Complete Peptide Catalogue

A Comprehensive Guide to Every Research Peptide We Offer

Explore up to 65 research compounds, each produced at 99% purity or above and verified by HPLC purification and mass spectrometry analysis. Organised by the scientific questions they help answer.

Understanding the Catalogue and How It Is Organised

Understanding the Catalogue and How It Is Organised

This is a comprehensive listing of all research peptides offered by Pharma Lab, but it is not a listing in the traditional sense. It is a guide — targeted toward researchers, laboratory managers and procurement personnel who need to understand what each compound is, what research context it exists within and why it has earned a place in the catalogue.

The catalogue includes up to 65 peptides and research compounds, each produced with a purity grade of 99% or more and confirmed by HPLC purification and mass spectrometry analysis. This page groups them by the fields of research they support, rather than listing them alphabetically or by stock code. That structure mirrors how scientists actually think about peptides not by name, but by the scientific question they want to address.

All compounds listed on this page are for in-vitro research and laboratory use only. None are designed for human consumption, animal use or medical application. The descriptions below draw on existing scientific literature and preclinical models to explain what each peptide can be used for and its place within a broader research category. Purchase Cartalax peptide in France A peptide that spans multiple research domains will appear in its primary classification, with other relevant cross-references indicated.

Pharma Lab deals directly with manufacturers and has no third-party intermediaries in its supply chain. This direct relationship is the basis for a sustained and verifiable commitment to the quality that serious research requires. Whether you are looking for a single peptide vial for a pilot study or wish to procure multiple compounds for a large-scale research programme, this page is intended to clarify what exactly is available and the significance of each compound.

Various formats are available to accommodate different research protocols — including lyophilised peptide vials, pre-formulated nasal sprays, topical formulations, supporting consumables such as clinical-grade bacteriostatic water and pre-mixed peptide pens. The choice of format matters because how a peptide is delivered can be just as important as the peptide itself, depending on study design.

Growth Hormone, Metabolic Hormones and Regenerative Peptides

Growth Hormone, Metabolic Hormones and Regenerative Peptides

The growth hormone axis is one of the most researched areas in peptide science, and the Pharma Lab catalogue reflects that with the largest single category in the range. This section contains peptides that target growth hormone-releasing hormone receptors, ghrelin receptors and metabolic signalling pathways. In combination, they equip researchers with the ability to evaluate the control of growth hormone secretion, the influence of such compounds on caloric intensity and metabolic function, Shop Cartalax peptide in UK and what contributions they might play in research on body composition. With 16 compounds in this category alone, the range captures major pathways and numerous research targets within growth hormone and metabolic science.

Ipamorelin

One of the most studied preclinical growth hormone-releasing peptides. This selective ghrelin receptor agonist induces growth hormone release from the pituitary with minimal effects on cortisol and prolactin. Its selectivity is precisely what makes it most useful in studies where researchers want to separate the effects of growth hormone from broader hormonal noise.

GHRP-2 and GHRP-6

Related peptide hormones that act through the ghrelin receptor to induce growth hormone release, but they differ somewhat in their potency profiles and appetite-related side effects in animal models. GHRP-2 produces a more potent growth hormone pulse, while GHRP-6 has been researched more extensively for appetite signalling.

Hexarelin

Another ghrelin receptor agonist that completes this sub-group. Hexarelin has been studied for its sustained growth hormone-releasing actions even when administered repeatedly, making it useful in protocols examining long-term growth hormone modulation.

CJC-1295 with DAC

The DAC-containing variant features a drug affinity complex designed to prolong the half-life of the peptide, which may allow for studies of persistent growth hormone elevation over extended periods. Useful in research protocols examining the effects of sustained growth hormone release.

CJC-1295 No-DAC (Modified GRF 1-29)

With a shorter half-life than its DAC counterpart, this variant is generally used in research protocols that call for tighter, more pulsatile dosing patterns. It provides researchers with greater control over the timing and duration of growth hormone stimulation.

Sermorelin

One of the first GHRH analogues investigated, Sermorelin continues to be a mainstay in growth hormone research and is often used as a benchmark compound in comparative studies. Its established research history makes it a reliable reference point for newer compounds.

