Peptide Categories

BPC-157 is a synthetic peptide derived from a naturally occurring protein fragment known as Body Protection Compound, originally identified in gastric tissue. It has been studied for its stability and ability to remain active under physiologic stress, including oxidative environments.

​

BPC-157 is recognized for its broad supportive role in tissue repair, circulation, inflammatory balance, gastrointestinal integrity, and nervous system signaling. It works by supporting the body’s natural repair and recovery pathways rather than acting as a stimulant or suppressant.

​

HOW BPC-157 SUPPORTS RECOVERY & REPAIR

Research suggests BPC-157 supports cellular repair and resilience through several key mechanisms, including:

​

• TISSUE REPAIR SIGNALING: ​​Supports collagen production and fibroblast activity involved in connective tissue maintenance.

• CIRCULATION & VASCULAR SUPPORT: Associated with angiogenesis and nitric oxide signaling, supporting healthy blood flow to recovering tissue.

• INFLAMMATORY BALANCE: Modulates inflammatory pathways and cytokine signaling involved in tissue stress responses.

• GASTROINTESTINAL LINING SUPPORT: Supports the integrity of the stomach and intestinal lining, particularly during periods of physical or chemical stress.

• NEUROLOGICAL SIGNALING SUPPORT: Provides neurotrophic support involved in nerve signaling and brain-body communication.

• CELLULAR PROTECTION: Enhances cellular resilience against oxidative stress during recovery and exertion.

​

Potential Benefits May Include:

• Support for recovery following tendon, ligament, muscle, or joint stress

• Improved circulation and wound recovery support

• Reduced inflammation-related discomfort or swelling

• Support for digestive tract resilience during stress or medication use

• Support for cognitive clarity, mood balance, and nerve signaling

• Improved physical recovery, endurance, and overall resilience over time

BPC-157 + TB-500 is an injectable peptide blend that combines two compounds with complementary roles in supporting tissue repair, circulation, and recovery processes.

​

BPC-157 is a lab-synthesized peptide modeled after a naturally occurring protein fragment identified in gastric tissue. It has been studied for its stability and supportive role in localized tissue repair, vascular signaling, and inflammatory balance.

​

TB-500 is a synthetic version of thymosin beta-4, a peptide naturally present throughout the body and involved in cellular migration, circulation, and immune signaling. Together, these peptides create a more comprehensive recovery approach by pairing targeted repair support with broader systemic resilience.

​

HOW THIS BLEND SUPPORTS RECOVERY & REPAIR

Research suggests the BPC-157 + TB-500 blend supports recovery-related pathways through multiple mechanisms, including:

​

• CONNECTIVE TISSUE SUPPORT: Supports collagen signaling and connective tissue remodeling involved in tissue maintenance.

• CIRCULATION & VASCULAR SIGNALING: Associated with angiogenesis and blood flow support, helping deliver nutrients to stressed or recovering tissue.

• CELLULAR MIGRATION & REPAIR SIGNALING: TB-500 supports actin regulation, a process involved in cell movement and tissue repair coordination.

• INFLAMMATORY BALANCE: Helps regulate inflammatory signaling and supports balanced tissue response during recovery.

• NEUROLOGICAL & VASCULAR SUPPORT: Provides support for nerve signaling and brain-body communication involved in recovery and coordination.

• SYSTEMIC RESILIENCE: Supports the body’s ability to adapt during periods of physical, metabolic, or training-related stress.

​

Potential Benefits May Include:

• Support for recovery following tendon, ligament, muscle, or joint stress

• Improved recovery support following surgery or chronic overuse

• Reduced swelling, stiffness, and excessive scar formation

• Support for post-exercise recovery, endurance, and tissue resilience

• Support for cognitive clarity, mood balance, and nervous system signaling

• A comprehensive option for individuals with higher physical demands or complex recovery needs

Sermorelin is a lab-synthesized peptide that mimics the body’s natural Growth Hormone-Releasing Hormone (GHRH). GHRH is secreted by the hypothalamus and stimulates the pituitary gland to release growth hormone (GH), which then drives production of insulin-like growth factor-1 (IGF-1). This hormone cascade is central to maintaining muscle, bone, metabolism, and cellular repair. Unlike direct GH therapy, which bypasses the body’s feedback loops, Sermorelin works by activating the body’s own endocrine axis. This preserves natural hormone regulation, reduces risks associated with hormone excess, and supports a more physiologic approach to healthy aging.

