Peptide Info Guide & Catalogue

CJC-1295 DAC 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Slower recovery, stubborn fat, and energy dips can hold back gym progress. CJC-1295 DAC is a synthetic peptide studied for its ability to release GH in natural pulses, stay active longer, support recovery & lean muscle preservation, aid body composition and performance goals.

Natural growth-hormone-releasing hormone is a fragile messenger; the body begins dismantling it within minutes of release. This molecule is what happens when chemists answer that problem one door at a time. Four amino acids in the original chain were swapped out, and each swap closes a particular route of destruction — one blocks an enzyme's favourite cut site, another removes a link prone to rearranging, another one prone to oxidising. Then comes the clever part. A small reactive cap on the tail finds the single free attachment point on albumin, the most abundant protein in blood, and bonds to it permanently. Most long-acting designs merely hitch a ride on albumin. This one is welded on, and goes wherever that protein goes.

Key Benefits

• Supports Natural Gh PulsesHelps release growth hormone in steady, natural patterns that support recovery and repair.
• Enhances Muscle RecoverySupports muscle repair after intense workouts, promoting faster recovery and less downtime.
• Promotes Longer ActivityIts DAC modification helps maintain stable activity for extended benefits.
• Boosts Training PerformanceSupports strength, stamina, and endurance for more productive training sessions and active days.

LR3-IGF 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Building lean muscle and recovering fully after training can be difficult when the body's repair processes slow down. LR3-IGF is a longer-acting form of insulin-like growth factor studied for its ability to stay active longer in the body for extended effects, support lean muscle growth and recovery, aid cellular repair and regeneration, enhance overall performance.

Almost all the IGF-1 circulating in the body is chaperoned. Binding proteins latch on within moments and hold it in reserve, so only a small free fraction is ever available to signal. LR3-IGF is what happens when chemists redesign the molecule to slip that grip: thirteen extra amino acids added to the front, and one letter swapped at position three, precisely the spot the chaperones take hold of. The receptor still recognises it perfectly well. It simply arrives unescorted, which is why it does so much more in a dish than the same amount of the original. It was developed in Adelaide in the early 1990s and has a quiet industrial second life, keeping cultured cells growing happily in medium with no serum in it.

Key Benefits

• Supports Lean Muscle GrowthHelps maintain and develop lean muscle tissue for strength and physical performance.
• Encourages RecoverySupports faster bounce-back after training sessions, reducing downtime between workouts.
• Promotes Cell RepairAssists in repairing tissues and promoting long-term cellular wellness.
• Improves Training AdaptationHelps the body respond better to workouts, enhancing results over time.

GRF-29 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Slower recovery, stubborn fat, or energy dips can hold back progress in training. GRF-29 is a synthetic peptide studied for its ability to stimulate natural growth hormone release via the pituitary, support muscle repair and recovery, encourage fat use and body composition, enhance performance & overall balance.

The discovery has a lovely twist. The hormone this fragment copies was not found in the brain. The hypothalamus makes it in vanishing quantities and it stayed out of reach for years. Then, in 1982, two teams purified it instead from a pancreatic tumour in a patient whose body had begun making the hormone in bulk in entirely the wrong place, a natural factory that solved the supply problem. Once the sequence was known, chemists found the first twenty-nine links carried essentially all the activity and the rest of the chain could go. What researchers like about that short version is its manners. It asks the pituitary to release growth hormone rather than replacing it, so the body's own brakes still apply and the rise keeps its natural, pulsing shape.

Key Benefits

• Supports Natural Gh SignalsEncourages natural growth hormone release, helps body maintain recovery and repair processes.
• Enhances RecoveryHelps the body bounce back faster after exercise or physical strain, reducing downtime.
• Boosts PerformanceSupports strength, stamina, and endurance for more consistent and productive training.
• Aids Fat MetabolismHelps the body use stored fat more efficiently as a steady energy source.

TB-500 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Nagging injuries, sore joints, or slow recovery can drain momentum and stall progress. TB-500 is a lab-made peptide fragment studied for its ability to support faster tissue repair and recovery, calm inflammation naturally, promote stronger, more resilient tissues, help you stay active and maintain performance.

Every cell keeps a supply of actin, the protein it uses to build its own skeleton and to pull itself along when it moves. Loose actin is unruly, so cells need something to hold the spare parts ready. That is Thymosin Beta-4's day job: it takes hold of free actin one piece at a time, like bricks stacked neatly beside a building site, and lets go where a cell decides to grow or crawl. It is remarkably abundant in platelets and in white blood cells, the first responders at any injury. TB-500 is the small working stretch of that protein, the actin-gripping part, only a handful of links long and made cleanly in a lab. The parent protein came out of a calf-thymus preparation in the 1960s and was named in 1981.

Key Benefits

• Supports Tissue RepairHelps activate the body's natural repair signals to strengthen muscles and connective tissues.
• Aids RecoveryAssists in bouncing back quickly after heavy training, reducing soreness and downtime.
• Promotes Healthy Blood FlowEncourages new blood vessel growth for improved circulation, oxygen, and nutrient delivery.
• Helps Calm InflammationSupports relief from swelling and irritation caused by overuse, stress, or injury.

GRF-T2 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Stubborn fat, slower recovery, and dips in energy can hold back progress even with consistent training. GRF-T2 is a synthetic peptide studied for its ability to support fat reduction and lean muscle preservation, boost natural growth hormone release, aid recovery and performance, promote overall metabolic balance.

Most growth-hormone research peptides are abbreviations, short fragments that imitate part of a natural signal. This one is the whole sentence: the complete forty-four-link message the brain actually sends the pituitary, with one small addition. A short fatty cap is fixed to the front end, the exact spot where enzymes would otherwise bite first, so the message survives long enough to be heard. It supplies no growth hormone itself; it asks the body to release its own, in the same pulses it would use anyway. Developed in Montreal, it is the analogue researchers reach for when the question is where fat sits rather than how muscle grows, and studies have been especially curious about the deep fat packed around the organs, which behaves quite differently from the softer fat under the skin.

Key Benefits

• Supports Natural Gh ReleaseHelps trigger natural growth hormone pulses that contribute to recovery, repair, and vitality.
• Encourages Fat LossAssists the body in targeting stubborn fat stores, particularly in the abdominal area.
• Helps Maintain Lean MuscleSupports the preservation of lean muscle while working toward body composition goals.
• Boosts Energy UsePromotes more efficient use of fuel, helping maintain energy throughout the day.

Ipamorelin 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Ipamorelin is a selective growth hormone–releasing peptide (GHRP) designed to stimulate the body's natural GH pulses without elevating cortisol, prolactin, or appetite. Ipamorelin is studied to support muscle recovery and repair, promote deeper, more restorative sleep, aid body composition and performance balance.

Ipamorelin is a chain of just five amino acids, and three of them are building blocks the body has never made. That is deliberate. A plain five-link peptide would be trimmed away within minutes by enzymes that nibble proteins from either end; swapping in mirror-image and non-standard links leaves those enzymes nothing to grip, and the molecule survives long enough to be useful. It was designed at Novo Nordisk and first described in 1998, developed from an earlier generation of compounds by paring away everything that was not needed. The receptor it speaks to is ghrelin's, the hormone the stomach releases when it is empty, which is also, curiously, the same signal that prompts the pituitary to send out a pulse of growth hormone.

Key Benefits

• Supports Natural Gh ReleaseHelps encourage the body's natural growth hormone pulses without overstimulating cortisol or prolactin.
• Helps In RecoverySupports muscle repair and recovery after training, reducing soreness and downtime between sessions.
• Enhances Sleep QualityPromotes deeper sleep quality, which plays a key role in recovery, hormone balance, and daily energy.
• Helps In Body CompositionAssists in maintaining lean muscle while supporting fat-loss and body composition goals.

BPC-157 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Injuries, joint strain, or gut discomfort can make it difficult to stay active and consistent. BPC-157 is a synthetic peptide studied for its ability to support muscle, tendon, and ligament recovery, promote digestive and gut health, enhance tissue repair and overall healing, encourage long-term wellness and active consistency.

The story starts with a question a medical student asked in 1975. The stomach bathes itself in acid strong enough to strip paint, yet its lining rebuilds itself day after day. Predrag Sikiric, then at the University of Zagreb, suspected gastric juice must carry something protective inside it — not only a weapon, but a repair kit. Years of work followed, and by 1989 his laboratory had pulled a protective protein out of it. BPC-157 is a fifteen-link fragment of that protein: short enough to make cleanly in a lab, long enough to hold its shape. What draws researchers to it is how broadly it turns up — the same small chain appearing in studies of new blood vessels, of connective tissue, and of the gut lining alike.

Key Benefits

• Soft Tissue RecoveryHelps accelerate healing in soft tissues and muscles, improving recovery after strain or injury.
• Circulation & Vascular SupportPromotes new blood vessel growth to improve circulation and nutrient delivery.
• Gut & Digestive SupportSupports repair of the stomach lining and digestive tract for better balance and comfort.
• Joint & Connective Tissue SupportHelps connective tissues recover from stress, aiding flexibility and joint resilience.

KPV 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Ongoing inflammation in the gut, skin, or joints can disrupt energy, comfort, and daily performance. KPV (Lysine-Proline-Valine) is a tripeptide studied for its ability to support gut health and digestive comfort, soothe skin irritation and inflammation, promote overall immune balance, encourage daily energy and overall performance.

Think of KPV as the last three letters of a much longer word. The parent hormone, alpha-MSH, is the one that tells skin to tan. Snip off its tail and you keep the calming half and leave the colour behind. What researchers found next is the charming part: KPV does not knock on a hormone receptor at all. It rides in through PepT1, the same small doorway intestinal cells use to pull in fragments of dinner, which is why gut tissue takes it up so readily. Once inside, it appears to stop an inflammatory alarm signal before it ever reaches the nucleus, so the shouting never starts. In laboratory work it has also slowed the growth of common bacteria and yeast, a quiet second talent.

Key Benefits

• Inflammation SupportHelps calm the body's inflammatory response, supporting comfort and healthier recovery.
• Gut & Digestive BalancePromotes balance in the digestive tract and may ease irritation or stress.
• Skin & Barrier SupportHelps soothe redness, irritation, and support healing of skin and barrier tissues.
• Inflammation Support (Non-Pigmenting)Delivers anti-inflammatory benefits without influencing tanning or pigmentation.

ARA-290 10 mg

Repair the Nerve. Calm the Inflammation.

Peptide Profile

ARA-290 (cibinetide) is an 11-amino-acid peptide derived from the helix-B domain of erythropoietin (EPO). Unlike EPO, it does not stimulate red-blood-cell production. It is studied for its selective activity at the innate repair receptor (IRR) — a complex of the EPO receptor and the beta-common receptor that appears on injured tissue — making it a research tool for isolating tissue-repair and anti-inflammatory pathways from EPO's blood-related effects.

Erythropoietin is best known as the body's instruction to make red blood cells, but that is only half of what it says. It also carries a quieter message that tissue listens for when it is injured, through a receptor that only appears where there is damage to repair. ARA-290 is that second message on its own: eleven amino acids lifted from one face of the much larger hormone. Researchers can watch the effect in an unusual place, the cornea, the one window in the body where nerve fibres can be seen directly in living tissue. In careful controlled work on people with small-fibre nerve damage, those fibres grew measurably denser, and participants walked further in six minutes. A small fragment, doing one thing well.

Key Benefits

• Small Nerve-Fibre ResearchStudied for its influence on small nerve-fibre density and regeneration in neuropathy research models.
• Inflammation ModulationInvestigated for dampening pro-inflammatory signalling at sites of tissue injury.
• Tissue ProtectionExplored for protective effects on stressed or injured tissue via the innate repair receptor.
• Non-ErythropoieticDoes not raise red-blood-cell count, separating repair signalling from EPO's haematopoietic activity.

GHK-Cu 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Many people notice changes in skin firmness, hair thickness, or slower tissue recovery with age. GHK-Cu is a copper-based peptide studied for its ability to support skin renewal, promote healthy hair growth, calm everyday inflammation, enhance overall vitality.

In 1973 a researcher named Loren Pickart noticed something strange: a fraction of young human blood, added to aged liver tissue, made that tissue behave young again. What he eventually isolated was three amino acids, glycine, histidine and lysine, cradling a single atom of copper. The grip is the clever part. It holds copper tightly enough to carry it safely, and loosely enough to hand it over to the enzymes that need it, so the peptide acts as a courier rather than a storehouse. The body makes it, and the amount circulating falls by more than half between our twenties and our sixties. Later gene-expression work found it nudging thousands of genes at once, up and down, including sets involved in DNA repair, a far wider brief than collagen alone.

