and cycling approaches.
Recovery Protocol Guide
Operational protocols focused on injury recovery and tissue repair applications. Combination approaches and timing optimization.
Anti-Aging Protocol Guide
Comprehensive anti-aging peptide protocols covering skin health, cellular rejuvenation, and systemic longevity approaches.
Neuroprotection Protocols
Protocols for peptides targeting brain health and neuroprotection. Cognitive preservation strategies and neurological support approaches.
Operational Best Practices
Key principles for successful peptide operations:
- Temperature Control: Most peptides require refrigeration; some require freezing
- Light Protection: Many peptides are light-sensitive and degrade with exposure
- Sterile Technique: Contamination is a primary cause of peptide degradation and safety issues
- Proper Solvents: Use only appropriate reconstitution solvents - bacteriostatic water for most applications
- Documentation: Track reconstitution dates, concentrations, and storage conditions
- Use Timeline: Reconstituted peptides have limited stability - typically 2-4 weeks refrigerated
Related Resources
Operations connect with quality verification and peptide-specific information.
Peptide Database Quality Guides