Our Products

BPC-157 is a synthetic peptide derived from a naturally occurring protein found in the gastric system. It is widely referenced in research for its potential role in supporting soft-tissue healing, cellular regeneration, and gastrointestinal integrity. Studies suggest that it may promote angiogenesis and enhance recovery of tendons, ligaments, and muscle fibers. BPC-157 is frequently explored for its broad systemic restorative effects in laboratory settings.

TB-500 is a peptide fragment modeled after thymosin beta-4, a naturally occurring protein involved in cellular response and repair. Research indicates that TB-500 may support tissue remodeling, cell migration, and improved flexibility or mobility. It is often used in studies examining muscle recovery, injury response, and regenerative pathways.

Thymosin Beta-4 is a naturally occurring protein associated with cellular repair and immune modulation. Research focuses on its ability to support wound healing, tissue regeneration, and inflammation reduction. It plays a role in actin regulation, making it relevant in studies involving structural cellular repair.

BPC-157 is a synthetic peptide derived from a naturally occurring protein found in the gastric system. It is widely referenced in research for its potential role in supporting soft-tissue healing, cellular regeneration, and gastrointestinal integrity. Studies suggest that it may promote angiogenesis and enhance recovery of tendons, ligaments, and muscle fibers. BPC-157 is frequently explored for its broad systemic restorative effects in laboratory settings.

TB-500 is a peptide fragment modeled after thymosin beta-4, a naturally occurring protein involved in cellular response and repair. Research indicates that TB-500 may support tissue remodeling, cell migration, and improved flexibility or mobility. It is often used in studies examining muscle recovery, injury response, and regenerative pathways.

Thymosin Beta-4 is a naturally occurring protein associated with cellular repair and immune modulation. Research focuses on its ability to support wound healing, tissue regeneration, and inflammation reduction. It plays a role in actin regulation, making it relevant in studies involving structural cellular repair.

Thymosin Beta-4 is a naturally occurring protein associated with cellular repair and immune modulation. Research focuses on its ability to support wound healing, tissue regeneration, and inflammation reduction. It plays a role in actin regulation, making it relevant in studies involving structural cellular repair.

CJC-1295 is a growth hormone–releasing hormone (GHRH) analog designed to extend half-life and provide prolonged GH stimulation. The DAC variant allows for long-lasting release, making it useful in studies evaluating sustained metabolic and regenerative pathways. Research often explores its effects on IGF-1 signaling.

This version provides shorter-duration GH stimulation, allowing for more precise timing in research. It is commonly studied for its influence on sleep, recovery, cell repair, and metabolic signaling.

Ipamorelin is a selective growth hormone secretagogue that activates ghrelin receptors. It is known for its mild side-effect profile and is often used in studies involving GH secretion, recovery, rejuvenation, and body composition. Ipamorelin is commonly paired with CJC-1295 in research environments.

Sermorelin is a synthetic analog of GHRH used in research examining natural GH axis stimulation. It is frequently utilized to study recovery, fat metabolism, sleep, and anti-aging pathways.

A potent GH secretagogue used in studies examining appetite signals, growth hormone pulses, and metabolic processes. Known for strong interaction with ghrelin receptors.

Similar to GHRP-2 but often associated with more appetite stimulation. Research focuses on GH secretion, tissue repair, and anabolic pathways.

A strong GH secretagogue studied for its influence on GH release, body composition, and muscular performance. It is considered one of the more potent peptides in this category.

Tesamorelin is a GHRH analog studied for its role in metabolic signaling and fat redistribution. It is commonly researched for its effects on visceral adipose pathways.

A GLP-1 analog commonly used in laboratory models evaluating appetite regulation, glucose pathways, and metabolic function. It is frequently studied for its role in weight management systems.

A dual GIP/GLP-1 agonist being investigated for its powerful metabolic modulation. Research areas include appetite signaling, glucose metabolism, and enhanced fat-loss pathways.

A peptide fragment of HGH that is studied specifically for fat metabolism. Research highlights AOD-9604’s ability to promote lipolytic (fat breakdown) activity without affecting blood sugar or growth hormone levels.

A small molecule researched for its effects on reducing cellular fat storage. Supports pathways involved in metabolic efficiency and energy regulation.

These peptides are studied for appetite modulation, digestion, and gut motility. Useful in metabolic and weight-loss research settings.

PT-141 is a melanocortin receptor agonist commonly studied for its effects on libido, arousal pathways, and neurohormonal function. Research focuses on central nervous system signaling rather than direct vascular response.

Kisspeptin is a key regulator of the reproductive hormonal axis. Studies explore its role in LH/FSH stimulation, fertility pathways, and hormonal signaling.

A longer-acting form of kisspeptin, often studied for more sustained endocrine activity. Research examines reproductive timing, fertility cycles, and hormonal feedback mechanisms.

A melanocortin peptide known for its pigmentation effects but also widely researched for libido, appetite, and energy modulation.

Selank is a synthetic analog of tuftsin, studied for its potential role in anxiolytic effects, cognitive enhancement, and neuroprotection. It is often explored in research involving focus, memory, and stress modulation.

Semax is a melanocortin-derived peptide evaluated for its influence on cognitive processing, neuroplasticity, and central nervous system activity. Research includes learning, memory, and neuroprotective pathways.

DSIP is researched for its association with sleep regulation, recovery cycles, and stress response. Its exact mechanism remains the subject of ongoing study.

NAD+ boosters support energy production, mitochondrial health, and cellular repair. Research includes anti-aging systems and cognitive resilience.

A peptide studied for its influence on immune system modulation and T-cell activation. It is widely referenced in research on immune-supportive pathways.

A human antimicrobial peptide studied for its broad immune modulation, wound repair, and anti-microbial properties.

A thymic peptide involved in immune function and endocrine-immune interactions. Research includes inflammation regulation and immune system calibration.

Oxytocin analogs are studied for their role in social bonding, emotional regulation, and endocrine pathways.

VIP is researched for its influence on pulmonary, immune, and neurological functions. It is part of many studies around inflammation and cellular support.

A GnRH analog used in research related to reproductive hormone regulation, fertility cycles, and LH/FSH stimulation.

A modified IGF-1 molecule studied for its extended activity in cellular growth, repair, and regeneration models.

Blends used to study combined metabolic pathways for appetite, fat metabolism, and glucose regulation.

Peptides studied for energy expenditure, appetite control, and central nervous system regulation.

A growth-factor variant studied for muscle repair and regeneration.

A senolytic-focused peptide studied for cellular aging and apoptosis pathways.

A protein studied for anti-aging and regenerative applications in animal models.