Key Benefits

• Supports Skin RenewalHelps improve skin texture and firmness by supporting natural collagen production.
• Calms InflammationMay help soothe redness, irritation, and signs of stressed skin.
• Boosts ElasticityEncourages healthier, firmer skin by supporting elastin and collagen balance.
• Promotes Hair VitalityExplored for helping dormant hair follicles and supporting scalp health.

GLOW + KPV 80 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Slow tissue repair, lingering inflammation, and reduced recovery can make healing feel incomplete—even with proper rest and nutrition. GLOW + KPV is studied for supporting muscle, tendon, ligament, and connective tissue repair, helping regulate inflammation during recovery, promote collagen production and skin regeneration, and enhance immune balance and cellular defense.

Each part of this blend is a small piece taken from something larger, which is what makes the combination feel deliberate rather than crowded. KPV is the final three amino acids of the hormone that darkens skin — the calming end of that molecule, separated cleanly from the pigment-making end. GHK is a copper-carrying tripeptide found in human plasma, isolated by Loren Pickart in 1973; it is plentiful in young blood and drops to well under half that by sixty, which is much of why skin researchers keep returning to it. TB-500 is the short working handle of a far bigger protein, the exact stretch that grips the scaffolding cells use to rebuild. With BPC-157 alongside, the vial covers inflammation, copper chemistry and structural repair at once.

Key Benefits

• Multi-Peptide SynergyFour well-studied regenerative peptides (BPC-157, TB-500, GHK-Cu, and KPV) in a single formulation.
• Inflammation SupportHelps regulate excessive inflammatory responses while maintaining normal immune balance.
• Skin & Tissue SupportPromotes collagen synthesis, skin elasticity, and structural tissue support.
• Systemic Balance & ResilienceUseful during injury recovery phases, high physical stress periods, gut imbalance research, or skin rejuvenation protocols.

L-Glutathione 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Glutathione is the body's primary intracellular antioxidant, essential for detoxification, immune defense, and cellular protection. Glutathione is a naturally occurring antioxidant found in every cell and supports protection against oxidative stress, liver detox and metabolic balance, aiding immune resilience and overall vitality.

A French scientist found it in brewer's yeast in 1888 and named it philothion, lover of sulphur, because sulphur is where its power lives. Frederick Gowland Hopkins pinned down what it actually was decades later. Cells keep it in astonishing quantity, among the most concentrated small molecules they carry, because it is the one they send in first whenever something reactive needs neutralising. Two of its three links are joined by an unusual sideways bond that ordinary protein-cutting enzymes cannot recognise, which is how such a small chain survives in a cell full of scissors. Laboratories read the ratio of its fresh to spent forms as a direct measure of a cell's oxidative state. In skin research, attention centres on how it nudges pigment production toward lighter tones.

Key Benefits

• Antioxidant DefenseActs as the body's primary antioxidant, helping neutralize free radicals from stress and exposure.
• Liver & Detox SupportSupports healthy liver function by assisting natural detoxification and waste-clearing processes.
• Cellular Energy SupportHelps maintain cellular health and resilience, which plays a role in energy, recovery, and overall wellness.
• Skin & Tissue HealthSupports overall skin and tissue health by reducing oxidative stress linked to aging and fatigue.

MT-2 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Uneven tanning, sun sensitivity, or low libido can be frustrating to manage. MT-2 is a synthetic peptide studied for its ability to stimulate melanocyte activity for a natural-looking tan, support libido and sexual response, and promote skin resilience against UV exposure.

Two labs at the University of Arizona built this in the late 1980s, and the design idea is genuinely clever. The natural signalling peptide it copies is a long, floppy string that only works when it happens to fold into the right bend. So the chemists stapled one side chain to another and closed the molecule into a ring, locking that bend permanently in place. The result is a shorter peptide that outperforms the longer one it was cut from, simply because it always presents the shape the receptor is reading for. At the pigment receptor, the message runs inward to the cell's melanin machinery and turns up production of the brown-black kind. A close cousin of it, differing only at the tail end, later became an approved medicine.

Key Benefits

• Skin Tanning SupportHelps promote a natural tanning effect while supporting the skin's protection from UV exposure.
• Libido & Sexual FunctionActs on natural pathways that influence libido, intimacy, and arousal.
• Uv Protection & Skin ResilienceEncourages greater skin resilience by reducing sun sensitivity and sunburn risk.
• Melanocyte ActivationWorks through natural melanocyte-stimulating hormone signals rather than steroid hormones.

Pinealon 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Many people notice changes in focus, memory, or daily balance as they get older or face stress. Pinealon is studied for its ability to support mental clarity and steady concentration, promote healthier sleep rhythms, help manage stress and maintain calm, encourage overall brain vitality and daily balance.

Most peptides work by knocking on a receptor at the cell surface. Pinealon belongs to a small family thought to do something more direct, and stranger. Just three amino acids long, it is small enough to slip into the nucleus and settle into the groove of the DNA helix itself, hydrogen-bonding to particular letters of the code near genes involved in stress protection and nerve growth. A peptide with a hand on the switch rather than the doorbell. It came out of a long St Petersburg research programme that started with whole-organ extracts and worked backwards, hunting for the shortest fragment that still carried a tissue's signature. Pinealon is the piece traced to the brain, and studies in animal models have followed learning and the resilience of neurons under strain.

Key Benefits

• Memory & Mental PerformanceHelps maintain sharp memory and steady mental performance throughout the day.
• Focus & ConcentrationPromotes natural concentration for learning, decision-making, and everyday productivity.
• Energy & Recovery BalanceEncourages balance in daily rhythms to improve rest, recovery, and mental energy.
• Stress & Mental ResilienceSupports calmness and steady function during periods of stress or mental fatigue.

DSIP 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Difficulty falling asleep, restless nights, or waking up without feeling restored are struggles many people face. DSIP (Delta Sleep-Inducing Peptide) is studied for its ability to support deep, restorative sleep, promote steady hormonal rhythms, help balance stress, enhance overall recovery and body recharge.

This one was named for what it did long before anyone knew what it was. In 1974, a Swiss team coaxed rabbits into deep sleep, collected blood leaving the brain, and gave it to other rabbits, whose brainwaves promptly slid into the slow rolling rhythm of deep sleep. Something in that blood was carrying sleep itself. What they eventually pulled out was a chain of just nine amino acids, small enough and greasy enough at one end to cross into the brain. Its receptor has never been pinned down, which is unusual and part of the appeal: this is a molecule defined entirely by its effect. Researchers also note that it quiets stress-hormone signalling, a link that keeps it interesting to anyone studying rest and recovery.

Key Benefits

• Deep Sleep SupportHelps body enter deeper stages of sleep that restore energy, repair tissues, & promote overall balance.
• Sleep Onset & QualityEncourages easier transition into sleep and more consistent rest throughout the night.
• Hormonal Sleep BalanceSupports natural regulation of growth hormone and cortisol activity during the sleep cycle.
• Recovery & Nightly RepairHelps the body recover from daily stress and physical fatigue by improving nightly repair.

P-21 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Memory lapses, slower learning, and cognitive decline are common concerns as people age. P21 is a synthetic peptide studied for its ability to support memory, focus, and neuron health; promote learning capacity and mental clarity, enhance neuronal repair, and encourage long-term cognitive balance.

Even in adulthood the brain keeps one small nursery running, a curved strip of the hippocampus where new neurons are still born. That rate falls with age, and much of the interest in this peptide comes from exactly there. It is a short piece lifted from a natural nerve-growth factor, and its reported action is to lift a brake, quieting a signal that otherwise tells young brain cells to hold back. Working with aging models, researchers have described new-neuron counts moving back toward those seen in young animals. There is a charming piece of chemistry in it too. A tiny cage of carbon, shaped like a splinter of diamond, is bolted to one end purely to make the molecule greasy enough to cross into the brain.

Key Benefits

• Memory & Recall SupportHelps maintain clearer recall and sharper memory performance in daily life.
• Focus & Mental PerformancePromotes steady concentration and stronger mental performance across work, learning, and activities.
• Cognitive Health & LongevitySupports healthy neuron activity and long-term cognitive wellness & vitality as the body ages.
• Brain Recovery & ResilienceEncourages natural brain repair pathways that help preserve healthy function and resilience.

Selank 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Stress, anxious thoughts, or difficulty focusing can interfere with performance and daily balance. Selank is a synthetic peptide studied for its ability to promote calmness and steady mood, support clear thinking and mental focus, enhance resilience under stress, encourage overall mental clarity without drowsiness.

Selank began with tuftsin, a four-amino-acid immune peptide the body makes by clipping it out of an antibody. Russian chemists at the Institute of Molecular Genetics, the same lab behind Semax, added a stiff three-residue tail to the end. That little cap is the whole trick: the enzymes that nibble peptides apart cannot get a comfortable grip on it, so the molecule lasts. What it does is indirect and rather elegant. Rather than docking onto a receptor itself, it appears to slow the enzymes that dismantle enkephalins, the body's own calming peptides, letting them linger longer than they otherwise would. In a 2020 imaging study, researchers watched connectivity shift between the amygdala and the prefrontal cortex in fifty-two volunteers within about twenty minutes.

Key Benefits

• Calm & Stress SupportHelps encourage a calmer state of mind and reduce stress in daily situations.
• Focus & Mental ClarityPromotes clearer thinking and steady attention for work, study, and everyday tasks.
• Non-Drowsy RelaxationHelps the body unwind without feelings of drowsiness or unwanted sedation.
• Brain Recovery & ResilienceEncourages natural brain repair pathways that help preserve healthy function and resilience.

Semax 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Many people struggle with mental fatigue, brain fog, or staying sharp during demanding tasks. Semax is a synthetic peptide studied for its ability to support focus, and clear thinking, promote healthy brain circulation, aid mood balance and stress resilience, provide steady, non-stimulant mental clarity.

Semax began as a fragment of ACTH, the stress hormone, with the stress left out: the piece that speaks to the brain, without the part that tells the adrenal glands to fire. Alone, that fragment disappears from the blood in under a minute, so chemists at the Institute of Molecular Genetics in Moscow added a short three-amino-acid tail that enzymes find hard to grip. Seven amino acids in all, and small enough to reach the brain readily. The most striking thing about it is a mismatch in timescales. Semax itself clears in minutes, but what it sets off keeps running: mapping studies found BDNF, a protein that acts rather like fertiliser for neurons, still raised in the hippocampus and cortex a day or two later.

Key Benefits

• Focus & Mental PerformanceHelps promote sharper focus and clearer mental performance for work, study, or creative tasks.
• Memory & Learning SupportEncourages stronger recall, better learning capacity, and improved information retention in daily life.
• Mood & Emotional BalanceContributes to steady mood, motivation, and greater emotional stability throughout the day.
• Brain Circulation & FunctionSupports healthy blood flow and oxygen use in the brain for optimal function.

5-Amino-1MQ 50 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Struggling with stubborn fat, low energy, or slower progress in the gym can be frustrating. 5-Amino 1MQ is a small molecule compound designed to help the body burn stored fat more efficiently, preserve lean muscle, boost stamina & performance, and support a balanced & healthy physique.

Fat cells keep a quiet accountant. The enzyme this compound blocks spends its day tagging vitamin B3 with a small chemical label, which sends the vitamin toward the exit instead of letting the cell recycle it into NAD+, the coenzyme behind nearly every energy reaction we run. In heavier tissue, that enzyme runs faster. Interest took off in 2014, when researchers turned it down in mice on a rich diet and watched the animals stay lean while eating exactly the same amount. The difference was in what the cells did with the calories, not how many arrived. Later work reported smaller fat cells and lower cholesterol. It is not a peptide at all but a small, permanently charged ring, compact enough to reach the enzyme deep inside a cell.

Key Benefits

• Supports Fat BreakdownHelps the body tap into stored fat for energy, supporting stubborn fat reduction.
• Encourages Body RecompositionHelps preserve lean muscle while reducing fat for a stronger, more defined physique.
• Boosts Energy UsePromotes efficient fuel use to support sustained energy during activity and daily movement.
• Performance OptimizationSupports stamina, endurance, and overall performance during training and daily activity.

MOTS-c 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Low energy, sluggish metabolism, or difficulty burning fat can make it harder to feel and perform at your best. MOTS-C is a mitochondrial-derived peptide studied for its ability to improve cellular energy efficiency, support endurance and stamina, enhance fat metabolism, promote balance and overall performance.

