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Cagrilintide, 10 mg, labelled 99+% purity. Strictly for laboratory research; not for human consumption. Key researched benefits: • Sustained appetite suppression and earlier meal satiety • Slowed gastric emptying and reduced food intake • Body-weight reduction, studied alone and alongside GLP-1 agonists • Preservation of lean mass relative to total weight lost
Triple receptor agonist researched for metabolic and body-composition endpoints. Key researched benefits: • Marked appetite reduction and prolonged satiety signalling • Increased energy expenditure via glucagon receptor activation • Substantial fat-mass and body-weight reduction in trials • Improved glycemic control and reduced liver fat
GHRH analog studied for visceral fat reduction and growth hormone release. Key researched benefits: • Targeted reduction of visceral adipose tissue • Stimulation of natural pulsatile growth hormone and IGF-1 • Improved lipid profile and reduced liver fat • Supported cognitive and body-composition endpoints in trials
Classic blend studied for pulsatile growth hormone support and recovery. Key researched benefits: • Amplified natural growth hormone pulses without cortisol or prolactin spikes • Improved deep sleep quality and overnight recovery • Lean-mass support and fat-loss endpoints • Faster soft-tissue and joint recovery from training load
Mitochondrial-derived peptide researched for metabolic flexibility and energy. Key researched benefits: • Activation of AMPK and improved insulin sensitivity • Enhanced fatty-acid oxidation and glucose utilisation • Exercise-capacity and endurance endpoints • Mitochondrial stress resistance and cellular longevity signalling
Innate repair receptor peptide studied for nerve comfort and tissue repair. Key researched benefits: • Neuropathic discomfort reduction and small-fibre nerve regeneration • Anti-inflammatory action without erythropoietic side effects • Studied in sarcoidosis and diabetic neuropathy trials • Tissue protection and repair at sites of metabolic stress
Widely researched gastric peptide for soft tissue and gut repair studies. Key researched benefits: • Accelerated healing of tendons, ligaments, muscle and bone • Gastrointestinal mucosal protection and gut-barrier restoration • Angiogenesis and improved localised blood flow to injury sites • Reduced systemic and local inflammation
An 80 mg research blend of BPC-157 10 mg, GHK-Cu 50 mg, TB-500 10 mg and KPV 10 mg. Key researched benefits: • Synergistic soft-tissue, tendon and ligament repair (BPC-157 + TB-500) • Collagen synthesis, skin renewal and antioxidant defense (GHK-Cu) • Targeted anti-inflammatory and gut-barrier immune signalling (KPV) • Broad recovery support across connective tissue, gut mucosa and skin
Thymosin beta-4 fragment studied for flexibility, recovery and repair. Key researched benefits: • Actin upregulation driving cell migration and wound closure • Improved flexibility, joint mobility and scar-tissue remodelling • New capillary formation and endothelial repair • Reduced inflammatory signalling during tissue recovery
Cardiolipin-targeting peptide researched for mitochondrial efficiency. Key researched benefits: • Stabilised cardiolipin and restored inner-membrane structure • Improved ATP production and reduced mitochondrial ROS • Cardiac, muscle and renal function endpoints • Studied in primary mitochondrial myopathy and fatigue research
191 amino acid somatropin, studied for recovery, body composition and sleep. Key researched benefits: • Lean-mass accrual and fat-mass reduction • Improved collagen, tendon, ligament and bone turnover • Deeper sleep and improved recovery from training • Skin quality, IGF-1 signalling and longevity endpoints
Higher strength 191AA somatropin vial for extended research protocols. Key researched benefits: • Lean-mass accrual and fat-mass reduction • Improved collagen, tendon, ligament and bone turnover • Deeper sleep and improved recovery from training • Skin quality, IGF-1 signalling and longevity endpoints
Higher strength 191AA somatropin vial for extended research protocols. Key researched benefits: • Lean-mass accrual and fat-mass reduction • Improved collagen, tendon, ligament and bone turnover • Deeper sleep and improved recovery from training • Skin quality, IGF-1 signalling and longevity endpoints
Tetrapeptide studied for telomerase activity and circadian regulation. Key researched benefits: • Telomerase activation and extended cellular replicative lifespan • Normalised melatonin rhythm and improved sleep architecture • Antioxidant defense and reduced oxidative DNA damage • Longevity and healthy-ageing endpoints in animal studies