Tesamorelin

A modified form of GHRH that has been synthesised to stimulate growth hormone release. It has been studied more specifically in the context of visceral fat reduction and metabolic regulation in models subject to growth hormone deficiency.

HGH 191AA

Corresponds to the complete 191-amino-acid sequence of human growth hormone itself, providing researchers with the full-length compound for studies examining the comprehensive effects of growth hormone activity.

HGH Fragment 176-191

Isolates the C-terminal portion of growth hormone that has been identified specifically for its lipolytic activity. This fragment is thought to enhance fat metabolism without the full-length growth hormone side effects, making it a more targeted compound for research on body composition.

MK677

Although MK677 is not a peptide — it is a nonpeptide growth hormone secretagogue — it can be found in this catalogue because of its oral bioavailability and significance to research on prolonged elevations of growth hormone. Its inclusion reflects its practical importance in the field.

AOD-9604

A modified form of the growth hormone protein that some studies suggest can affect how fat cells process energy, linking it to potential research on obesity and metabolic regulation. Its targeted profile makes it distinct from full-length growth hormone compounds.

5-Amino-1MQ

A small molecule inhibitor of the enzyme nicotinamide N-methyltransferase (NNMT). It has been the subject of research into its potential role in affecting fat storage and metabolic rate at the cellular level, offering a mechanistically distinct approach to metabolic investigation.

AMPK

AMP-activated protein kinase is a well-studied peptide activator of metabolic signalling linked to insulin sensitivity and energy balance. Its role in regulating cellular energy sensors makes it an important tool in metabolic research.

AICAR

A compound that activates AMP-activated protein kinase via a mechanism that regulates cellular energy sensors and mimics exercise. It has been shown to increase fatty acid oxidation, glucose uptake and mitochondrial biogenesis, making it a valuable tool in metabolic and exercise physiology research.

FTPP Adipotide

Selectively binds to receptors on the blood vessels that feed adipose tissue. Scientists have researched how it functions in preclinical targeted fat reduction models, offering a novel approach to studying localised metabolic effects.

Tesofensine

Identified and tested as an appetite suppressant in some weight management studies due to its reuptake inhibitory characteristics on serotonin, noradrenaline and dopamine. It provides a neurochemical approach to metabolic research distinct from receptor-specific peptides.

What connects this entire category is the range of approaches it presents. From specific targeting of the growth hormone axis using receptor-specific agonists with varying selectivity, through to compounds that address various aspects of fat metabolism, energy sensing and appetite signalling. Pharma Lab understands that metabolic and growth hormone research is not one linear path but a series of interconnected systems, and successful research outcomes require access to multiple compounds targeting different nodes within that system.

Tissue Repair, Healing and Musculoskeletal Research Peptides

Tissue Repair, Healing and Musculoskeletal Research Peptides

Regenerative research has emerged as one of the most productive areas for peptide science, and these are among the most researched compounds across the entire Pharma Lab range. These peptides have been studied for their roles in tissue regeneration, muscle development, skeletal health and wound healing. Shop GHRP-2 and Sermorelin in USA They provide researchers with a collection of multifactorial compounds to target various components within the regenerative process. The spectrum spans gastric-derived protective substances through to myostatin inhibitors, covering all major pathways through which the body repairs and rebuilds injured tissue.

BPC-157

Consistently one of the most requested peptides in the catalogue. This synthetic pentadecapeptide derives from a protective protein found in human gastric juice and has been extensively studied preclinically for tissue regeneration, gut healing, tendon repair and anti-inflammatory activity. Research has investigated its effects on angiogenesis, collagen synthesis and the nitric oxide system, suggesting a broad regenerative profile that spans multiple tissue types.

TB500

A synthetic mimetic of the endogenous peptide hormone thymosin beta-4, often used alongside BPC-157 in research protocols. It has been noted to contribute to cell migration, angiogenesis and tissue remodelling, with several studies focused on its potential relevance in wound healing and soft-tissue recovery.

IGF-1 LR3

A long-acting analogue of IGF-1 that has been studied for its strong role in cell proliferation and differentiation. Research has investigated signalling pathways involved in muscle tissue growth, particularly relating to myoblast recruitment.

