What Are Peptides?
Peptides are bioactive molecules composed of short chains of amino acids (the building blocks that form proteins). In the human body, they act as biological messengers, sending signals between cells to regulate multiple functions such as:
- Tissue repair
- Hormone production
- Immune function
- Cellular energy
- Brain health
- Muscle growth
In functional medicine and advanced therapies, peptides are used as targeted tools that can precisely stimulate specific processes within the body.
Peptides We Offer:
1BPC-157
- Supports tissue repair (muscle, tendon, ligament)
- Promotes healing
- Modulates inflammatory response
- Gastrointestinal recovery support
- Promotes angiogenesis (formation of new blood vessels)
- Support for sports injuries and post-procedure recovery
- May have a citoprotective effect
- Promotes healing
- Modulates inflammatory response
- Gastrointestinal recovery support
- Promotes angiogenesis (formation of new blood vessels)
- Support for sports injuries and post-procedure recovery
- May have a citoprotective effect
2Ipamorelin
- Stimulates physiological growth hormone (GH) release
- Supports muscle recovery
- May improve body composition
- Improves sleep quality
- Regulated stimulation of IGF-1
- Helps lower cortisol levels
- Post-exercise recovery support
- Supports muscle recovery
- May improve body composition
- Improves sleep quality
- Regulated stimulation of IGF-1
- Helps lower cortisol levels
- Post-exercise recovery support
3Tesamorelin
- Stimulates endogenous growth hormone release
- May help reduce visceral fat
- Helps improve your metabolic profile
- Increases IGF-1 levels
- Supports body composition
- Potential benefit in insulin sensitivity
- FDA-approved use for HIV-associated lipodystrophy (as indicated)
- May help reduce visceral fat
- Helps improve your metabolic profile
- Increases IGF-1 levels
- Supports body composition
- Potential benefit in insulin sensitivity
- FDA-approved use for HIV-associated lipodystrophy (as indicated)
4Thymosin α1
- Immune system modulation
- Stimulates T lymphocyte activation
- Potential support in viral infections
- Helps regulate the inflammatory response
- Support in immunocompromised states
- Research in adjunct oncologic support
- Stimulates T lymphocyte activation
- Potential support in viral infections
- Helps regulate the inflammatory response
- Support in immunocompromised states
- Research in adjunct oncologic support
5GHK-Cu
- Stimulates collagen production
- Supports skin regeneration
- Improves skin elasticity
- Antioxidant properties
- Wound healing support
- May promote hair growth
- Modulates skin inflammation
- Potential role in tissue remodeling
- Supports skin regeneration
- Improves skin elasticity
- Antioxidant properties
- Wound healing support
- May promote hair growth
- Modulates skin inflammation
- Potential role in tissue remodeling
6ARA 290 (Alternative to BPC-157)
Main Focus: Nerve repair and inflammation
Primary benefits:
- Reduces inflammation
- Promotes wound healing
- Protects tissues
- Relieves pain
- Improves neuropathy
- Neuroprotection
- May support diabetes management
- Improves immune function
Primary benefits:
- Reduces inflammation
- Promotes wound healing
- Protects tissues
- Relieves pain
- Improves neuropathy
- Neuroprotection
- May support diabetes management
- Improves immune function
7MGF (Mechano Growth Factor) - Alternative to Thymosin β4
Main Focus: Muscle growth and recovery
Primary Benefits:
- Enhances muscle hypertrophy
- Accelerates muscle recovery
- Increases muscle strength
- Improves endurance levels
- Reduces recovery time
- Stimulates protein synthesis
- Promotes muscle regeneration
- Reduces muscle atrophy
Primary Benefits:
- Enhances muscle hypertrophy
- Accelerates muscle recovery
- Increases muscle strength
- Improves endurance levels
- Reduces recovery time
- Stimulates protein synthesis
- Promotes muscle regeneration
- Reduces muscle atrophy
8Tα11 - Alternative to Thymosin α1
Main Focus: Immune system
Primary benefits:
- Enhances immune system function
- Promotes wound healing
- Reduces inflammation
- T-cell activation
- Antiviral properties
- Stimulates collagen production
- Promotes tissue regeneration
- Complementary therapy in oncology
Primary benefits:
- Enhances immune system function
- Promotes wound healing
- Reduces inflammation
- T-cell activation
- Antiviral properties
- Stimulates collagen production
- Promotes tissue regeneration
- Complementary therapy in oncology
9FGL (Alternative to Dihexa and Semax)
Main focus: Brain and cognitive health
Primary benefits:
- Enhances synaptic plasticity
- Promotes neuronal survival
- Boosts cognitive function
- Supports neuroprotection
- Improves memory retention
- Facilitates neuronal repair
- Reduces neuroinflammation
- Stimulates neurogenesis
Primary benefits:
- Enhances synaptic plasticity
- Promotes neuronal survival
- Boosts cognitive function
- Supports neuroprotection
- Improves memory retention
- Facilitates neuronal repair
- Reduces neuroinflammation
- Stimulates neurogenesis
10Pinealon (Alternative to Epitalon)
Main focus: Brain Anti-Aging
Primary Benefits:
- Cognitive enhancement
- Memory improvement
- Neuroprotection
- Anti-aging effects
- Stress reduction
- Mood stabilization
- Enhanced learning
- Cellular repair
Primary Benefits:
- Cognitive enhancement
- Memory improvement
- Neuroprotection
- Anti-aging effects
- Stress reduction
- Mood stabilization
- Enhanced learning
- Cellular repair
11SS-31 (Alternative to MOTSc)
Main focus: Mitochondrial health
Primary benefits:
- Improves mitochondrial function
- Reduces oxidative stress
- Enhances energy production
- Stabilizes cardiolipin
- Potential neuroprotective effects
- May help mitigate heart failure
- Reduces kidney damage
- Prevents cellular damage
Primary benefits:
- Improves mitochondrial function
- Reduces oxidative stress
- Enhances energy production
- Stabilizes cardiolipin
- Potential neuroprotective effects
- May help mitigate heart failure
- Reduces kidney damage
- Prevents cellular damage
How Do They Work?
Peptides work by binding to specific receptors on cells. By doing so:
- Activate cellular signaling pathways.
- Stimulate repair and regeneration processes.
- Modulate inflammation.
- Improve communication between cells.
Each peptide has a unique mechanism of action, allowing treatments to be personalized according to the patient’s needs.
What Are They Used For?
Peptides can help in areas like:
- Reduction of inflammation
- Neuroprotection and cognitive enhancement
- Muscle regeneration and growth
- Cardiovascular protection
- Cellular repair
- Immune system support
- Optimization of mitochondrial function
- Wound healing
- Sleep regulation
- Anti-aging support
To schedule an appointment today, you may access PatientFusion at any time or call us at (787) 988-0111 or (787) 210-1467.