Cellular coenzyme researched for energy metabolism and cellular repair. Key researched benefits: • Restored NAD+ pools for mitochondrial ATP production • Sirtuin activation and DNA-repair signalling • Mental clarity, focus and fatigue-reduction endpoints • Cellular ageing, metabolic and neuroprotection research
Stabilized Semax variant studied for focus, memory and neuroprotection. Key researched benefits: • Longer-acting than standard Semax thanks to amidated stability • Upregulated BDNF and NGF supporting neuroplasticity • Attention, working memory and learning endpoints • Neuroprotection under ischemic and oxidative stress
Nootropic peptide researched for attention, BDNF and mental stamina. Key researched benefits: • Increased BDNF expression and neuroplasticity • Sharpened attention, focus and mental stamina • Studied for stroke recovery and cognitive protection • Modulated dopamine and serotonin for stable mood
Anxiolytic peptide studied for calm focus without sedation. Key researched benefits: • Anxiety reduction without sedation or dependence • GABAergic and serotonergic modulation • Improved stress resilience and emotional stability • Enhanced memory and attention under stress
Delta sleep-inducing peptide researched for sleep depth and recovery. Key researched benefits: • Promotion of slow-wave (delta) sleep and sleep onset • Reduced cortisol and stress-axis normalisation • Overnight growth hormone release and recovery • Studied for chronic pain and withdrawal-related insomnia
Copper peptide studied for skin renewal, collagen and antioxidant defense. Key researched benefits: • Stimulated collagen, elastin and glycosaminoglycan synthesis • Reduced fine lines, improved skin firmness and thickness • Accelerated wound healing with reduced scar formation • Potent antioxidant activity and hair-follicle support
Master antioxidant researched for detox pathways and oxidative balance. Key researched benefits: • Primary intracellular antioxidant neutralising free radicals • Phase II liver detoxification and heavy-metal conjugation • Skin brightening and even tone via tyrosinase inhibition • Immune-cell function and recycling of vitamins C and E
Gonadotropin studied for endogenous hormone signalling support. Key researched benefits: • Mimics LH to stimulate endogenous testosterone production • Maintenance of testicular volume and function on suppressive protocols • Fertility and spermatogenesis restoration research • Used in post-cycle and hormone-recovery protocol studies
Melanocortin agonist studied for pigmentation and libido endpoints. Key researched benefits: • Stimulated melanogenesis for deeper, longer-lasting tanning • Reduced UV exposure required to develop pigmentation • Libido and arousal endpoints via melanocortin receptors • Appetite suppression observed in research settings
Melanocortin peptide researched for desire and arousal pathways. Key researched benefits: • Central MC4R activation driving sexual desire and arousal • Works through the nervous system rather than vascular pathways • Studied in both male and female low-desire research • Onset independent of hormonal testosterone levels
Signalling peptide studied for reproductive hormone regulation. Key researched benefits: • Master regulator of GnRH, driving natural LH and FSH release • Endogenous testosterone and estrogen signalling support • Fertility, puberty and reproductive-axis research • Studied for libido and arousal pathways
Sterile 0.9% benzyl alcohol water for reconstitution.
6mm 31G insulin syringes, 10 pack.
6mm 31G insulin syringes, 10 pack.
A mitochondrial-support compound commonly used in research on energy metabolism, fatty-acid transport and exercise physiology. Key researched benefits: • Transport of long-chain fatty acids into mitochondria for fuel • Fat oxidation and body-composition endpoints • Improved exercise capacity and reduced muscle soreness • Cardiovascular, sperm-quality and cognitive research
Pinealon is a research tripeptide bioregulator studied for its potential to support cognitive function, memory, healthy sleep cycles, and mood balance, along with neuroprotective and cellular anti-aging effects. Developed within the Khavinson peptide bioregulator research tradition, it is intended for research purposes only Key researched benefits: • Neuroprotection of brain cells under hypoxia and oxidative stress • Memory, learning and cognitive-performance endpoints • Normalised circadian rhythm and sleep cycles • Gene-regulatory anti-ageing action on neural tissue
Questions first? Message us on WhatsApp at +1 778 900 5673 or email EnhancedHealth@proton.me.