For most of the last century mitochondria were treated as engines and nothing more. MOTS-c helped change that. It is a sixteen-link peptide tucked inside a mitochondrial gene long assumed to code only for ribosomal machinery, spelled in the mitochondrion's own slightly different genetic alphabet — a large part of why nobody noticed it until 2015. Its mechanism is a lovely piece of misdirection. Rather than switching on the cell's fuel gauge directly, it slows a metabolic cycle upstream so that a small molecule piles up behind the blockage. That molecule happens to look exactly like the cell's own low-fuel signal, and the gauge flips on. Under stress, researchers have watched the peptide travel into the nucleus itself — a message from the engine room to head office.

Key Benefits

• Supports Energy ProductionHelps the body create and use energy more efficiently, improving daily vitality and activity levels.
• Aids Fat MetabolismSupports the natural use of stored fat as a fuel source, promoting better balance and energy.
• Improves EnduranceHelps sustain energy during physical activity, aiding stamina and longer workout performance.
• Optimizes MetabolismEncourages a balanced and efficient metabolic response for overall wellness and training goals.

NAD+ 100 mg / 1000 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

As people age, many notice lower energy, slower recovery, or mental fatigue that coffee alone can't fix. NAD+ is a coenzyme studied for its ability to support cellular energy and body metabolism, promote clear focus and mental clarity, aid healthy repair and recovery, encourage overall vitality and balance.

It was found in 1906, in yeast juice, by two chemists puzzling over why fermentation stopped once they filtered the liquid. Something small and heat-proof had been left behind. They called it cozymase, and the long hunt to understand it eventually gathered two Nobel Prizes. We know it now as the busiest shuttle in the cell: a molecule that picks up hydrogen at one reaction and hands it off at another, over and over, thousands of times a second. The twist that keeps researchers interested is that it is not only recycled. Repair crews inside the cell tear it apart for parts whenever DNA is damaged, and a salvage enzyme quietly rebuilds it. That balance between spending and rebuilding shifts with age, which is where the studies keep returning.

Key Benefits

• Cellular Energy SupportHelps restore steady energy by supporting natural cell-level metabolism.
• Cellular Repair & ResilienceEncourages healthy repair systems that keep cells strong and resilient.
• Healthy Aging SupportSupports vitality and balance often associated with healthy aging.
• Cognitive SupportContributes to clearer focus, sharper memory, and mental performance.

AOD-9604 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Many people find it challenging to lose stubborn fat even with consistent training and diet. AOD-9604 is a synthetic peptide studied for its ability to support fat breakdown, promote energy balance and stamina, aid lean muscle preservation during fat loss, encourage healthier overall body composition.

Growth hormone says several things at once, and one of them is a word to fat cells: release what you are holding. In the 1990s researchers at Monash University in Australia asked whether that single instruction could be separated from all the rest, and found it living near the tail end of the molecule, in a stretch of sixteen amino acids. AOD-9604 is that stretch, folded into a small loop by a bridge between two sulphur atoms. The loop matters more than the letters: open it, and the activity vanishes, so the message is really a shape. In research models the effect runs through the same receptor on fat cells that adrenaline uses, which is why it behaves like a metabolic signal rather than a growth one.

Key Benefits

• Fat Utilization & Energy SupportHelps the body tap into stored fat for energy, making it easier to target stubborn areas.
• Metabolic Regulation SupportPromotes healthier metabolism while avoiding unwanted growth or muscle-related pathways.
• Body Recomposition SupportAssists in achieving fat reduction while maintaining lean muscle for a balanced physique.
• Fat-Burning Signal SupportDelivers short-term fat-burning signals that may help during cutting or weight phases.

RETA-3 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Managing appetite, energy levels, and body composition can remain challenging even with structured nutrition and consistent training. RETA-3 is a next-generation peptide studied for its ability to support appetite regulation and satiety, promote glucose balance and metabolic efficiency, enhance energy expenditure & calorie utilization, and drive long-term body composition optimization.

Glucagon is the surprise in this molecule. For decades it was cast as insulin's opposite, the hormone that pushes sugar out of storage, so adding it to anything studied for body composition sounds backwards. It turns out that as a gentle, steady signal glucagon does something else: it nudges the body to spend more energy, and it pushes the liver to work through the fat it has been holding. That is the third voice here, layered over two gut hormones that quiet appetite and steady blood sugar. Researchers find the combination interesting because the three act on different organs at once, rather than pressing harder on one. The molecule also carries a long fatty tail that lets it ride on albumin, the blood's own courier protein, so its signal lingers for days rather than minutes.

Key Benefits

• Appetite & Craving ControlSupports appetite control and promotes longer-lasting feelings of fullness after meals.
• Blood Sugar & Energy StabilityEncourages more stable blood glucose levels and improved insulin sensitivity.
• Metabolism & Energy ExpenditurePromotes increased metabolic rate and daily energy expenditure.
• Lean Mass & Fat BalanceAssists in preserving lean muscle mass while supporting fat reduction.

GLP-2X 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Tirzepatide is a dual metabolic signaling compound that supports appetite regulation and blood sugar control by influencing natural satiety and energy pathways. It is studied for supporting appetite control and reduced cravings, promoting steadier blood sugar and energy levels, encouraging gradual fat loss, and supporting long-term metabolic balance.

Most metabolic peptides speak one hormonal language. This one speaks three. Two of its signals are the familiar gut hormones released after a meal, the ones that tell the pancreas to act and the brain that dinner is over. The third is the surprise: glucagon, long filed away as insulin's opposite. On its own it raises blood sugar, but it also asks the liver to spend stored fat and lifts overall energy use, so researchers study it as an accelerator paired with brakes. A long fatty tail hangs off the chain and catches a ride on albumin, the most abundant protein in blood, letting the molecule drift in circulation for days rather than minutes. Liver fat is the change investigators watch most closely.

Key Benefits

• Appetite & Craving ControlHelps reduce appetite and food cravings by supporting natural satiety signals after meals.
• Blood Sugar & Energy StabilityEncourages more stable blood sugar levels, which can help reduce energy crashes and overeating.
• Sustainable Weight LossSupports gradual, sustainable weight loss without stimulant-like effects.
• Long-Term Metabolic BalanceHelps promote long-term metabolic balance when used alongside lifestyle changes.

Kisspeptin 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Low energy, reduced libido, or irregular cycles can all point back to hormone imbalance. Kisspeptin is a naturally occurring peptide studied for its ability to stimulate reproductive hormone signaling via GnRH, support fertility and reproductive health, promote overall hormonal balance, aid energy, libido, and cycle regularity.

The name is a joke that stuck. The gene was found in 1996 in a laboratory in Hershey, Pennsylvania, the chocolate town, and the team named it after the local confection. They were studying how tumours spread and had no idea what else they were holding. Years later, families whose children never entered puberty turned out to carry faults in the receptor this peptide binds. That put it at the very top of the reproductive cascade: nothing downstream fires until it does. The neurons that make it cluster in a small hub deep in the hypothalamus and fire in rhythmic bursts, and the peptide itself lasts only minutes in the blood, which is precisely what makes it useful for studying the body's pulses rather than its steady states.

Key Benefits

• Hormonal Signaling SupportStimulates the release of GnRH, which starts the body's reproductive hormone cascade.
• Reproductive Hormone SupportEncourages healthy LH and FSH secretion, essential for reproductive health and sexual function.
• Testicular Function SupportMaintains testicular function and supporting hormonal recovery.
• Ovulation & Cycle SupportHelps restore ovulatory rhythm and supports regular reproductive cycles.

PT-M1 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

Low desire, lack of intimacy, or difficulty maintaining arousal can affect confidence and relationships. PT-M1 (Bremelanotide) is a synthetic peptide studied for its ability to support sexual interest and arousal, enhance responsiveness in both men and women, promotes confidence and intimacy, encourages overall sexual wellness.

It began, unexpectedly, with sun tanning. In the 1980s Victor Hruby and Mac Hadley at the University of Arizona were reshaping the hormone that tells skin cells to make pigment, hoping for a safer tan. One of their molecules did something else altogether, and this compound is the piece of it responsible. A single small change at the tail end strips away most of the pigment effect while leaving the rest intact. Structurally it is a ring: the chain is stitched closed so it cannot flop about, locking the few amino acids the receptor actually reads into precisely the right pose. That rigidity doubles as armour, since enzymes struggle to get a grip on a closed loop. Few research programmes have found something more interesting than what they set out for.

Key Benefits

• Libido Signaling SupportHelps stimulate natural libido signals in the brain for men and women alike.
• Desire & Arousal SupportUnlike PDE5 inhibitors, it influences desire and motivation instead of circulation.
• Responsiveness SupportEncourages quicker responsiveness, often noted within a short time frame.
• Intimacy & Sexual FunctionSupports greater interest, intimacy, and responsiveness in both men and women.

Epithalon 10 mg / 20 mg / 30 mg

Repair Deeper. Recover Faster. Perform Longer.

Peptide Profile

As people age, sleep quality, energy, and daily balance often decline. Epitalon is a synthetic peptide studied for its ability to support restorative sleep and better rest, boost energy and daily balance, promote healthy cellular function, encourage overall vitality and long-term wellness.

Deep in the brain sits the pineal gland, a pea-sized organ that keeps the body's sense of night and day. In the 1970s Soviet researchers made an extract of it and spent years narrowing down what inside was doing the work. What survived that search was four amino acids, about as small as a peptide gets. The interest is in telomeres, the protective caps on the ends of chromosomes that shorten a little with every division until a cell quietly retires. In cultured human cells, treated lines carried longer telomeres and kept dividing well past the point where untreated cells stopped. In aging mice, researchers reported longer maximum lifespans. Four letters, aimed at the clock rather than at any one organ.

Key Benefits

• Supports Healthy AgingHelps maintain long-term cell function and vitality, promoting overall wellness and balance.
• Promotes Better Sleep CyclesEncourages natural melatonin balance for deeper, more restorative nightly rest.
• Helps Balance Daily RhythmsSupports regulation of the body's natural clock, aiding energy and hormonal balance.
• Provides Cellular ProtectionHelps defend cells against everyday stress and damage.

Thymosin Alpha-1 10 mg / 20 mg / 30 mg

Alpha-1 5 Mg

Peptide Profile

Low immunity, frequent illness, or chronic inflammation can wear down energy and resilience. Thymosin Alpha-1 (Ta1) is a thymus-derived peptide studied for its ability to support immune regulation, promote overall immune wellness, enhance resilience and energy, help the body defend against stress and illness.

The thymus is a small gland behind the breastbone that trains immune cells while we are young and quietly shrinks as we age, so anything it makes gets attention. This peptide was drawn out of a crude thymus extract in Allan Goldstein's laboratory in 1977, and proved to be a twenty-eight-link piece cut from a much longer parent protein. What researchers find most striking is that it does not simply push the immune system harder. It speaks to dendritic cells, the scouts that patrol tissue and carry what they find back to headquarters, helping them mature and report clearly. In research models it can raise a response or restrain one depending on the circumstances — less a switch than a hand on a dimmer.

Key Benefits

• Immune Defense SupportHelps activate T-cells and natural killer cells to improve immune defense.
• Early Immune ActivationEncourages the body's ability to detect and respond to stressed or abnormal cells.
• Inflammation BalanceHelps reduce excess inflammation while preserving normal immune function.
• Skin & Mucosal DefenseSupports the body in defending against viral challenges and maintaining resilience.

PE-22-28 10 mg / 20 mg / 30 mg

Neural Recovery · Research Use Only

Peptide Profile

PE-22-28 is a spadin-derived peptide studied for its selective antagonism of the TREK-1 potassium channel, a target of interest in neurological and mood-related research. Unlike its parent compound spadin, PE-22-28 is designed for improved metabolic stability, making it a useful tool for extended in vitro assays. Investigators use it to explore TREK-1's downstream effects on neuronal excitability. As with other lyophilized peptides, reconstitute with bacteriostatic water and use promptly.

There is a lovely accident behind this one. Researchers in Nice were studying a protein called sortilin when they noticed that a small offcut, snipped away during the protein's assembly and long assumed to be waste, quietly switched off a potassium channel named TREK-1. That offcut became spadin. Then came the better surprise: when they looked at how spadin itself breaks down in blood, one of the leftover pieces turned out to be far more potent than the parent it came from. That leftover is PE-22-28, a chain of just seven amino acids. TREK-1 acts like a brake on nerve cells, and easing the brake makes them readier to fire. In mouse studies, researchers counted freshly born cells appearing in the hippocampus, the brain's mood and memory seat.