MGF Peptide and PEG-MGF

Mechano-growth factor is an IGF-1 splice variant that occurs following mechanical stress on muscle tissue. The PEGylated isoform, PEG-MGF, provides increased stability and has been examined for its ability to assist in the repair of muscle damage over extended timeframes.

ACE-031

A soluble form of the activin receptor type IIB that has been studied as a myostatin inhibitor in muscle wasting and growth regulation research. Its ability to interfere with the myostatin pathway makes it a valuable tool for understanding muscle atrophy and hypertrophy.

GDF-8 Myostatin and Follistatin 344

GDF-8 Myostatin is one of the key negative regulators of muscle mass, and its signalling pathway plays an important role in muscle atrophy and hypertrophy studies. Follistatin 344, a potent myostatin- and activin-binding protein, is of particular interest due to its ability to bind and neutralise these growth factors. Research on the subject suggests substantial muscle growth when myostatin signalling is inhibited.

PTD-DBM

A synthetic peptide explored for its osteogenic effects on progenitor cells, with the aim of stimulating bone formation. It represents an important tool for skeletal biology researchers.

Cartalax

A small peptide bioregulator that has been studied preclinically for its potential effects on cartilage tissue and joint health. Both PTD-DBM and Cartalax assist scientists researching skeletal integrity and the biological processes that regulate bone and cartilage health. This large tissue repair and musculoskeletal section is representative of the substantial research investment being made to understand how the body repairs itself at every level.

Immune Function and Anti-Inflammatory Research Peptides

Immune Function and Anti-Inflammatory Research Peptides

The immune system is extraordinarily complex, and peptide research is helping to elucidate its molecular regulation, support mechanisms and functional processes. Pharma Lab offers a range of immune peptides, each of which modulates distinct aspects of immunity such as T-cell maturation, cytokine production, antimicrobial defence and inflammatory regulation. This category is particularly relevant to researchers investigating age-related immune decline, chronic inflammatory diseases and the fundamental processes underlying how the body distinguishes self from non-self.

Thymosin Alpha-1

Perhaps the most researched immune peptide in the scientific literature. Initially derived from thymic tissue, it has been studied across both healthy and disease models ranging from viral infections and immune deficiency to autoimmune conditions and age-associated impairment of immunity. Studies have demonstrated its effects on T-cell differentiation, natural killer cell activation and dendritic cell function, placing it at the centre of immunomodulation research.

Thymalin

Derived from the thymus gland, Thymalin works along complementary pathways that directly stimulate the regeneration of thymic function itself. Since the thymus is known to involute with age, this makes Thymalin relevant to studies of immunological ageing and the restoration of T-cell production within an older biological environment.

Vilon

Representing a class of low-molecular-weight bioregulators — short dipeptides — Vilon acts at the genetic level by affecting interleukin-2 gene expression in lymphocytes. Studies have demonstrated it can influence T-helper and cytotoxic T-cell differentiation, providing a genomics dimension to immune peptide research.

LL-37

A peptide from human cathelicidin studied for both its antimicrobial activity and its role as an immune response modulator. It has been examined in wound infection models as well as in studies of inflammatory skin conditions, providing a dual-function research tool.

KPV

A tripeptide fragment of alpha-melanocyte-stimulating hormone that has gained attention for its anti-inflammatory effects, primarily in inflammatory bowel disease models and as a naturally derived suppressor of pro-inflammatory cytokine activity.

VIP (Vasoactive Intestinal Peptide)

A natural hormone with documented anti-inflammatory, neuroprotective and vasodilatory effects. It has been investigated in research related to respiratory health, immune modulation and gastrointestinal function.

ARA-290

A non-erythropoietic, tissue-protective peptide analogue of erythropoietin. It has been investigated as an anti-inflammatory agent in research directed at neuropathic pain and inflammatory tissue damage.

For researchers in immunology, the availability of these compounds from a single source with verifiable purity cannot be overstated. Even seemingly minor impurities can influence cytokine production in immune proliferation and functional assays. Immune research is particularly sensitive to compound quality. Pharma Lab makes no exceptions — for every immune peptide in the range, the 99% purity standard is tested via HPLC to meet the specifications expected by even the most rigorous researcher.