​

HOW SERMORELIN SUPPORTS HORMONAL BALANCE & RECOVERY:

Research suggests Sermorelin supports endocrine and metabolic health through several key mechanisms, including:

 

• PHYSIOLOGIC GROWTH HORMONE RELEASE: Stimulates the pituitary gland to release growth hormone in natural, pulsatile patterns rather than constant elevation.

• IGF-1 PATHWAY SUPPORT: Supports IGF-1 production involved in muscle maintenance, bone strength, fat metabolism, and tissue repair.

• PRESERVATION OF ENDOCRINE SIGNALING: Helps maintain hypothalamic-pituitary communication, supporting broader hormonal balance over time.

•  CIRCADIAN RHYTHM ALIGNMENT: Often administered in the evening to align with the body’s natural growth hormone release during deep sleep.

• NEUROENDOCRINE RESILIENCE: Encourages growth-factor signaling associated with brain health, stress adaptation, and cognitive support.

​

Potential Benefits May Include:

• Support for lean muscle maintenance, recovery, and body composition goals

• Enhanced fat metabolism and support for age-related metabolic changes

• Support for bone density, joint health, and long-term structural resilience

• Improved sleep quality, energy levels, and daytime vitality

• Support for cognitive clarity, memory, and mood balance

• Support for cardiovascular health, immune readiness, and hormone vitality

• A more physiologic alternative to exogenous growth hormone therapy for long-term wellness

CJC-1295 + Ipamorelin is a synergistic peptide blend designed to support the body’s natural growth hormone rhythm. CJC-1295 enhances the amplitude and duration of growth hormone pulses, while Ipamorelin initiates those pulses by activating ghrelin-related pathways and reducing inhibitory signals.

​

Unlike earlier growth hormone–stimulating peptides, Ipamorelin is recognized for its selectivity and is not associated with increased appetite or elevation of stress hormones. Together, this combination supports balanced growth hormone and IGF-1 signaling, making it a popular option for individuals focused on metabolic health, body composition, recovery, and overall vitality

​

HOW THIS BLEND SUPPORTS METABOLIC & HORMONAL HEALTH

Research suggests CJC-1295 + Ipamorelin supports growth hormone related pathways through several mechanisms, including:

​

• PHYSIOLOGIC GROWTH HORMONE RELEASE: Supports natural, pulsatile GH secretion with downstream IGF-1 signaling involved in tissue repair and regeneration.

• FAT METABOLISM SUPPORT: Associated with activation of lipolysis, encouraging the use of stored fat for energy and supporting metabolic flexibility.

• BODY COMPOSITION MAINTENANCE: Supports lean muscle preservation and protein synthesis during periods of training, recovery, or caloric restriction.

• CIRCADIAN RHYTHM ALIGNMENT: Reinforces nighttime growth hormone pulses, supporting recovery processes that occur during deep sleep.

• SELECTIVE HORMONE SIGNALING: Provides targeted growth hormone support without significant stimulation of appetite, cortisol, or other stress-related hormones.

 

Potential benefits may include: 

• Improved fat metabolism and reduction in stubborn or central fat when paired with healthy lifestyle practices

• Preservation of lean muscle mass and faster recovery after training or physical stress

• Enhanced joint, bone, and connective tissue strength

• Better sleep quality, energy levels, and mental clarity 

• Support for cardiovascular health, immune function, and balanced hormone signaling

• Comprehensive regenerative support for skin health, tissue repair, and healthy aging 

The Fat Burner Blend combines three complementary peptides AOD-9604, MOTS-c, and Tesamorelin; designed to support fat metabolism, mitochondrial efficiency, and healthy body composition through distinct yet synergistic pathways.

​

• AOD-9604 is a modified fragment of human growth hormone (hGH 176–191) studied for its ability to support fat breakdown without stimulating IGF-1 or growth-related effects.

• MOTS-c is a mitochondrial-derived peptide involved in cellular energy regulation, insulin sensitivity, and metabolic flexibility.

• Tesamorelin is an analog of growth hormone - releasing hormone (GHRH) that supports physiologic growth hormone release, influencing fat distribution while preserving lean muscle.

​​

Together, these peptides work across hormonal, mitochondrial, and cellular pathways to support fat utilization, energy efficiency, recovery, and long-term metabolic health. 

​

HOW THIS BLEND SUPPORTS METABOLISM & BODY COMPOSITION: 

Research suggests the Fat Burner Blend supports metabolic and cellular health through multiple mechanisms, including:

​

• LIPOLYSIS & FAT UTILIZATION: AOD-9604 supports fat breakdown and helps limit new fat storage without increasing IGF-1 activity.