Key Benefits

• Neural Recovery FocusSpadin-derived peptide studied for TREK-1 channel modulation in neurological research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Wolverine Blend 10 mg / 20 mg / 30 mg

Recovery Blend · Research Use Only

Peptide Profile

Wolverine Blend combines BPC-157, TB-500, and GHK-Cu into a single formulation for researchers studying overlapping tissue-repair and recovery pathways. The combination is designed to let investigators examine potential complementary effects between systemic, localized, and copper-dependent mechanisms within one model. Each component is dosed at standard research ratios within the blend. Reconstitute with bacteriostatic water and store the mixed solution at 2-8°C.

Three ingredients, three completely different origin stories. BPC-157 began as a scrap of a protein found in human stomach juice, a place already built to repair itself daily, and was characterised by researchers in Zagreb. TB-500 is a short piece of a protein cells use to keep their internal scaffolding stocked and ready to rebuild; the fragment carries only the working end. GHK-Cu is a tiny three-link loop that ferries copper, spotted in human blood in 1973 and noticeably scarcer in older plasma than younger. That is the logic of the blend: one piece studied for signals that travel, one for the machinery of rebuilding, one for the metal that repair enzymes cannot work without. Researchers use it to watch all three threads inside a single model.

Key Benefits

• Recovery Blend FocusMulti-peptide recovery blend combining BPC-157, TB-500 and GHK-Cu, studied across tissue-repair research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

CJC-1295 10 mg / 20 mg / 30 mg

GH Secretagogue · Research Use Only

Peptide Profile

CJC-1295 is a modified analogue of growth hormone-releasing hormone (GHRH) engineered for a longer plasma half-life than native GHRH. It is studied for its ability to stimulate pulsatile growth-hormone and IGF-1 release from the pituitary in endocrine research models, often paired with a GHRP-class secretagogue. Its extended stability allows researchers to examine sustained versus pulsatile signaling patterns. Reconstitute with bacteriostatic water and keep refrigerated between uses.

The body's own growth-hormone-releasing hormone is designed to be fleeting. It arrives at the pituitary, delivers its pulse, and is dismantled within minutes by an enzyme patrolling the blood. Building a research version meant reinforcing the spots where it frayed first, four small substitutions at the positions most vulnerable to being clipped or oxidised, and then adding a clasp that latches permanently onto albumin, the plentiful carrier protein circulating everywhere. Riding along on albumin, the message survives for days rather than minutes. In a 2006 study in healthy adults, investigators found growth hormone still noticeably raised nearly a week later and IGF-1 elevated for nine to eleven days, which turned a signal built for brief pulses into a tool for studying what sustained signalling actually does.

Key Benefits

• GH Secretagogue FocusModified GHRH analogue studied for extended half-life growth-hormone release research.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Prostamax 10 mg / 20 mg / 30 mg

Urogenital Research · Research Use Only

Peptide Profile

Prostamax is a peptide blend studied in models of prostate and urogenital tissue function. It combines components selected for their reported anti-inflammatory and tissue-supportive properties in this research area. As a blend, it allows researchers to examine combined-mechanism approaches rather than single-peptide effects. Reconstitute with bacteriostatic water and store at 2-8°C after mixing.

Behind this one sits an appealing idea. In Leningrad in the 1970s, researchers began asking whether each organ speaks its own short chemical language, and whether a string of only three or four amino acids could carry something like an address, meaningful to one tissue and largely ignored by the rest. Prostamax belongs to that family, the prostate-facing member, from the same tradition that produced thymus and pineal versions. Because the pieces are so small, they are simple to make and easy to line up side by side, which is part of why the family has stayed in laboratories for fifty years. Researchers use them to explore tissue-specific signalling, and the question underneath it: can a message be written short enough to name its own destination?

Key Benefits

• Urogenital Research FocusPeptide blend studied in prostate and urogenital research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

MT-1 10 mg / 20 mg / 30 mg

Pigmentation Research · Research Use Only

Peptide Profile

MT-1 is an analogue of alpha-melanocyte-stimulating hormone (α-MSH) studied for its selective activation of melanocortin receptors involved in pigmentation. Compared to MT-2, it has a narrower receptor-activity profile, making it useful for researchers isolating pigmentation pathways from appetite- or libido-related melanocortin effects. It is commonly used in dermal and pigmentation research models. Reconstitute with bacteriostatic water prior to use.

Skin already has a way of asking for pigment. A hormone called alpha-MSH knocks on melanocytes, the cells that make melanin, and they answer, but the natural signal is fleeting. Chemists at the University of Arizona made two small swaps in the 1980s. One removed a spot where the molecule easily oxidised. The other flipped a single amino acid into its mirror image, which enzymes no longer recognise and which holds the working end in the right shape. The result sits on the receptor far longer than the original. It has since been approved in Europe and the United States for a rare condition in which sunlight causes severe pain. Compared with its shorter, ring-shaped sibling MT-2, it stays narrowly focused on pigment.

Key Benefits

• Pigmentation Research FocusAlpha-MSH analogue studied in pigmentation research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Trizppy 10 mg / 20 mg / 30 mg

Metabolic Blend · Research Use Only

Peptide Profile

Trizppy is a multi-peptide metabolic blend formulated for researchers studying combined appetite-signaling and glucose-regulation mechanisms alongside triple-agonist-class compounds. As a blend, it offers a way to examine layered metabolic pathways within a single research protocol rather than testing components individually. Reconstitute with bacteriostatic water and store the mixed solution refrigerated.

Metabolism does not listen to one voice. After a meal the gut sends several messages at once, and this blend is built around that fact, layering signals researchers usually study one at a time. One arm speaks the language of GLP-1, the gut hormone that tells the pancreas a meal has arrived and tells the brain, gently, that it can stop. Another works through GIP, a partner signal that shapes how fat tissue handles the incoming fuel. A third turns toward the liver, where the conversation shifts from storing energy to spending it. Studied together rather than separately, the three let investigators watch how the pathways lean on one another, which is far closer to how a living system actually runs.

Key Benefits

• Metabolic Blend FocusMulti-peptide metabolic blend studied for appetite-signaling and glucose-regulation research.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Testagen 10 mg / 20 mg / 30 mg

Hormonal Research · Research Use Only

Peptide Profile

Testagen is a peptide blend formulated for research into hormonal and performance-related pathways, combining components selected for their reported roles in endocrine signaling. It is designed to give researchers a single formulation for studying multi-mechanism hormonal research questions rather than testing each component separately. Reconstitute with bacteriostatic water and store the mixed solution refrigerated.

The thinking behind this one comes from a distinctive school of research: the short-peptide bioregulators developed at the St Petersburg Institute of Bioregulation and Gerontology, where Vladimir Khavinson spent decades on a single idea. Most signalling molecules knock at a receptor on the cell surface and hand their message to a relay of messengers inside. Khavinson's proposal was that a peptide small enough — sometimes only four amino acids, about as short as a chain can be and still earn the name — could skip all of that, slip through to the nucleus and settle directly onto a stretch of DNA, turning a tissue's own genes up or down. Every sequence in the family was matched to a tissue. This one's assignment is the endocrine machinery behind testosterone.

Key Benefits

• Hormonal Research FocusPeptide blend studied in research models targeting hormonal and performance-related pathways.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Thymalin 10 mg / 20 mg / 30 mg

Immune Research · Research Use Only

Peptide Profile

Thymalin is a thymic peptide bioregulator studied for its role in immune-system regulation and age-related immune decline, developed as part of a broader class of tissue-specific bioregulator peptides. Researchers use it to examine thymic-function restoration models and immune-cell differentiation pathways. Reconstitute with bacteriostatic water and store refrigerated once mixed.

The thymus is what makes this interesting. It sits just behind the breastbone and works something like a school: young immune cells arrive, learn to tell self from stranger, and graduate into the bloodstream. It is at its largest in childhood and then, unusually among organs, it quietly retires, shrinking away decade by decade. Thymalin came from asking what messages that gland sends out, and whether they could be studied on their own once the gland itself had gone quiet. It is a fraction of small peptides drawn from calf thymus rather than one designed molecule, worked out at a Leningrad academy in the 1970s. It became the template for a whole family of tissue-specific bioregulator peptides that researchers have been comparing ever since.

Key Benefits

• Immune Research FocusThymic peptide bioregulator studied for immune-system and aging-related research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Vilon 10 mg / 20 mg / 30 mg

Longevity Research · Research Use Only

Peptide Profile

Vilon is a synthetic dipeptide bioregulator studied for its proposed gene-expression-modulating effects in cellular-aging and immune-function research. As one of the structurally simplest bioregulator peptides, it is often used as a reference compound when studying longer-chain bioregulators like Epithalon and Thymalin. Reconstitute with bacteriostatic water and store the mixed solution at 2-8°C.

Vilon is two amino acids, one carrying a positive charge and one a negative, and that pairing is the entire idea. Our DNA is stored wound tightly around proteins, and with age some of that packing tightens further, quietly shelving genes the cell used to read. A molecule this small, charged at both ends, can reach places larger ones cannot. Researchers describe it loosening those packed regions in cells from older donors and switching ribosome-building genes back on. It came from the thymus, the immune organ that shrinks as we age; Russian scientists worked an extract of that tissue down to this smallest still-active piece. In mouse studies it changed far more genes alongside Epithalon than either peptide managed alone, which is why the two are so often studied as a pair.

Key Benefits

• Longevity Research FocusDipeptide bioregulator studied in cellular-aging and immune-function research models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Vesugen 10 mg / 20 mg / 30 mg

Longevity Research · Research Use Only

Peptide Profile

Vesugen is a synthetic bioregulator peptide studied for its proposed roles in immune-system support and longevity-related cellular research, part of the same class of short-chain regulatory peptides as Epithalon and Vilon. It is frequently referenced in comparative bioregulator research examining tissue-specific versus systemic aging pathways. Reconstitute with bacteriostatic water and store refrigerated.

This is one of the shortest molecules you will meet: three amino acids, a chain you could draw on a napkin. It comes out of a distinctly Russian tradition. Researchers at the St Petersburg Institute of Bioregulation and Gerontology worked backwards from an extract of blood-vessel tissue, hunting for the smallest fragment that still carried the signal, and landed here. Most of the published work is about the endothelium, the single-cell-thick lining that coats every vessel in the body. In cultures of human endothelial cells, investigators reported the tripeptide restoring the little channels neighbouring cells use to talk to each other and raising levels of sirtuin-1, a protein much studied in ageing. The proposed explanation is bold and rather beautiful: something this small may settle directly onto DNA and nudge genes awake.

Key Benefits

• Longevity Research FocusSynthetic bioregulator peptide studied for immune and longevity-related research applications.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

GLP-1X 10 mg / 20 mg / 30 mg

GLP-1 Agonist · Research Use Only

Peptide Profile

GLP-1X is a long-acting glucagon-like peptide-1 receptor agonist studied for its effects on insulin secretion, gastric emptying, and appetite signalling in metabolic research models. Investigators use it as a single-target comparator against dual- and triple-agonist compounds when examining glucose regulation and body-composition endpoints. The extended half-life comes from albumin binding, which requires careful reconstitution to preserve stability. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Eat something, and cells lining the gut release a short hormone that runs ahead of the meal like a messenger. It tells the pancreas to release insulin, but only when blood sugar is genuinely high. It slows the stomach so the meal arrives gradually. And it reaches the brain with the news that enough has come in. The catch is timing: the natural version survives about two minutes before an enzyme snips it in half. Every long-acting compound in this family is engineered to defeat that one snip. The template came from an unlikely place. In 1992 researchers found a near-identical, far more durable peptide in the venom of the Gila monster, a desert lizard that eats rarely and must handle each meal slowly.

Key Benefits

• GLP-1 Agonist FocusGLP-1 receptor agonist studied in glucose-regulation and body-composition research.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

CAG-5 5 mg

Amylin Analogue · Research Use Only

Peptide Profile

CAG-5 is a long-acting amylin receptor agonist studied for its role in satiety signalling and gastric emptying. Research models pair it with GLP-1 compounds to examine whether amylin and incretin pathways produce additive effects on food intake and body composition. Its acylated structure gives it a weekly dosing profile in preclinical work. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Amylin is the quieter partner to insulin. The pancreas releases both together after a meal, and amylin carries the message that arrives a little later: enough, slow down, you are full. Turning that natural hormone into a research compound took two elegant fixes. Human amylin is sticky and clumps together, so chemists swapped two positions to form an internal clasp that holds the molecule's coil in shape and keeps it from tangling. Then they hung a long fatty tail off it, which grips albumin, the abundant carrier protein cruising the bloodstream, so the compound hitches a ride and stays in play for about a week instead of minutes. In 2025, researchers finally photographed it locked onto its receptors using cryo-electron microscopy, catching the fit in atomic detail.