Anti-Ageing, Longevity and Cellular Vitality Peptides

Anti-Ageing, Longevity and Cellular Vitality Peptides

The biology of ageing is one of the most exciting fields of research. Peptides in this category are investigated for their function in the modulation of cellular longevity, senescence, oxidative stress and the molecular mechanisms that regulate cellular ageing. Pharma Lab has assembled a portfolio that spans numerous unique approaches to ageing research, ranging from telomere biology to mitochondrial activity.

Epithalon

A well-known synthetic tetrapeptide similar to the naturally occurring epithalamin. It has been investigated for its potential ability to activate telomerase — an enzyme responsible for maintaining telomere length at chromosome ends. Telomere shortening is tightly linked with cellular ageing and replicative senescence, making Epithalon a direct experimental tool for exploring one of the most fundamental mechanisms in ageing biology.

FOXO4-DRI

Known to act by disrupting the interaction between the FOXO4 protein and p53 in senescent cells, thereby inducing selective apoptosis of these cells while sparing healthy ones. Senolytic compounds such as FOXO4-DRI have been studied to determine whether removing senescent cells can alter the process of ageing on a tissue-wide level.

Humanin

A small mitochondrial-derived peptide that has been investigated for its role in cytoprotection — including effects against oxidative stress and apoptotic damage. Studies have explored its contribution to both neurodegenerative and cardiac conditions associated with mitochondrial dysfunction.

MOTS-c

A peptide arising from mitochondrial transcriptional processes, studied for its role in metabolic modulation through insulin signalling and exercise pathways. Together with Humanin, it allows researchers to examine mitochondrial biology and ageing from multiple perspectives.

NAD+

Nicotinamide adenine dinucleotide plays a key role in cellular energy metabolism and DNA repair. Because many age-associated changes in humans are linked to declining NAD+ levels, it has become an important focus as scientists explore supplementation. Pharma Lab offers NAD+ alongside other compounds in this category, reflecting the understanding that multiple cellular mechanisms contribute to biological ageing and that accessing several compounds targeting different routes simultaneously is valuable.

GHK-Cu

Studied at the cellular level for its action on collagen synthesis, skin remodelling and wound healing. In more extensive studies, it has been investigated as a possible gene expression modifier that may interfere with age-related changes, bridging the gap between longevity science and dermatological research.

L-Glutathione

A tripeptide with important roles as an antioxidant and in detoxification processes. Its presence in the catalogue supports research into oxidative stress and cellular defence mechanisms that are closely linked to the biology of ageing.

SNAP-8 and Matrixyl Topical Peptide

SNAP-8 is an octapeptide that modulates neuromuscular signalling at the skin level and has been researched for cosmetic and dermatological applications. Matrixyl, a lipopeptide compound, has been studied for its ability to promote collagen and elastin production from skin tissues, suiting both anti-ageing and dermatological study designs.

The anti-ageing and cellular health category demonstrates how modern peptide research resists easy categorisation. Compounds like GHK-Cu straddle longevity science and dermatological science. NAD+ is studied in two main contexts: ageing and metabolism. By ordering these compounds primarily according to their specific research application — while highlighting cross-category potential — this page provides a practical overview that reflects how these peptides are actually used in the laboratory.

Cognitive, Neurological and Sleep Research Peptides

Cognitive, Neurological and Sleep Research Peptides

The brain and nervous system remain among the last great frontiers of biology, but peptides are now opening windows for many new explorations in cognitive function, neuroprotection and sleep regulation. The compounds in this section of the Pharma Lab catalogue target mechanisms of neurological function — including areas focused on anxiety, neurotrophic signalling and circadian rhythm regulation.

Selank

One of the most well-investigated neuropeptides in this group. A synthetic analogue of the immunomodulatory peptide tuftsin, it has been tested in preclinical models of anxiety with studies suggesting a possible role in modulating GABAergic neurotransmission and brain-derived neurotrophic factor expression. Selank is particularly appealing to researchers because it acts in both immune and neurological pathways, making it one of the few compounds that intersects both fields.