• MITOCHONDRIA EFFICIENCY: MOTS-c activates AMPK-related pathways involved in glucose uptake, fatty acid oxidation, and cellular energy production.

• PHYSIOLOGIC GROWTH HORMONE: Tesamorelin supports natural GH pulses associated with reductions in visceral fat and preservation of lean muscle.

• MUSCULOSKETEAL SUPPORT: Supports protein synthesis, connective tissue signaling, bone density, and joint resilience during metabolic stress.

• CELLULAR RESILIENCE & INFLAMMATORY SIGNALING: Enhances mitochondrial function, antioxidant defenses, and balanced inflammatory signaling.

​​

Potential Benefits May Include:

• Support for reduction of visceral and subcutaneous fat stores

• Improved metabolic flexibility, insulin sensitivity, and glucose regulation

• Preservation of lean muscle mass during weight-loss efforts

• Enhanced mitochondrial performance, endurance, and energy levels

• Reduced chronic inflammation with improved immune balance

• Support for joint health, bone strength, and musculoskeletal recovery

• Support for healthy lipid profiles and cardiovascular markers

• Secondary improvements in body composition, waist circumference, and physical performance

GHK-Cu is a naturally occurring copper peptide complex formed from the tripeptide glycine-histidine-lysine (GHK) bound to copper (Cu2+). Levels peak in early adulthood and decline significantly with age, a change associated with slower wound healing, reduced tissue regeneration, and loss of cellular resilience. In clinical practice, injectable GHK-Cu is used to systemically support cellular repair, reduce inflammation, and enhance tissue resilience. While improvements in skin quality and hair growth are often observed, these are considered secondary outcomes of its broader regenerative and longevity-supporting effects. 

 

HOW GHK-Cu SUPPORTS CELLULAR REPAIR & LONGEVITY

Research suggests injectable GHK-Cu supports regenerative and longevity-related pathways through several key mechanisms, including:

​

• COPPER DELIVERY FOR ENZYMATIC ACTIVITY: Delivers bioavailable copper ions involved in collagen synthesis, mitochondrial energy production, and antioxidant enzyme activation.

• GENE EXPRESSION & TISSUE RENEWAL: Modulates gene expression associated with healing, angiogenesis, and tissue regeneration.

• CELLULAR REGENERATION SUPPORT: Enhances activity in fibroblasts, keratinocytes, and endothelial cells involved in tissue maintenance and repair.

• IMMUNE & INFLAMMATORY BALANCE: Helps regulate immune signaling to support efficient repair while calming excessive inflammation.

• OXIDATIVE STRESS PROTECTION: Strengthens antioxidant defenses that protect cells from oxidative damage and age-related decline.

 

Potential Benefits May Include: 

• Support for healthier aging by improving cellular resilience and genomic stability

• Faster recovery from wounds, procedures, or tissue injury

• Reduced chronic inflammation and oxidative stress throughout the body

• Enhanced repair and function in lungs, cardiovascular tissue, and gastrointestinal lining

• Secondary improvements in skin firmness, hydration, and barrier health

• Support for hair follicle vitality as part of broader tissue renewal

Epithalon is a synthetic peptide derived from epithalamin, a naturally occurring compound produced by the pineal gland earlier in life. It has been studied for its role in supporting healthy aging, circadian rhythm regulation, and cellular repair mechanisms associated with genomic stability.

​

By influencing telomere maintenance, melatonin production, and antioxidant defenses, Epithalon supports the body’s natural capacity for cellular renewal and resilience. It is often categorized as a longevity-focused peptide with additional benefits for sleep quality, immune balance, and long-term brain health.

 

HOW EPITHALON SUPPORTS HEALTHY AGING:

Research suggests Epithalon supports cellular health and longevity-related pathways through multiple mechanisms, including:

​

• TELOMERE SUPPORT: Associated with activation of telomerase activity, helping preserve telomere length and cellular integrity over time.

• CIRCADIAN RHYTHM & PINEAL SUPPORT: Supports pineal gland function and melatonin production, contributing to healthier sleep-wake cycles.

• GENOMIC STABILITY & CELLULAR REPAIR: Influences gene expression involved in DNA repair, mitochondrial efficiency, and cellular maintenance.

• ANTIOXIDANT DEFENSE: Supports increased activity of antioxidant enzymes that help protect cells from oxidative stress.

• IMMUNE AND INFLAMMATORY BALANCE: Modulates immune signaling pathways involved in chronic inflammation and immune regulation.

