Items Needed:
1. Lyophilized (moisture removed via free drying process) powder in vial
2. Insulin syringes (Suggested size: 31 gauge 8mm-5/16 inch needle, 100 units
3. Reconstitution Solution/High quality Bacteriostatic water
4. Alcohol swabs
STORAGE
- Pre-Mixed Vial w/ Powder: Best stored refrigerated for moisture stabilization. Can be cold stored for 24 months.
- Pre-Mixed reconstitution solutionHigh quality Bacteriostatic water: Can be stored at room temperature. After use, must be refrigerated.
- Reconstituted products should always be refrigerated, but never frozen.
RECONSTITUTION
1. REMOVE vial cap and disinfect rubber stopper and vial using alcohol swabs.
2. DRAW desired amount of room temperature or refrigerated bacteriostatic water w/ syringe.
3. INJECT water slowly down the inside wall of vial, trying not to impact the lyophilized powder.
4. GENTLY swirl contents until reconstituted. Product should be completely clear, can take up to 30 minutes.
5. STORE reconstituted solution in refrigerator.
6. SOLUTION is ready to use once powder is fully reconstituted into the water and is clear.
RECONSTITUTION SOLUTIONS SUGGESSTIONS
- Bacteriostatic Water:
- Use for all peptides, unless stated below.
- AOD-9604:
- Use high quality bacteriostatic water. Might require .02ml of AA. AOD-9604, as it’s derived from the GH chain, can be slightly cloudy but can also be clear based on quality.
- NO STING WATER (NaCL/Glycerine/Benzyl Alcohol/Distilled Water)
- Use for NAD+ / GHK-CU / GLOW/ KLOW, not necessary, only if desired.
- Products may not crystal clear, but still should NEVER be foggy or have particles floating prior to use.
NOTES
Vacuum Sealed Bottles: Many labs vacuum seal their bottles before capping. Some vials may be vacuum sealed more than others, also not an indication of any quality.
- If you cannot draw any product, draw an empty syringe and inject air into your vial. This provides back pressure to the vacuum sealed vial allowing the product to be drawn by syringe. Then the liquid will then flow more efficiently .
- Many peptides are NOT very soluble in water (Hydrophobic). Dihexa, NAD+, Tesamorelin, Sermorelin, AOD 9604, SLU-PP-332, etc. Make sure you follow reconstitution protocols to avoid damaging your product.
If you accidentally added too much or too little water, it’s okay. The amount of water added has no bearing on the effectiveness of your peptide. Enter your reconstitution amount and vial MG’s into a peptide calculator to calculate doseage.