Semax

A synthetic analogue of adrenocorticotropic hormone fragment 4-10 that has demonstrated multiple properties in preclinical studies — including neuroprotective effects, cognitive enhancement and support for brain function under stress or ischaemic conditions. It has been studied for its effects on brain-derived neurotrophic factor, nerve growth factor and neurotransmitter systems.

Adamax

A derivative of Semax where the peptide has been modified by attaching additional dipeptide groups for improved nootropic effects and stability compared to the parent compound. It represents a refinement of the Semax research tool.

Pinealon

A tripeptide bioregulator studied for its role in regulating central nervous system function, with a particular focus on its potential to assist in normalising circadian rhythms and sustaining neuronal cell viability.

DSIP (Delta Sleep-Inducing Peptide)

First discovered as a factor in animal models of slow-wave sleep. It has since been investigated more broadly for its potential role in stress response modulation and the regulation of endocrine balance during sleep cycles.

Orexin A

A neuropeptide that regulates wakefulness and arousal. It has been studied for its role in narcolepsy models as well as appetite regulation associated with alertness states, occupying the opposite end of the sleep-wake spectrum from DSIP.

Protirelin TRH and P-21 Peptide

Protirelin TRH is a synthetic form of thyrotropin-releasing hormone that has been evaluated for neuroprotective and neuromodulatory actions in the central nervous system beyond its thyroid-axis effects. P-21 Peptide, a synthetic compound derived from the active region of ciliary neurotrophic factor, has demonstrated potential for inducing neurogenesis and supporting cognitive function through activation of beneficial neurotrophic pathways.

Neuroscience research demands particularly stringent compound quality, as even minute contaminants can interfere with behavioural assays and neurological measurements. All cognitive and neurological peptides across the entire catalogue undergo the same HPLC purification and mass spectrometry verification. That consistency forms the basis for reproducible, credible results — particularly critical for researchers designing studies that rely on central nervous system endpoints.

Hormonal, Reproductive and Endocrine Research Peptides

Hormonal, Reproductive and Endocrine Research Peptides

Peptides are well-suited to the study of the many signalling cascades that underpin the tightly controlled endocrine system. The compounds in this category cover those studied for indications related to reproductive health, pituitary function and hormonal regulation. This section is relevant to reproductive scientists, endocrinologists and sexual health researchers. The range encompasses the entire hypothalamic-pituitary-gonadal axis — from upstream regulators through to downstream effectors — so that a complete toolkit is available to examine how these interconnected systems function and interact.

Gonadorelin

A synthetic analogue of gonadotropin-releasing hormone widely used for research studies investigating the hypothalamic-pituitary-gonadal axis. It stimulates the release of luteinising hormone and follicle-stimulating hormone from the pituitary, providing researchers with a direct tool for interrogating reproductive endocrine function.

Triptorelin

A long-acting GnRH agonist studied with respect to its effects on gonadotropin suppression following initial stimulation. It is especially important for research protocols in hormone-dependent conditions and controlled ovarian stimulation.

HCG (Human Chorionic Gonadotropin)

One of the oldest compounds used in reproductive studies. It behaves similarly to luteinising hormone and has been commonly studied in research settings regarding fertility, testosterone regulation and pregnancy-related physiology.

HMG Peptide

Has been studied in ovarian stimulation and gonadal function research with both follicle-stimulating hormone and luteinising hormone activity, providing a dual-function tool for reproductive research.

Kisspeptin

A peptide that acts upstream of GnRH neurons and has gained significant research interest due to its ability to serve as a master regulator of reproductive hormone release. Its utility in the diagnosis and research of conditions associated with disrupted pubertal, reproductive and other hormonal signalling has been highlighted across numerous studies.

PT-141

Derived from the melanocortin peptide Melanotan 2, PT-141 has primarily been investigated for its effects on erectile function via activation of central nervous system pathways involving melanocortin receptors. Unlike compounds that act peripherally on vascular tissue, PT-141 acts on the central nervous system.

