PE-22-28

Peptide: PE-22-28
Bottle Dose: 10mg
Vial Capacity: 3mL
Storage
Before mixing: Refrigerate powder and bacteriostatic water for at least 1 hour
After mixing: Store reconstituted solution in refrigerator at all times
Use within 20–30 days of reconstitution
Reconstitution
Add: 2mL of bacteriostatic water
Conversion Table (If 2mL of bac water is added)
Units (on 100 unit insulin syringe) Dose (mcg)
2 units 100mcg
4 units 200mcg
6 units 300mcg 10 units 500mcg
Dosage Amount
Typical starting dose:
100mcg (2 units) to 500mcg (10 units) daily.
(This is where that note will go about doseages and finding their own dose by starting low and tirtrating upwards.))
Injection Schedule
Frequency: Once daily
Time: Morning or early evening
Route: Subcutaneous (belly fat or thigh)
Protocol Duration
Standard cycle: 4–6 weeks
Break: 2–4 weeks off before repeating (to prevent receptor desensitization)
Injection Notes
Rotate injection sites
Use 29–31 gauge insulin syringes
Morning administration may enhance mood and mental clarity
PE-22-28- is a short peptide fragment derived from DBI that modulates GABA-A receptors in the brain. It is non-sedative, non-addictive, and designed to mimic the anti-anxiety effects of benzodiazepines without their side effects or dependency risk.
Mechanism of Action
Acts on GABA-A receptors at an allosteric site (similar to benzodiazepines but with different binding kinetics)
Enhances GABAergic transmission, promoting calming and anxiolytic effects
Does not bind directly to benzodiazepine receptor site, reducing potential for sedation or tolerance
Top Benefits of PE-22-28
🧠 Neurological & Cognitive Benefits
Reduces anxiety without sedation or addiction potential
Improves mood by enhancing GABA tone and balancing neurotransmitters
Supports neurogenesis and neuronal plasticity
Protects against neuroinflammation and oxidative stress
May improve emotional resilience and stress tolerance
😴 Sleep & Relaxation
Promotes relaxation and calm without causing drowsiness
May improve sleep quality by reducing cortisol-driven arousal
🧬 Neuroprotective Effects
Protects brain tissue from glutamate-induced excitotoxicity
May aid in recovery from brain injuries, PTSD, or chronic stress states
💊 Alternative to Benzodiazepines
Non-habit-forming and non-sedating
No withdrawal symptoms reported in research settings
May be a safe long-term option for anxiety management
Emerging Research & Applications
PTSD, social anxiety, and generalized anxiety disorders (GAD)
Adjunct for traumatic brain injury recovery
Neurodegenerative disease prevention (being studied)
Cognitive enhancement under high-stress conditions