Key Benefits

• Amylin Analogue FocusLong-acting amylin analogue studied alongside GLP-1 compounds in satiety research.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

SS-31 10 mg / 50 mg

Mitochondrial · Research Use Only

Peptide Profile

SS-31 (elamipretide) is a mitochondria-targeted tetrapeptide that binds cardiolipin on the inner mitochondrial membrane. Research examines its influence on electron-transport efficiency, reactive oxygen species production, and ATP output in models of mitochondrial dysfunction. Because it concentrates in mitochondria independent of membrane potential, it is widely used as a tool compound in bioenergetics studies. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

This one was found by accident. A team at Cornell was building small peptides for other work and noticed some slipped through cell membranes on their own, with no transporter needed, then piled up inside mitochondria thousands of times more concentrated than outside. The reason is charge and shape: alternating positive and ring-shaped links act like a passkey to membranes. Once inside, it settles on cardiolipin, the distinctive fat that lines the deep folds of the inner membrane. Cardiolipin also holds cytochrome c, one of the ferries that carries electrons along the energy chain, and when that grip goes wrong the ferry stops ferrying. Researchers describe this four-link peptide as steadying the relationship, keeping the folds crisp and the electrons moving, which is why it turns up so often in studies of tired cells.

Key Benefits

• Mitochondrial FocusMitochondria-targeted tetrapeptide studied for cardiolipin binding and cellular energy.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Humanin 10 mg

Mitochondrial-Derived · Research Use Only

Peptide Profile

Humanin is a mitochondrial-derived peptide encoded within the mitochondrial genome, studied for cytoprotective signalling through the IGFBP-3 and gp130 receptor complexes. Longevity research examines its apparent role in resisting apoptosis under metabolic stress and its declining circulating levels with age. It is frequently studied alongside MOTS-c as part of the mitochondrial-derived peptide family. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Three laboratories found it in 2001, and none of them were looking for it. One was screening the rare brain cells that survived in Alzheimer's tissue, asking what those survivors were making that their neighbours were not. The answer sat in an unlikely place: a short gene tucked inside another gene, in the small separate loop of DNA that mitochondria carry of their own. That makes it a message from the cell's power plants to everything else, a chemical way of saying we are under strain, hold on. Inside the cell it physically blocks the protein that opens the hatch to programmed cell death. Its discoverers named it humanin. Levels run higher in young animals than old, which is why longevity researchers keep coming back to it.

Key Benefits

• Mitochondrial-Derived FocusMitochondrial-derived peptide studied for cytoprotective signalling in longevity research.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

GRF-T2 + IPA Blend 10 mg

GH Blend · Research Use Only

Peptide Profile

This blend combines GRF-T2, a growth-hormone-releasing factor analogue, with Ipamorelin, a selective ghrelin-receptor secretagogue. Research pairs the two because they act on complementary receptors — one raising the amplitude of GH pulses, the other initiating them — allowing investigators to study combined secretagogue signalling from a single pre-measured vial. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Ipamorelin has a good origin story. In 1998, chemists at Novo Nordisk took an older growth-hormone releaser and simply deleted two amino acids from its middle. The trimmed molecule kept the growth-hormone message intact but stopped stirring the stress hormones its predecessors had disturbed, which is why researchers still reach for it when they want a clean signal. Pairing it with a releasing-factor analogue works because the two speak in different currencies inside the pituitary cell: one message travels by cyclic AMP, the other by a rush of calcium. The ghrelin-side partner does something extra as well, easing off somatostatin, the internal restraint that normally holds the cell in check. Two separate channels plus a released brake is why the combined response measured in research exceeds either one added up.

Key Benefits

• GH Blend FocusPre-measured blend of GRF-T2 and Ipamorelin in a single vial.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

CJC + IPA Blend 10 mg

GH Blend · Research Use Only

Peptide Profile

This blend pairs CJC-1295 without DAC, a modified GHRH analogue, with Ipamorelin, a selective growth-hormone secretagogue. The two are studied together because they stimulate distinct receptors, producing a synergistic pulse in research models compared with either compound alone. Supplied as a single pre-measured vial to simplify reconstitution. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

The pituitary releases growth hormone in pulses, and it takes more than one signal to make a pulse happen. There is a go signal from the hypothalamus, a second signal borrowed from ghrelin, the hunger hormone, and a brake that holds everything quiet in between. This vial carries one compound for each job. CJC-1295 stands in for the go signal, with four small edits that let it last far longer than the natural version, which is dismantled within minutes. Ipamorelin supplies the second signal and, at the same time, eases off the brake. It was designed for tidiness: earlier compounds in its class also stirred up stress hormones, and in research models this one notably did not. Two pedals and a brake, on the same cell.

Key Benefits

• GH Blend FocusPre-measured blend of CJC-1295 (no DAC) and Ipamorelin in a single vial.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

GHRP-2 10 mg

GH Secretagogue · Research Use Only

Peptide Profile

GHRP-2 is a synthetic growth-hormone-releasing hexapeptide that acts on the ghrelin receptor to stimulate pulsatile growth-hormone secretion. Research models use it to examine secretagogue signalling, appetite regulation, and downstream IGF-1 response. It is often compared against GHRP-6 for its relatively lower effect on hunger signalling. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

This one has the best backstory in its category. In the 1970s Cyril Bowers at Tulane was tinkering with fragments of an opioid peptide, expecting something to do with pain. Instead the compounds released growth hormone, for reasons nobody could explain. Chemists refined the series into six-link peptides like this one, several of whose building blocks are mirror images of the natural amino acids — a shape the body's enzymes simply fail to recognise, which is why so short a chain survives at all. For years these compounds were an answer without a question: in 1996 the receptor they act on was identified while its natural partner remained unknown. Ghrelin, that partner, was only found in 1999. The synthetic peptide came first, and led researchers to the hormone.

Key Benefits

• GH Secretagogue FocusGrowth-hormone-releasing hexapeptide studied for pulsatile GH secretion.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

GHRP-6 10 mg

GH Secretagogue · Research Use Only

Peptide Profile

GHRP-6 is a growth-hormone-releasing hexapeptide acting through the ghrelin receptor. In addition to stimulating GH secretion, it produces a pronounced appetite-signalling response, making it a common tool compound in studies of hunger and energy intake. Investigators often run it alongside GHRP-2 to separate GH effects from appetite effects. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Here is a rare thing in pharmacology: the key was made before anyone found the lock. Cyril Bowers and Frank Momany built this six-link peptide at Tulane in 1984, adjusting fragments of a natural brain molecule until they had something that reliably asked the pituitary for growth hormone. Nobody knew what natural signal it was imitating. The receptor it works through was discovered in 1996 with no known partner, which biologists call an orphan, and only in 1999 was ghrelin, the hunger hormone made in the stomach lining, identified as the missing occupant, fifteen years after its synthetic stand-in existed. Two of the six links are built as mirror images of ordinary amino acids, a small trick that leaves the body's enzymes unable to recognise them.

Key Benefits

• GH Secretagogue FocusHexapeptide secretagogue studied for GH release and appetite signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Hexarelin 5 mg

GH Secretagogue · Research Use Only

Peptide Profile

Hexarelin is a synthetic hexapeptide growth-hormone secretagogue structurally related to GHRP-6 but with greater potency at the ghrelin receptor. Beyond GH release, research examines its binding at CD36 receptors and associated cardiac-tissue signalling. Desensitisation with continuous exposure makes dosing intervals a common variable in study design. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Six amino acids, and what separates it from its better-known cousin is a single extra methyl group, one carbon and three hydrogens, enough to make it markedly stronger. Several of its links are mirror images of the natural forms, a small trick that leaves the chain unrecognisable to the enzymes that would otherwise chop it up. The most intriguing result came from the heart. When researchers removed the receptor that supposedly explains everything this peptide does, its effect on heart tissue was still there, meaning it must be speaking to a second listener entirely, one involved in how cells take up fatty acids. Paired with the brain's own growth-hormone signal it opens a different door, and together the two produce a far larger release than either manages alone.

Key Benefits

• GH Secretagogue FocusPotent hexapeptide secretagogue studied for GH release and cardiac signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Gonadorelin 2 mg

Endocrine Research · Research Use Only

Peptide Profile

Gonadorelin is a synthetic decapeptide identical to endogenous gonadotropin-releasing hormone. It is studied for its stimulation of luteinising hormone and follicle-stimulating hormone release from the anterior pituitary, and is a standard tool compound in hypothalamic-pituitary axis research. Its very short half-life means pulsatile administration is typically modelled. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Two stories sit behind this small chain. The first is sheer labour: Andrew Schally's team worked through something like a quarter of a million pig hypothalami to isolate ten amino acids, work that shared a Nobel Prize in 1977. The second is stranger and more useful. Ernst Knobil showed that with this hormone the rhythm is the message. Delivered as one pulse an hour, it switches the reproductive axis on. Delivered as a steady stream, the very same quantity, it switches that axis off again. Few molecules make the point so plainly that biology listens to timing and not only to amount. The peptide is capped at both ends against enzymes and still lasts only minutes, which is exactly what a system built on pulses requires.

Key Benefits

• Endocrine Research FocusSynthetic GnRH studied for pituitary LH and FSH signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

HGH-F176 5 mg

Metabolic Fragment · Research Use Only

Peptide Profile

HGH-F176 corresponds to the C-terminal 176-191 fragment of human growth hormone, the region associated with fat metabolism. Research isolates this fragment to examine lipolytic signalling without the insulin-antagonising or growth-promoting effects of the full-length hormone. It is a common comparator in body-composition studies. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Growth hormone is a big, busy molecule with several jobs bundled into one chain, and this is the discovery that made it interesting: the instruction about fat sits almost entirely in a small loop at the very end, pinched shut by a bond between two sulfur atoms. Clip off that tail and you keep the message about fat without the rest of the hormone's conversation. Work from Monash University in Australia found that research rats given the fragment gained less than half the weight of untreated animals over about three weeks, while their handling of blood sugar stayed where it started. The follow-up was neat detective work: the fragment appeared to turn up a particular receptor on fat cells, and in mice bred without that receptor, the effect simply vanished.

Key Benefits

• Metabolic Fragment FocusC-terminal fragment of growth hormone studied for lipolytic activity.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

IGF-DES 2 mg

Growth Factor · Research Use Only

Peptide Profile

IGF-DES (des(1-3)IGF-1) is a truncated insulin-like growth factor-1 analogue missing the first three N-terminal amino acids. This modification sharply reduces binding-protein affinity, producing a far more potent but short-acting local signal than native IGF-1. Research uses it to study localised tissue growth responses. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Most of the IGF-1 in circulation is not free to act. It travels held by binding proteins, chaperones that keep it idle until it is let go in the right place. IGF-DES is the same growth factor with its first three amino acids removed, and that small edit changes everything about how it behaves. It still fits its receptor almost as well, but the chaperones can no longer hold on to it. What is left acts locally and fast, which is why it tests far more potent in research models than the full-length version. The pleasing part is that it is not a laboratory invention at all. It was first purified from cow colostrum and from brain tissue, and the body makes its own by trimming IGF-1 down.

Key Benefits

• Growth Factor FocusTruncated IGF-1 variant studied for localised, short-acting growth signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

PEG-MGF 5 mg

Growth Factor · Research Use Only

Peptide Profile

PEG-MGF is a pegylated form of mechano-growth factor, a splice variant of IGF-1 expressed in muscle tissue following mechanical load. Pegylation extends its otherwise very short half-life, allowing research into satellite-cell activation and myoblast proliferation over longer windows. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

In 1996, Geoffrey Goldspink's lab at University College London went looking at muscle that had just been worked hard, and found something unexpected. Under mechanical load, muscle rewrites its own IGF-1 gene on the fly, splicing it differently so the reading frame shifts and the cell produces a short tail of twenty-four amino acids that appears in no other version of the protein. This compound is that tail alone, detached from the rest. The surprise came later: it does not act through the IGF-1 receptor at all. When researchers switched off both the IGF-1 and insulin receptors in cultured cells, the peptide kept signalling anyway. So it looks like a genuinely separate message, muscle's own note saying it has been stretched, still waiting for its receptor to be found.