Oxytocin

Traditionally studied for its role in social bonding and reproductive physiology, oxytocin is now investigated across many research domains encompassing labour, lactation, anxiety, trust behaviour and social cognition. Its breadth of research applications makes it one of the most versatile peptides in the endocrine category.

B7-33

A single-chain relaxin peptide analogue. The effects of relaxin receptor pathways on fibrosis and tissue remodelling have been examined extensively, particularly in relation to reproductive and cardiovascular research.

Pharma Lab provides the complete spectrum of hormonal and reproductive peptides covering the most important signalling pathways that researchers in this field need to study. The catalogue contains compounds targeting various levels of the endocrine cascade — from upstream regulation of GnRH neurons by Kisspeptin to downstream effects of HCG on gonadal function. That multi-layered approach enables researchers to examine not only individual pathways but also the interactions among them.

Dermatological and Skin Research Peptides

Dermatological and Skin Research Peptides

Skin is the largest organ in the body, and molecular-level understanding of skin biology has emerged largely from peptide research. Compounds in this category are researched for their effects on melanogenesis, collagen biosynthesis, skin repair and the visible signs of tissue ageing. Many of the peptides listed here also appear in other categories, indicating their multi-system relevance. Dermatological research is one of the leading and rapidly growing fields of peptide science, particularly as non-invasive skin biology continues to be an area of sustained interest.

Melanotan 1

A linear synthetic analogue of alpha-melanocyte-stimulating hormone that has primarily been investigated for its action on melanogenesis — the process by which skin cells produce melanin. Due to its selectivity for the MC1 receptor, it serves as a more specific research tool for pigment studies and has received attention as a potential protector against photodamage in skin biology.

Melanotan 2

A cyclic peptide that has been studied in relation to receptor binding for use in melanogenesis, appetite and sexual function research. Its interaction with more than one subtype of melanocortin receptor creates a broader but less selective research profile, which can be advantageous for studies investigating the integrated physiological effects of melanocortin signalling across several systems.

GHK-Cu, SNAP-8 and Matrixyl

The anti-ageing peptide GHK-Cu falls equally into dermatological research. Both in-vitro and animal model studies have investigated its role in collagen synthesis, wound healing and skin remodelling. SNAP-8 and Matrixyl Topical Peptide have been investigated for their use on expression lines and extracellular matrix production respectively. Together, they give researchers a combination of compounds with activity on different mechanisms in skin biology — ranging from neuromuscular signalling through to structural protein synthesis.

These dermatological peptides are available as vials which can be formulated topically, offering researchers the choice to adopt either vial or topical formats depending on how they design their study.

Respiratory Health and Specialised Research Compounds

Respiratory Health and Specialised Research Compounds

Some compounds in the Pharma Lab catalogue fulfil research areas that do not conveniently fit into one of the larger categories outlined above. These unique peptides and compounds target respiratory health, cellular defence and nutritional research. Although the smallest category in the range, these compounds fill valuable gaps and reflect a commitment to providing a comprehensive selection rather than one limited to only the most commercially popular peptides.

Bronchogen

A small peptide bioregulator that has been tested for its effects on bronchial and pulmonary tissue. Preclinical studies have examined its action on regulating functions of respiratory epithelial cells, making it relevant to lung health and the maintenance of respiratory tissues.

PNC-27

A linear 27-amino-acid synthetic peptide with a membrane-active segment capable of selectively interacting with the cell membrane structures of tumour cells. Studies have examined its capacity to differentiate between normal and malignant cell types based on differences in membrane composition.

Human C-Peptide

A peptide fragment with similarity to the C-peptide of proinsulin, investigated in relation to metabolic signalling and cellular protective mechanisms related to the production and systemic actions of insulin. This places its research implications within a boundary zone between endocrinology and cell biology.

Vitamin B12 Nasal Spray

Vitamin B12 is not a peptide, but since a nasal spray formulation is used for studying the absorption, organ uptake and delivery routes of B12, it is listed in the catalogue. Its inclusion reflects the broader nature of research materials available from Pharma Lab to assist in laboratory work outside of classical peptide science.