 

Potential benefits may include:

• Support for healthier aging and cellular resilience

• Improved sleep quality and circadian rhythm regulation

• Enhanced protection against oxidative stress and DNA damage

• Reduced chronic inflammation with improved immune balance

• Support for memory, focus, and long-term cognitive health

• Improved metabolic balance, including insulin sensitivity and lipid regulation

• Secondary benefits for skin elasticity and visible signs of aging

The Semax + Selank blend combines two peptides designed to enhance mental performance and emotional balance through complementary actions on the brain and nervous system. Semax has been studied for its ability to boost learning, memory, motivation, and recovery following stress or neurologic strain. Selank is recognized for promoting calm focus, reducing anxiety without sedation, and supporting immune stability. Together, they offer broad-spectrum support for cognitive clarity, mood regulation, and resilience under stress, making this blend especially valuable for those experiencing cognitive fatigue, emotional instability, or high-performance demands.

 

HOW THIS BLEND SUPPORTS BRAIN & NERVOUS SYSTEM HEALTH

Research suggests Semax and Selank support brain health and emotional balance through multiple pathways, including:

​

• NEUROTROPHIC: Semax supports neurotrophic factors such as BDNF and NGF, which play key roles in learning, memory, and neural adaptability.

• BALANCE NEUROTRANSMITTER SIGNALING: Selank helps modulate GABA activity, supporting calm focus, while Semax supports dopamine and serotonin pathways involved in motivation and mood stability.

• STRESS RESILIENCE & EMOTIONAL REGULATION: Selank supports endogenous opioid activity involved in buffering stress responses and maintaining emotional balance.

• CEREBRAL CIRCULATION & CELLULAR ENERGY SUPPORT: Semax has been studied for its role in supporting cerebral blood flow and mitochondrial efficiency during periods of increased cognitive demand.

•  IMMUNE & INFLAMMATORY BALANCE: Both peptides are associated with regulation of immune signaling pathways that may influence cognitive clarity and emotional wellbeing.

​

Potential benefits may include: 

• Enhanced focus, memory, and cognitive performance

• Reduced anxiety and improved stress resilience without sedation

• Greater motivation and emotional balance

• Support for recovery from mental fatigue or burnout

• Neuroprotection and vascular support for brain health

• Reduced inflammation and immune-related stress

• Improved performance consistency in high-demand environments

Selank + DSIP is a neuroactive peptide blend designed to support emotional balance, cognitive clarity, sleep quality, and recovery from stress through complementary actions on the central nervous system.

 

• Selank, derived from the naturally occurring peptide tuftsin, is studied for its role in modulating neurotransmitter activity, promoting calm focus, and supporting immune balance without sedative effects.

​

• DSIP (Delta Sleep–Inducing Peptide) is a naturally occurring neuropeptide associated with restorative sleep, circadian rhythm regulation, stress hormone balance, and cellular energy support.

​

Together, these peptides provide a multidimensional approach to nervous system regulation, helping support mood stability, cognitive performance, restorative sleep, and overall stress resilience.

​

HOW THIS BLENDS SUPPORTS NEUROLOGIC & SYSTEMIC BALANCE

Research suggests BPC-157 supports cellular repair and resilience through several key mechanisms, including:

​

• NEUROTRANSMITTER BALANCE: Selank supports GABA activity and helps stabilize serotonin, dopamine, and norepinephrine signaling involved in calm focus and emotional regulation.

• SLEEP QUALITY & CIRCADIAN RHYTHM SUPPORT: 
  DSIP supports deep, restorative sleep and circadian rhythm alignment without acting as a sedative.

• STRESS HORMONE REGULATION: Together, Selank and DSIP support balanced HPA-axis signaling involved in cortisol regulation and stress responsiveness.

• NEUROPLASTICITY & COGNITIVE SUPPORT:  Selank is associated with increased BDNF signaling involved in learning, memory, and neural adaptability.

• MITOCHONDRIAL & ENERGY RESILIENCE: DSIP supports mitochondrial efficiency and ATP production during periods of physical or psychological stress.

• NEUROIMMUNE BALANCE:  Both peptides are associated with regulation of immune and inflammatory signaling pathways involved in stress-related cytokine activity.

​

Potential Benefits May Include:

• Reduced anxiety and improved stress resilience without sedative effects

• Improved sleep quality, depth, and circadian rhythm stability

• Enhanced cognitive clarity, memory, and executive function

• Greater emotional stability and mood balance

• Reduced stress-related inflammation and immune strain

• Support for recovery following chronic stress, fatigue, or burnout