Key Benefits

• Growth Factor FocusPegylated mechano-growth factor studied for satellite-cell activation.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

CG-Pro 5000 IU

Endocrine Research · Research Use Only

Peptide Profile

CG-Pro is a glycoprotein gonadotropin that binds the luteinising-hormone receptor, making it a standard tool compound in reproductive-endocrinology research. Investigators use it to model downstream steroidogenesis and gonadal signalling. It is supplied lyophilized and measured in international units rather than milligrams. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

This is the hormone the placenta makes, and its first job is a rescue. After ovulation, the small gland left behind in the ovary is scheduled to wind down within a fortnight. If an embryo implants, it begins sending this signal, and the gland keeps working, which is the earliest conversation of a pregnancy. The molecule has a structural quirk worth knowing: a long, sugar-coated tail on one of its two halves. That tail is why it lingers in circulation for a day or more where its close cousin, luteinising hormone, is cleared within the hour, and protein engineers have since borrowed the same tail to slow other molecules down. Two Berlin researchers first detected it in 1927, using young mice as the very first pregnancy test.

Key Benefits

• Endocrine Research FocusGlycoprotein gonadotropin studied for luteinising-hormone receptor signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

LL-37 5 mg

Antimicrobial Peptide · Research Use Only

Peptide Profile

LL-37 is the only human cathelicidin-derived antimicrobial peptide, studied for its direct membrane-disrupting activity against bacteria as well as its immunomodulatory signalling. Research examines its role in wound repair, biofilm disruption, and innate immune coordination. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

The name is refreshingly literal: the chain opens with two leucines and runs thirty-seven links long. It is never stored that way. White blood cells keep it packed as a longer, inert precursor, and only when needed does an enzyme snip the working piece free — a blade kept sheathed until the moment it is drawn. Its trick is electrical. The freed peptide folds into a gently bent helix carrying a strong positive charge, and bacterial membranes are unusually negative, so it is pulled toward them and largely leaves our own cells alone. There is one more detail researchers love. The gene that makes it sits under the direct control of vitamin D, which is part of why sunlight and immune defence keep turning up in the same conversation.

Key Benefits

• Antimicrobial Peptide FocusHuman cathelicidin peptide studied for antimicrobial and immune signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

VIP 10 mg

Immune & Vascular · Research Use Only

Peptide Profile

VIP (vasoactive intestinal peptide) is a 28-amino-acid neuropeptide studied for its vasodilatory, anti-inflammatory, and immune-regulating signalling through VPAC receptors. Research applications include models of chronic inflammatory response and pulmonary vascular tone. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

It was found by accident. In 1970, two researchers were sifting extracts of pig intestine for something that relaxed blood vessels, and out came this: a messenger the gut makes in quantity, which turned out to be scattered through the lungs, the heart and the brain as well. Nerves release it in short bursts to widen vessels and open airways, and it is gone again within a couple of minutes, a whisper rather than a shout. Immune cells listen too. In laboratory models it quiets the aggressive, inflammatory side of an immune response and encourages the regulatory cells whose job is keeping the peace. Few molecules sit so squarely at the meeting point of circulation, breathing and immunity, which is exactly why it gets studied from three directions at once.

Key Benefits

• Immune & Vascular FocusVasoactive intestinal peptide studied for immune and vascular signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Oxytocin 2 mg / 5 mg

Neuropeptide · Research Use Only

Peptide Profile

Oxytocin is a nine-amino-acid neuropeptide produced in the hypothalamus, studied extensively for its role in social recognition, bonding behaviour, and stress-axis modulation. Research models use it to examine central oxytocin-receptor signalling as distinct from its peripheral smooth-muscle effects. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

In 1953 Vincent du Vigneaud's team worked out oxytocin's structure and then built it from scratch, the first hormone of its kind ever made in a laboratory, and a Nobel Prize two years later. The shape is elegant: a small ring cinched shut by a sulfur bridge, with a short tail hanging from it. Change just two links in that ring and you have vasopressin, the body's water-conserving hormone, which is why the two are forever being mistaken for one another by each other's receptors. The other surprise is where it goes. The cells that make it do not only post it into the bloodstream; they also release it sideways from their own branches, bathing neighbouring brain regions directly. It lasts only minutes, which suits a signal meant to arrive and pass.

Key Benefits

• Neuropeptide FocusNonapeptide studied for social bonding and neuroendocrine signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

FOX04-DRI 10 mg

Senolytic · Research Use Only

Peptide Profile

FOX04-DRI is a retro-inverso D-amino-acid peptide designed to disrupt the FOXO4-p53 interaction that keeps senescent cells alive. Longevity research uses it as a senolytic tool compound to examine selective clearance of senescent cells while leaving healthy cells intact. The D-amino-acid backbone gives it notable proteolytic stability. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Some cells grow old, stop dividing, and then refuse to leave. They linger, leaking inflammatory signals into the tissue around them, and they are a recurring suspect in how bodies age. Part of what keeps them hanging on is a protein called FOXO4, which grabs hold of p53 and pins it in the nucleus, away from the machinery that would let the cell bow out gracefully. This peptide is a decoy: it mimics the exact surface FOXO4 uses to grip, takes its place, and frees p53. Cells not relying on that trick carry on unbothered. Peter de Keizer's group in Rotterdam published it in Cell in 2017, reporting that fast-ageing mice regrew fur within about ten days, roughly doubled their running-wheel distance by three weeks, and showed improved kidney markers.

Key Benefits

• Senolytic FocusRetro-inverso peptide studied for selective clearance of senescent cells.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

SLU-PP-332 5 mg

ERR Agonist · Research Use Only

Peptide Profile

SLU-PP-332 is a synthetic pan-estrogen-related-receptor agonist studied as an exercise-mimetic tool compound. Research examines its upregulation of oxidative metabolism and mitochondrial biogenesis pathways in muscle tissue without mechanical load. It is a small molecule rather than a peptide, supplied lyophilized for research use. Store at -20°C and reconstitute just prior to use.

The name is really an address. It was made in Thomas Burris's laboratory at Saint Louis University, and the initials stuck. What it aims at is unusual: a family of receptors called ERRs, often described as orphans, because nobody has yet found the natural key that fits them. SLU-PP-332 acts as a stand-in key. Turning those receptors on wakes the same genetic programme muscle runs during hard exercise, building more mitochondria and shifting the tissue toward burning fat for endurance. In 2023 researchers reported that sedentary mice given the compound ran considerably longer and further before tiring, having never trained a day. It gathers in muscle rather than lingering in the blood, which is exactly where the interesting biology happens.

Key Benefits

• ERR Agonist FocusPan-ERR agonist studied for exercise-mimetic metabolic signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Dihexa 10 mg

Neurogenic · Research Use Only

Peptide Profile

Dihexa is an orally-active angiotensin IV analogue studied for its potentiation of hepatocyte growth factor and c-Met receptor signalling, a pathway linked to synapse formation. Cognitive research examines its apparent effects on dendritic spine density and functional connectivity in neural models. Store lyophilized at -20°C and reconstitute just prior to use.

Angiotensin is famous as the blood-pressure system, so it surprised people to find a branch of the same family at work in the brain, where one fragment turned out to help neurons build new connections. Joseph Harding's group at Washington State University set about turning that fragment into something sturdier. Their answer was a pair of fatty caps, one at each end, like bookends holding a very short chain together. The caps do two jobs at once. They shield the peptide from the enzymes that would otherwise take it apart, and they make the molecule greasy enough to cross the barrier that keeps most peptides out of the brain entirely — which is why it is studied as one of the very few orally active compounds in its class.

Key Benefits

• Neurogenic FocusAngiotensin IV analogue studied for synaptogenesis and HGF signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Cardiogen 20 mg

Bioregulator · Research Use Only

Peptide Profile

Cardiogen is a short-chain peptide bioregulator from the Khavinson family, studied for tissue-specific gene expression in cardiac and vascular models. Research examines whether targeted bioregulators restore protein-synthesis patterns in aged tissue. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Four amino acids. That is the entire molecule, about as small as a peptide can get and still count as one. The family it belongs to came out of a research programme begun in the late 1970s, when investigators separated extracts of calf organs hunting for whatever kept aged tissue working, narrowed the active fraction again and again, and found the answer was a handful of very short chains. They then built them from scratch. The proposed mechanism is unusual and rather elegant: rather than docking on the outside of a cell, a peptide this small is thought to slip into the nucleus and settle against the DNA, nudging which genes get read. Its near-twin differs by one link, and that single swap is thought to decide which tissue it addresses.

Key Benefits

• Bioregulator FocusShort-chain bioregulator peptide studied for cardiac-tissue signalling.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Cartalax 20 mg

Bioregulator · Research Use Only

Peptide Profile

Cartalax is a tripeptide bioregulator studied for its influence on chondrocyte activity and cartilage matrix protein expression. Research pairs it with other Khavinson bioregulators to examine tissue-specific regulation of gene expression in connective tissue models. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Cartilage is one of the body's quietest tissues. It has no blood supply of its own, so it mends slowly and grudgingly, and the cells that maintain it are sparse, scattered through a matrix they spend their whole lives building. That difficulty is precisely why researchers went looking for small signals that might reach them. Cartalax comes from the same St Petersburg family of peptide bioregulators as Pinealon: three amino acids, no more, built on the idea that a very short chain can act as shorthand, a single instruction handed straight to a cell's own genes. In laboratory work these short peptides have been observed shifting markers tied to cellular ageing and renewal, and that thread is what carries investigators into connective-tissue models.

Key Benefits

• Bioregulator FocusShort-chain bioregulator peptide studied for cartilage and joint tissue.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Cortagen 20 mg

Bioregulator · Research Use Only

Peptide Profile

Cortagen is a short-chain peptide bioregulator studied for its effects on cortical tissue and peripheral nerve regeneration models. Like other Khavinson bioregulators it is investigated for tissue-selective modulation of protein synthesis. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Peripheral nerves can regrow, but slowly, roughly a millimetre a day, a repair job measured in months. Cortagen comes out of research into that process. It is four amino acids, the smallest still-active piece of an extract of brain cortex, found by paring the extract back until nothing inessential was left. In rats whose sciatic nerve had been severed, treated animals rebuilt the nerve's internal architecture faster than untreated ones, with function catching up behind the structure, a nice reminder that the wiring is laid before the signal returns. What makes it distinctive is how choosy it appears. In tissue culture it encouraged growth in cortical explants while leaving other tissues untouched, and its whole family of short bioregulators is studied on exactly that idea.

Key Benefits

• Bioregulator FocusShort-chain bioregulator peptide studied for neural and cortical tissue.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Selank + Semax Blend 10 mg

Nootropic Blend · Research Use Only

Peptide Profile

This blend combines Selank, a tuftsin-derived anxiolytic peptide, with Semax, an ACTH(4-10) analogue studied for BDNF expression and attention. Research pairs them because their mechanisms are complementary — one modulating GABAergic and serotonergic tone, the other neurotrophic signalling. Supplied pre-measured in a single vial. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

The two halves were designed the same way, and that is the elegance of putting them in one vial. Each begins as a fragment of something the body already makes — one from an immune-signalling peptide, the other from a stress hormone — and each has the same little three-amino-acid tail added to its end. Left bare, those natural fragments survive in blood for a matter of seconds. The added tail works like the knot on the end of a shoelace: enzymes that unravel peptides from the tip find nothing to grip. Both came out of the same laboratory at the Russian Academy of Sciences, where Semax was assembled in 1982. And they meet in one measurable place, each slowing the enzymes that clear the body's own opioid peptides.

Key Benefits

• Nootropic Blend FocusPre-measured blend of Selank and Semax in a single vial.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

RETA-3 + CAG Blend 20 mg

Metabolic Blend · Research Use Only

Peptide Profile

This blend pairs RETA-3, a GLP-1/GIP/glucagon triple agonist, with CAG-5, a long-acting amylin analogue. Research combines incretin and amylin pathways to examine whether the two produce additive effects on satiety signalling and body-composition endpoints beyond either alone. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

What makes this pairing interesting is that the two halves speak to almost entirely different audiences. The triple agonist works where food is handled — gut, pancreas and liver — echoing the hormone signals the body sends after a meal. The amylin analogue addresses the brainstem instead, and a small patch called the area postrema, one of the few places where the brain deliberately lets the bloodstream in and takes a direct reading of what is circulating. Amylin is a natural partner for this work: the pancreas releases it alongside insulin, in the same breath. Both molecules here carry a fatty tail that lets them ride on albumin, the blood's own courier protein, so a signal that would otherwise fade in minutes lingers for days.

Key Benefits

• Metabolic Blend FocusPre-measured blend of RETA-3 triple agonist and CAG-5 amylin analogue.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

GLP-1X + CAG Blend 10 mg

Metabolic Blend · Research Use Only

Peptide Profile

This blend combines GLP-1X, a long-acting GLP-1 receptor agonist, with CAG-5, an amylin receptor agonist. The pairing is studied because incretin and amylin signalling converge on satiety through separate receptor systems, a combination of interest in body-composition research. Store lyophilized at -20°C and reconstitute with bacteriostatic water just prior to use.

