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CJC/IPA Protocol

Well Studied

GHRH/GHRP Combination | Growth Hormone Optimization

Dose 200-300mcg of each peptide (CJC-1295 and Ipamorelin)
Frequency Once daily, preferably in the evening
Cycle 8-12 weeks on
Storage Lyophilized: 2-8°C refrigerated; Reconstituted: 2-8°C refrigerated, use within 30 days

A dual-pathway protocol combining CJC-1295 and Ipamorelin that targets growth hormone secretion through complementary mechanisms. CJC-1295 demonstrates 2-10 fold GH increases with 6-8 day duration, while Ipamorelin provides selective GH release without cortisol elevation.

Mechanism of Action

CJC-1295 activates GHRH receptors via albumin-binding DAC technology for sustained elevation. Ipamorelin selectively activates ghrelin receptors (GHSR1a) without affecting ACTH/cortisol, preserving natural pulsatile GH patterns.

Key Benefits

  • Sustained GH elevation (6-8 days from CJC-1295)
  • Selective pulsatile release without cortisol suppression
  • Complementary dual-pathway optimization
  • Preservation of natural GH rhythm
  • Enhanced muscle protein synthesis and recovery
Molecular Weight
N/A
Chain Length
N/A
Type
Peptide combination (GHRH analog + GHS)
Amino Acid Sequence
N/A

Complex or non-standard sequence format

Muscle Growth

  • Enhanced Protein Synthesis

    Growth hormone elevation supports muscle protein synthesis and nitrogen retention during training.

  • Improved Recovery

    Sustained GH patterns may accelerate muscle repair between exercise sessions.

  • Lean Mass Preservation

    GH optimization helps maintain muscle during caloric restriction or aging.

Metabolic Health

  • Body Composition Support

    Growth hormone promotes lipolysis while supporting lean tissue maintenance.

  • Metabolic Flexibility

    Enhanced GH patterns may improve glucose and fat utilization.

Anti-Aging

  • Sleep Quality Enhancement

    Evening GH peaks align with deeper, more restorative sleep patterns.

  • Tissue Regeneration

    Sustained GH elevation supports skin elasticity and connective tissue health.

Recovery

  • Accelerated Healing

    Growth hormone supports tissue repair and recovery from exercise or injury.

  • Joint Health

    Enhanced collagen synthesis supports joint and connective tissue integrity.

Subcutaneous administration optimal for bioavailability; available as blended vials or separate formulations.

GoalDoseFrequencyRoute
General Health Optimization200mcg each (0.2mL if 1mg/mL)Once dailySubQ
Performance Enhancement250mcg each (0.25mL if 1mg/mL)Once dailySubQ
Recovery Optimization300mcg each (0.3mL if 1mg/mL)Once dailySubQ
Conservative Approach150mcg each (0.15mL if 1mg/mL)5 days per weekSubQ

Reconstitution Instructions

Materials Needed:
  • Bacteriostatic water (2-4mL)
  • Insulin syringes (0.3-1mL capacity)
  • Alcohol swabs for sterilization
  1. 1 BLENDED: Add 2mL bacteriostatic water to create ~2mg/mL concentration
  2. 2 SEPARATE: Add 2mL water to each vial for 1mg/mL per peptide
  3. 3 Draw 0.2-0.3mL for 200-300mcg dosing
  4. 4 Mix equal volumes or inject at different sites
  5. 5 Administer 2-3 hours post-meal, 30-60 minutes before bed
  6. 6 Rotate subcutaneous sites (abdomen, thigh, upper arm) daily
MK-677

Both affect GH pathways; monitor for excessive GH elevation and insulin sensitivity changes.

monitor
BPC-157

No known interactions; different mechanisms (GH optimization vs. tissue repair signaling).

compatible
Insulin

GH affects insulin sensitivity; diabetic users require glucose monitoring and insulin adjustments.

monitor
Synthetic HGH

Redundant mechanisms may cause excessive GH suppression of natural pulsatile release.

avoid
Thyroid Medications

Space 4+ hours from GH secretagogues due to absorption and metabolic interactions.

monitor
Corticosteroids

May blunt GH response; higher doses or alternative timing may be necessary.

monitor
Week 1-2

Improved sleep depth and quality; increased dream vividness

Week 3-4

Enhanced exercise recovery; reduced muscle soreness; improved energy

Week 6-8

Gradual body composition changes; improved skin quality; general well-being

Week 8-12

Optimized benefits plateau; individual responses vary significantly

Post-Cycle

Benefits persist several weeks due to improved sleep and recovery patterns

Common Side Effects

  • Water retention and joint swelling
  • Carpal tunnel syndrome (numbness/tingling)
  • Mild blood glucose elevation
  • Injection site irritation with improper rotation

Stop Signs - Discontinue if:

  • Persistent joint pain or swelling indicating fluid retention
  • Significant blood glucose changes or diabetic control issues
  • Unusual fatigue, lethargy, or mood deterioration
  • Injection site infections or persistent reactions
  • Numbness or tingling in hands/feet
  • Signs of accelerated tumor growth if cancer history exists

Contraindications

  • Cancer history or active malignancy
  • Severe diabetes requiring tight glucose control
  • Carpal tunnel syndrome or nerve compression disorders

Good Signs

  • Standard format labeling: '10mg total: 5mg CJC-1295 + 5mg Ipamorelin'
  • 1:1 ratio maintenance between peptides for optimal effects
  • Clear reconstitution without particles or cloudiness
  • Certificate of Analysis with individual peptide purities
  • Proper cold chain with cold packs and immediate refrigeration

Warning Signs

  • Format selection: Beginners prefer separate vials for tolerance testing
  • Blended format offers convenience but limits dose adjustment
  • Combination protocols lack peer-reviewed clinical validation

Bad Signs

  • Damaged packaging or missing refrigeration
  • Heat exposure during shipping
  • Lack of Certificate of Analysis documentation
  • CJC-1295 Clinical Efficacy - Teichman et al.
    (2006)

    2-10 fold GH increase, 1.5-3 fold IGF-1 increase with 5.8-8.1 day half-life.

  • Ipamorelin Selectivity - Raun et al.
    (1998)

    First selective GHS with no ACTH/cortisol effects even at 200x effective dose.

  • GH Pulsatility Preservation - Ionescu & Frohman
    (2006)

    CJC-1295 preserves pulsatile GH secretion while increasing basal levels 7.5-fold.

  • GHRH-GHS Receptor Interaction - Cunha & Mayo
    (2002)

    Cellular study demonstrating potentiation of GHRH signaling with GHS receptors present.

Disclaimer

This information is for educational and research purposes only. Consult a healthcare professional before use.