The specialised compounds in this section also demonstrate an important component of the Pharma Lab approach to catalogue development. Instead of limiting the scope to only the most fashionable or commercially obvious peptides, the catalogue also includes compounds that address niche but scientifically important research areas. While Bronchogen and PNC-27 may not receive the same volume of enquiries as BPC-157 or Ipamorelin, for researchers who require these compounds, access to them from a supplier that adheres to the same purity standards is critically important.

Quality Assurance Across the Entire Range

Quality Assurance Across the Entire Range

All 65 compounds described on this page have been subjected to the same quality assurance measures. There are no tiers of quality, no shortcuts for less popular compounds and no exceptions for older or newer entries in the catalogue. The standard is the same for every compound, and it is not open to negotiation.

Synthesis and Purification

Peptides are synthesised with a purity of 99% or above, while highly complex peptides reach as high as 98%. Each batch is purified with HPLC, separating the target peptide from byproducts of synthesis, truncated sequences and other impurities. Mass spectrometry analysis then confirms the molecular identity, ensuring that the compound is correctly represented by its corresponding amino acid sequence. Together, these methods validate purity and confirm identity, assuring researchers that what they receive is precisely what is described.

Direct Manufacturing Oversight

Pharma Lab maintains direct access to its manufacturing facilities with no third-party brokers or resellers anywhere along the supply chain. This oversight extends to how raw materials are sourced, production conditions and quality control procedures at the point of manufacture. This creates a level of traceability that few suppliers can match.

Independent Verification

Customers are actively encouraged to independently test products at any laboratory of their choice. Testing can be carried out using HPLC, mass spectrometry, amino acid analysis and MALDI mass. That standing offer represents genuine confidence in every batch that is produced at the facility.

Format Consistency

Depending on the compound, products are offered in different formats: peptide vials containing lyophilised powder for reconstitution, pre-formulated nasal sprays with fixed-dose delivery systems, pre-mixed peptide pens for ready-to-use convenience, curated peptide combos for synergistic research, topical formulations intended for dermatological studies and supporting consumables such as clinical-grade bacteriostatic water. The variety of formats exists to accommodate different practical needs, but does not result in varying quality standards based on which format a researcher selects.

Delivery, Service and Professional Standards

Delivery, Service and Professional Standards

Pharma Lab dispatches orders within 24 to 48 hours from confirmed payment, sending them in plain protective packaging to locations worldwide — including the United Kingdom, the United States and throughout Europe. All items are wrapped to prevent transit damage, and optional shipping protection is available for researchers requiring additional reassurance. All buyers of products must be over 21 years old, in keeping with the company's professional and research-only operational model. The customer service team operates with integrity and transparency at every stage.

A Consistent Standard Across Every Compound

A Consistent Standard Across Every Compound

Sixty-five compounds. Nine research categories. One consistent standard. This services page presents everything that Pharma Lab offers to the research community. Each peptide contained in this catalogue has been chosen because it represents an area of active and legitimate scientific investigation. Each batch is produced, purified and verified to the same exacting standards. And every order continues to be processed, packed and shipped with the same attention to detail that researchers expect from a vendor they trust.

The field of research peptides keeps growing as new questions arise in human biology, cellular function and the molecular mechanisms that drive health and disease. Pharma Lab evolves alongside it — integrating new compounds into its catalogue as the science advances and sustaining the infrastructure that facilitates reliable research. This catalogue is the starting point for laboratories in search of stable, high-purity peptides supported by clear quality documentation.

Selecting a peptide supplier is not a decision to be taken lightly. The quality of your data is directly proportional to the quality of your research materials, and the veracity of your findings ultimately depends on the integrity of every compound you work with. This is why Pharma Lab has designed its entire operation around verified quality, clear documentation and a catalogue that covers the research domains in which peptides are making the greatest scientific impact. All 65 compounds on this page represent that commitment.

Pharma Lab provides its products only for in-vitro research and laboratory use. These products are not to be used or consumed by humans or animals. They must not be falsely labelled or used as such, and are to be considered neither a drug, food, cosmetic nor medicinal product. The reader acknowledges that the information presented on this website is for informational and educational purposes only. All products should only be handled by properly qualified and professionally trained research or laboratory personnel.