Amylin is the quieter half of a pair. The pancreas releases it in the same breath as insulin, and its job is to say enough: slowing how fast a meal leaves the stomach, and carrying a fullness signal up to the brainstem. There is a small patch there called the area postrema, one of the few places the brain deliberately leaves a window open to the bloodstream so it can read what is circulating. Natural amylin fades within about fifteen minutes, so the analogue in this blend was given a fatty side chain that lets it hold onto albumin and stay in play far longer. Paired with a long-acting incretin, it gives researchers two different fullness signals, arriving from two directions on the same unhurried schedule.

Key Benefits

• Metabolic Blend FocusPre-measured blend of GLP-1X and CAG-5 amylin analogue.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Semax Nasal Spray 10 mL

Nasal Delivery · Research Use Only

Peptide Profile

This metered nasal spray delivers Semax, an ACTH(4-10) analogue studied for BDNF expression, attention, and neuroprotection. Intranasal delivery is used in research to examine direct nose-to-brain transport, bypassing first-pass metabolism. Supplied pre-mixed and ready to use; refrigerate between sessions.

The peptide inside is a neat piece of engineering. Its first four links come from a natural stress hormone, but the part that talks to the adrenal glands was deliberately left behind, so what remains acts on the brain without stirring the hormone axis. On the end sits a three-link tail added by chemists purely as a bodyguard: the natural fragment alone is broken up in well under a minute, and the tail gives enzymes nothing to grip. It was first described in Moscow in 1991 and sits on Russia's national list of essential medicines. The nose is the reason for the spray. Its lining is one of the few places where nerves run almost directly toward the brain, a short cut researchers find hard to resist.

Key Benefits

• Nasal Delivery FocusPre-mixed Semax in a metered nasal spray for intranasal research protocols.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Selank Nasal Spray 10 mL

Nasal Delivery · Research Use Only

Peptide Profile

This metered nasal spray delivers Selank, a tuftsin-derived heptapeptide studied for anxiolytic signalling and GABAergic modulation without sedation. Intranasal administration is a standard route in Selank research for direct central nervous system access. Supplied pre-mixed and ready to use; refrigerate between sessions.

The heart of Selank is borrowed from the immune system. Its first four amino acids are tuftsin, a fragment released when enzymes clip the tail off an antibody, a scrap the body already puts to work as a messenger. Left alone, tuftsin vanishes from the blood in minutes. Russian chemists added a three-amino-acid cap to the end, a small armoured bumper that enzymes cannot get past, and the useful part now survives long enough to study. Researchers report that it raises the brain's own calming enkephalins by slowing the enzymes that dismantle them, and that it lifts BDNF, the growth factor associated with adaptable, resilient neurons. The nose, with its direct line upward, is simply the shortest road to where all of that happens.

Key Benefits

• Nasal Delivery FocusPre-mixed Selank in a metered nasal spray for intranasal research protocols.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Selank + Semax Nasal Spray 10 mL

Nasal Delivery · Research Use Only

Peptide Profile

This dual nasal spray combines Selank and Semax in a single metered device. The two are paired in research because their mechanisms complement one another — one modulating GABAergic and serotonergic tone, the other neurotrophic BDNF signalling. Intranasal delivery is used to examine direct nose-to-brain transport. Supplied pre-mixed; refrigerate between sessions.

What is elegant about this pairing is that neither peptide forces anything. Selank descends from tuftsin, a tiny fragment of an antibody that the immune system uses as a messenger. Rather than switching a receptor on, it shields the body's own calming molecules from being broken down, so it turns up what is already there. Semax works the other way around, encouraging the brain's own growth factors. One steadies the tone, the other builds, which is why researchers reach for them together. Both carry the same short protective tail, and both leave the bloodstream within minutes, and that is precisely why the route matters. Material landing high in the nasal cavity can travel along olfactory and trigeminal nerve bundles, a direct road to the brain that skips the circulation entirely.

Key Benefits

• Nasal Delivery FocusDual nootropic blend of Selank and Semax in a metered nasal spray.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

SNAP-8 10 mg

Cosmetic Peptide · Research Use Only

Peptide Profile

SNAP-8 (acetyl octapeptide-3) is an elongated fragment of SNAP-25 studied for its competitive interaction with the SNARE complex, the protein assembly that drives neurotransmitter release at the neuromuscular junction. Cosmetic research examines whether topical application moderates the muscle contractions associated with expression lines, as a non-injectable comparator in that field. Supplied lyophilized; store at -20°C and reconstitute with bacteriostatic water just prior to use.

To send its message, a nerve ending has to pull a tiny bubble of signal tight against its outer wall. Three proteins do the pulling. They twist around one another like the strands of a rope, and the winding drags the bubble home. SNAP-8 is a decoy strand. It copies the opening stretch of one of those three, so it can enter the braid but never finish it, and the rope never fully tightens. It comes from a Barcelona laboratory that had already made a shorter six-link version, Argireline; this one adds two further links to the same idea. That makes the two a favourite comparison pair in cosmetic science: the same mechanism, a slightly longer chain, studied side by side to see what length alone changes.

Key Benefits

• Cosmetic Peptide FocusAcetyl octapeptide-3 studied for expression-line research in topical models.
• Research-Grade PurityIndependently assayed by HPLC-UV and LC-MS before any batch is listed.
• Batch TraceabilityEvery vial carries a batch code you can verify against its published certificate.
• Consistent ReconstitutionSupplied lyophilized with clear directions so concentration is repeatable run to run.

Handling

1. Prepare: vial, 1 mL insulin syringe, alcohol swabs and bacteriostatic water
2. Disinfect: clean both rubber stoppers with an alcohol swab
3. Reconstitute: add the bacteriostatic water slowly down the inside wall of the vial
4. Mix: swirl gently — never shake — until fully dissolved
5. Store: refrigerate 2-8°C once mixed and use within 28 days

Adamax 10 mg

Sharper Focus. Longer Duration.

Profile

Adamax is a nine-amino-acid synthetic peptide derived from Semax, itself an analogue of the ACTH(4-10) fragment. Its distinguishing structural features are an N-terminal acetyl group and a C-terminal adamantane modification, both introduced to improve metabolic stability. Where Semax is typically described in the literature as having a plasma half-life measured in tens of minutes, Adamax is reported to persist for several hours, which has made it of interest in research designs where repeated intranasal administration is impractical. Investigators have examined its apparent influence on brain-derived neurotrophic factor expression and TrkB receptor sensitisation, alongside melanocortin-4 receptor activity in regions associated with attention and motivation. The preclinical literature is predominantly Russian in origin. It is supplied lyophilized and is typically reconstituted with bacteriostatic water and stored at -20°C prior to use.

The adamantane cage on the end of this peptide has a life of its own. It is a rigid little cluster of ten carbon atoms arranged exactly as they sit inside diamond, which is where the name comes from, and it was first pulled out of Czech petroleum in 1933. Chemists have borrowed it ever since, in amantadine and memantine among others, because it makes a molecule greasier and slower to clear. Adamax is essentially Semax wearing that cage at one end and a small cap at the other, both changes aimed at the same thing: keeping a naturally short-lived peptide intact for longer. Semax itself descends from a fragment of ACTH stripped of its hormone job, part of a family of Russian peptides that includes Selank.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

AHK-Cu 50 mg / 100 mg

Feed The Follicle. Support The Root.

Profile

AHK-Cu is a copper-binding tripeptide composed of alanine, histidine and lysine complexed with copper(II). It is closely related to GHK-Cu but has been investigated along a different line: where GHK-Cu research concentrates on dermal collagen and general skin remodelling, AHK-Cu studies have focused on the hair follicle, particularly dermal papilla cell proliferation and the vascularisation surrounding the follicle. Preclinical work has examined its apparent interaction with vascular endothelial growth factor signalling and its effect on follicle size in culture. The copper complex gives the reconstituted solution its characteristic blue colouration. Supplied lyophilized; typically reconstituted with bacteriostatic water and stored at -20°C.

Copper is something the body moves around with real care, never loose, always escorted. That is what makes copper peptides interesting: they are tiny delivery vehicles, holding a single copper atom in a flat four-point grip and handing it over where building and repair work is happening. What is striking about AHK-Cu is how little separates it from its famous relative GHK-Cu. One amino acid differs, and the difference amounts to a single extra carbon atom, yet the research took a different road. In a 2007 study, human hair follicles kept alive in culture grew longer and the cells of the dermal papilla, the small control room at the base of each follicle, multiplied at vanishingly small concentrations. GHK turns up naturally in human blood; AHK, so far, is a chemist's invention.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

N-Acetyl Selank Amidate 10 mg

Calm Without The Fog.

Profile

N-Acetyl Selank Amidate is a modified form of Selank, the synthetic heptapeptide derived from the immunomodulatory peptide tuftsin. The molecule carries an acetyl group at the N-terminus and an amide at the C-terminus, two modifications that slow enzymatic degradation and are reported to substantially improve bioavailability across mucous membranes relative to unmodified Selank. Research interest has centred on GABAergic and serotonergic signalling, on brain-derived neurotrophic factor expression in the hippocampus, and on anxiolytic effects observed without the sedation or dependence associated with benzodiazepine compounds in the same models. Supplied lyophilized; typically reconstituted with bacteriostatic water and stored at -20°C.

The family story is the good part. Selank grew out of tuftsin, which nobody designed. Tuftsin is a four-link piece of our own antibodies, snipped from the tail end of an immunoglobulin, and it takes its name from Tufts University, where it was spotted in 1970. Russian chemists added a short, sturdy tail of their own to help it last, and this version adds small caps at each end for the same reason. The mechanism described in that literature is elegantly indirect. Rather than pressing a receptor itself, it appears to slow the enzymes that clear away the body's own calming peptides. Think of closing a drain rather than pouring in more water: what is already there simply stays around longer.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

MG-75 75 IU

Precision Reference Standard.

Profile

MG-75 is a purified gonadotropin preparation supplied in 75 IU vials for laboratory research. Gonadotropins are glycoprotein hormones that act on gonadal tissue through specific receptor pathways, and preparations of this class have a long history of use in endocrinology research as reference standards and as tools for investigating receptor binding, signal transduction and downstream steroidogenesis. This material is supplied strictly as a research reagent. It is not a therapeutic product, carries no clinical indication, and is not intended for administration to humans or animals. Supplied lyophilized; reconstitute with bacteriostatic water and store at -20°C. Reconstituted material should be refrigerated and used within the working period established by the investigator.

There is a genuinely charming story behind preparations of this kind. In 1949 Piero Donini, working in Rome, showed that the hormones the pituitary sends to the ovaries could be recovered from urine — and that after menopause, when the ovaries stop answering back, the body makes them in abundance. Collecting enough was the hard part, and the supply was eventually organised through convents across Italy, where thousands of nuns quietly made the first commercial volumes possible. A second detail explains the label. Material like this is measured in international units rather than milligrams, because its strength is defined by what it does in a standardised assay rather than by what it weighs. The two hormones involved are near twins, sharing one identical half.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Hyaluronic Acid 5 mg

Hold The Water. Hold The Structure.

Profile

Hyaluronic acid is a naturally occurring glycosaminoglycan and a principal structural component of the extracellular matrix, where it binds water at many times its own mass and contributes to tissue hydration, viscoelasticity and lubrication. Concentrations in skin and synovial fluid decline measurably with age, which has made exogenous hyaluronate a long-standing subject of dermatological and joint research. Investigators study its interaction with the CD44 receptor, its role in fibroblast migration and wound repair, and the relationship between molecular weight and biological behaviour, since high and low molecular weight fractions are reported to act differently. Supplied lyophilized; reconstitute with bacteriostatic water and store at -20°C.

It was first pulled from the jelly inside a cow's eye in 1934 and named after it, from hyaloid, the glassy body. Nearly everything else in the connective-tissue toolkit is assembled inside the cell and then shipped out. This one is spun. The enzymes that make it sit in the cell's outer membrane like spinnerets, extruding the chain directly into the space outside as it grows, which is how it reaches such extraordinary lengths. It is also replaced astonishingly fast, much of the skin's supply turning over in about a day. The most charming thread in the research runs through naked mole-rats, which make an unusually long, heavy version; when mice were given the mole-rat version of the gene, researchers reported longer and healthier lives.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Lemon Bottle 10 mL

Targeted. Compounded. Clinic-Grade.

Profile

Lemon Bottle is a compounded lipolytic solution whose principal constituents are riboflavin (vitamin B2), phosphatidylcholine derived from lecithin, and bromelain, a proteolytic enzyme complex obtained from pineapple stem. The formulation originated in South Korea and has become widely referenced in aesthetic research literature. Phosphatidylcholine has been studied for its apparent effect on adipocyte membrane integrity, bromelain for its proteolytic and anti-inflammatory activity, and riboflavin as a cofactor in fatty acid metabolism, giving the solution its characteristic yellow colour. Supplied as a 10 mL solution. Store refrigerated at 2-8°C and protect from light. Supplied for laboratory research only.

Each ingredient here has a life outside the vial. Bromelain comes from pineapple stems, and it is the same enzyme that makes fresh pineapple sting your tongue and that cooks have long used to tenderise meat, a patient and particular cutter of proteins. Phosphatidylcholine is lecithin, the emulsifier that persuades egg yolk and oil to get along; interest in it for fat research goes back to a Brazilian physician's reports in 2001. Riboflavin is why the solution is that specific yellow. It was pulled out of milk whey in 1879 and named for its colour long before anyone knew it was a vitamin, and it fluoresces too, glowing softly under the right light, a small and rather pretty giveaway of what is inside.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Lipo-C 120 mg

Mobilise. Transport. Metabolise.

Profile

Lipo-C is a lipotropic compound blend combining methionine, choline chloride, L-carnitine and dexpanthenol. Lipotropic agents are so named because they have been studied for their apparent role in the mobilisation and transport of fat within hepatic tissue. Methionine is an essential sulphur-containing amino acid investigated as a methyl donor; choline is a precursor to phosphatidylcholine and acetylcholine and has been examined in relation to hepatic lipid export; L-carnitine is studied for its role transporting long-chain fatty acids across the inner mitochondrial membrane for beta-oxidation; and dexpanthenol is the alcohol analogue of pantothenic acid, a precursor to coenzyme A. Supplied at 120 mg total per vial. Store refrigerated and protect from light. Laboratory research use only.

The idea behind this blend is older than most people expect. In 1932, Charles Best, one of the discoverers of insulin, showed that choline stopped fat piling up in the livers of rats. The reason emerged later and it is beautifully simple: fat cannot leave the liver naked. It has to be wrapped in a membrane bubble before it can be shipped out, and choline supplies the wrapping. Methionine feeds the pathway that makes more choline, which is why the two always travel together. Carnitine, first pulled from meat extract in 1905 and named from the Latin for flesh, is the shuttle that carries fatty acids through the mitochondrial door where they get burned. Dexpanthenol becomes the vitamin behind coenzyme A, the handle every cell grabs fat by.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Lipo-B 216 mg

Lipotropic Power, B-Complex Support.

Profile

Lipo-B extends the standard lipotropic formulation with a complete B-vitamin component. The blend combines L-carnitine, L-arginine, methionine, inositol and choline with pyridoxine (B6), dexpanthenol (B5) and methylcobalamin (B12). The lipotropic constituents are studied for their apparent influence on hepatic fat mobilisation and mitochondrial fatty acid transport, while the B-vitamin fraction contributes cofactors central to energy metabolism: pyridoxine in amino acid transamination, pantothenic acid as a coenzyme A precursor, and methylcobalamin in one-carbon metabolism and methionine regeneration. L-arginine is included as a nitric oxide precursor and inositol as a component of membrane phosphoinositides. Supplied at 216 mg total per vial. Store refrigerated and protect from light. Laboratory research use only.

The word lipotropic was coined in 1932 by Charles Best, the same Best who helped discover insulin, from the Greek for fat and turning. He and his colleagues had noticed something simple. Rats on a particular diet accumulated fat in the liver, and one substance found in lecithin, choline, prevented it. The reason turned out to be lovely: the liver cannot ship fat out until it has wrapped each parcel in a membrane, and choline is what that wrapping is made of. Without it, the cargo simply sits on the dock. Carnitine plays the other half of the story, acting as a ferry that carries fatty acids across the mitochondrial wall to be burned. The B vitamins ride along as the cofactors those reactions cannot run without.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Fat Blaster 526 mg

Maximum Carnitine. Maximum Transport.

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Fat Blaster is the highest-concentration lipotropic formulation in the range, built around 300 mg of L-carnitine per vial and supported by methionine, inositol, choline, pyridoxine (B6), methylcobalamin (B12) and NADH. The elevated carnitine content is the defining feature: carnitine is the obligatory carrier that shuttles long-chain fatty acids across the inner mitochondrial membrane, the rate-limiting step in beta-oxidation, and dose-response relationships in this pathway are a recurring subject of metabolic research. The inclusion of NADH, the reduced form of nicotinamide adenine dinucleotide, adds a direct electron donor to the mitochondrial respiratory chain and distinguishes this blend from the standard lipotropic preparations. Supplied at 526 mg total per vial. Store refrigerated and protect from light. Laboratory research use only.

Carnitine was pulled out of a meat extract in 1905, which is where the name comes from, carnis, flesh. For a while it was even classed as a vitamin, after mealworms turned out to be unable to grow without it. The door it opens into the mitochondrion is not a passive one. It is a gate the cell keeps a hand on, opened or closed depending on whether the moment calls for burning fuel or storing it, which is exactly what makes it interesting to metabolic researchers. The methionine, inositol and choline alongside it come from a different chapter. Liver studies in the 1930s showed that fat piles up when there is no choline to build the packaging that ships it out, and methionine gives the liver a second route to that same packaging.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Superman 865 mg

Nine Aminos. One Recovery Stack.

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Superman is a nine-component amino acid blend formulated for recovery and performance research. It combines the nitric oxide precursors L-arginine, L-ornithine and L-citrulline with L-lysine, L-glutamine, L-proline, L-taurine, L-carnitine and N-acetylcysteine. The arginine-ornithine-citrulline group is studied together because citrulline is converted to arginine in the kidney, providing a more sustained substrate pool for nitric oxide synthase than arginine alone. Glutamine is the most abundant free amino acid in skeletal muscle and a primary fuel for enterocytes and lymphocytes; proline is central to collagen synthesis; taurine is studied in relation to cellular osmoregulation and calcium handling; and N-acetylcysteine serves as a cysteine donor for glutathione synthesis. Supplied at 865 mg total per vial. Store refrigerated. Laboratory research use only.

The pleasure of this blend is in how the pieces answer each other. Carnitine is the ferry that carries fatty acids across the mitochondrial membrane, where they can actually be burned; lysine and methionine, both here too, are the raw material the body uses to build more carnitine. So the vial holds the ferry and the makings of the ferry. Citrulline is here for a reason as well: most arginine that arrives through the gut is broken down before it reaches circulation, while citrulline slips past that checkpoint untouched and is rebuilt into arginine further downstream. Ornithine sits at a genuine fork in the road, feeding either waste disposal or the polyamines cells make when they are growing. Taurine is the outsider, never built into protein at all.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Vitamin B12 10 mL

The Methyl Donor Your Cells Run On.

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Vitamin B12, or cobalamin, is a water-soluble vitamin built around a corrin ring coordinating a central cobalt ion, and it is the only vitamin known to contain a metal ion at its core. It functions as a cofactor for two enzymes in mammalian metabolism: methionine synthase, which regenerates methionine from homocysteine and is central to one-carbon metabolism and methyl group availability, and methylmalonyl-CoA mutase, which participates in the catabolism of odd-chain fatty acids and certain amino acids. Because absorption via the digestive tract depends on intrinsic factor and is readily disrupted, parenteral preparations are widely used in research settings where reliable delivery is required. Supplied as a 10 mL solution. Store refrigerated and protect from light. Laboratory research use only.

For such a plain-looking vial, this one carries remarkable history. Cobalamin holds the only carbon-to-metal bond known anywhere in human biochemistry — a single carbon atom shaking hands with cobalt, chemistry that feels borrowed from an industrial catalyst. Whatever sits in that top position gives the form its name, which is why methylcobalamin and its cousins differ by one small group. Neither plants nor animals can build the molecule; only bacteria and archaea know how, so every trace of it in the food chain leads back to microbes, and the material here is grown by fermentation. It took Dorothy Hodgkin's X-ray work to reveal the structure at all, an achievement that won a Nobel Prize, and a total synthesis later occupied close to a hundred chemists.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

L-Carnitine 600 mg

The Gate Into The Mitochondria.

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L-Carnitine is a quaternary ammonium compound synthesised endogenously from lysine and methionine, and it performs a specific and well-characterised job in cellular metabolism: it carries long-chain fatty acids from the cytosol across the inner mitochondrial membrane so they can undergo beta-oxidation. This transport step is rate-limiting for fatty acid catabolism, which is why carnitine availability is a recurring variable in metabolic research. The carnitine shuttle operates through the coordinated action of carnitine palmitoyltransferase I and II together with a translocase, and disruption at any point in this system has measurable downstream effects on energy substrate selection. Tissues with high oxidative demand, particularly cardiac and skeletal muscle, carry the highest endogenous concentrations. Supplied at 600 mg per vial. Store refrigerated. Laboratory research use only.

The name is a quiet confession: carnis, Latin for flesh, because it was first pulled out of muscle extract in 1905. Muscle is where it gathers most, and it turned out to be doing a job muscle badly needs. For a while it was even filed as a vitamin, after a mealworm was found unable to make its own. We can make ours, and the route is a nice piece of thrift. Rather than starting from scratch, the body salvages a modified amino acid released when old proteins are taken apart, then carries it through four steps, the last of which calls for vitamin C. Getting into a cell needs a dedicated doorway, a transporter built for this molecule alone, which is a fair measure of how much the body values it.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Sterile Water 10 mL

Clean, Simple, Single-Use.

Profile

Sterile Water for Injection is a preservative-free, USP-grade diluent used to reconstitute lyophilized peptides in laboratory settings. It differs from bacteriostatic water in one respect that matters operationally: it contains no benzyl alcohol, so it offers no bacteriostatic protection once the stopper has been punctured. A reconstituted vial should therefore be treated as single-use and any remaining volume discarded, whereas bacteriostatic water permits repeated withdrawal across multiple sessions. Preservative-free diluent is selected where the preservative itself would interfere with the assay, or where a peptide is known to be incompatible with benzyl alcohol. Supplied in 10 mL vials. Store at room temperature.

Water is the one item in a catalogue like this defined entirely by what it does not contain. Nothing dissolved, nothing living, nothing left over, and reaching that state is far harder than it sounds. Purity here is judged partly by electricity: pass a current through genuinely pure water and it barely conducts, because there are almost no stray ions to carry the charge. The lower the reading, the cleaner the water. For most of the last century the only accepted way to make it was distillation, boiling and condensing, among the oldest techniques in all of chemistry; membrane methods were admitted to the pharmacopoeias only much later. Every freeze-dried peptide is a quiet powder in a vial until something like this arrives to wake it up.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use

Acetic Acid Water 0.6% 10 mL

For The Ones That Will Not Dissolve.

Profile

Acetic Acid Water 0.6% is a specialist reconstitution diluent for peptides that resist dissolution in neutral aqueous solution. A number of research peptides, particularly those with hydrophobic sequences or a tendency to aggregate, dissolve poorly or not at all in bacteriostatic water and require a mildly acidic environment to break up aggregates and bring the material fully into solution. Lowering the pH increases the net positive charge on basic residues, which promotes solubility through electrostatic repulsion between peptide molecules. Once dissolved, the solution is often diluted further into the intended working buffer. Very few suppliers stock this diluent, and its absence is a common reason a peptide appears not to reconstitute correctly. Supplied in 10 mL vials. Store at room temperature.

There is something likeable about a product this plain. Acetic acid is vinegar, arguably the first chemical people ever made on purpose, and it holds a real place in the history of science: when Hermann Kolbe built it from inorganic ingredients in 1845, he helped end the old belief that the molecules of living things needed some vital spark behind them. Its job here is quiet and physical. Certain peptides cling to one another and simply will not go into water. A mildly acidic setting gives every molecule the same positive charge, and like charges push apart, so the clumps come undone. Acetate is the chemist's favourite partner for peptides for a second reason too: it is volatile, so any excess leaves on its own.

How It Is Used In Research

1. Inspect: Check the vial, seal and contents before use
2. Prepare: Prepare one vial at a time and refrigerate after mixing
3. Clean Site: Disinfect the vial and work surface before use
4. Draw Dose: Invert the vial and draw the required volume into the syringe
5. Record: Log the batch number and date against your results
6. Store: Return the vial to refrigeration immediately after use