PureBiolabs is a UK-based supplier of laboratory research materials, providing clearly identified products for legitimate scientific and educational research.
Explore the Pure BioLabs catalogue of clearly identified research-use materials, presented with transparent product information and stated quantities.
BPC-157 is a synthetic peptide investigated extensively in laboratory research involving cellular signalling, tissue biology and gastrointestinal research models. Studies have examined its interactions with cellular processes and pathways associated with tissue response and inflammatory signalling. Supplied by Pure BioLabs as a research-use material for laboratory and analytical applications only.
R3TA is an investigational peptide-based compound studied for its activity across GLP-1, GIP and glucagon receptor pathways. Laboratory research has examined these signalling systems in relation to metabolic regulation, energy balance and glucose-related biology. Pure BioLabs supplies R3TA strictly as a research-use material for laboratory and analytical investigation.
MOTS-C is a mitochondrial-derived peptide investigated in cellular and metabolic research. Research models have examined its relationship with mitochondrial function, cellular energy handling, metabolic signalling and responses to cellular stress. Its biological activity continues to be explored in experimental systems, making it a subject of interest within peptide and metabolic research.
GHK-Cu is a copper-binding tripeptide complex consisting of glycyl-L-histidyl-L-lysine associated with copper ions. It is widely investigated in peptide chemistry, cellular signalling, extracellular-matrix biology and skin-related research models. Laboratory studies have explored its interactions with cellular pathways involved in tissue biology and inflammatory responses. Supplied for research and analytical use only.
Semax is a synthetic peptide investigated primarily within neuroscience and cellular biology research. Experimental studies have examined neuronal signalling, neurochemical pathways and cellular responses in laboratory models. Research interest includes investigation of peptide-mediated signalling and mechanisms within neurological systems. Pure BioLabs supplies Semax as a research-use material for laboratory and analytical applications.
NAD+ is an essential cellular cofactor involved in oxidation-reduction reactions and energy metabolism. It is extensively studied in biochemical research examining mitochondrial activity, cellular energy production, redox balance and signalling pathways. Laboratory investigations use NAD+ to explore fundamental cellular processes and metabolic biology. This material is supplied for research and analytical applications only.
KPV is a short peptide sequence investigated in laboratory models involving inflammatory signalling and cellular communication. Research has examined its interaction with biological pathways associated with inflammatory responses and gastrointestinal biology. Its relatively small peptide structure also makes it useful for experimental peptide and molecular research. Supplied for laboratory research and analytical use only.
Tesamorelin is a synthetic peptide analogue investigated in research involving growth-hormone-releasing hormone signalling and endocrine biology. Experimental research has examined its interaction with pathways involved in growth-hormone regulation and related metabolic processes. Pure BioLabs supplies Tesamorelin as a clearly identified research material intended for laboratory and analytical investigation.
SS-31 is a mitochondria-targeted peptide investigated in experimental research concerning mitochondrial biology and cellular energy systems. Laboratory studies have examined mitochondrial function, oxidative stress and mechanisms associated with cellular energy production. The compound is of interest in research exploring how mitochondrial processes influence broader cellular activity and signalling.
5-Amino-1MQ is a small-molecule research compound studied in relation to nicotinamide N-methyltransferase (NNMT) and associated metabolic pathways. Laboratory investigations have explored its effects on cellular metabolism and biochemical signalling. It is supplied as a research material for controlled laboratory and analytical work rather than for therapeutic or consumer applications.
The Wolverine is a research formulation combining peptide research materials associated with BPC-157 and TB-500. The formulation is intended for laboratory investigation of peptide interactions, cellular processes and biological pathways relevant to experimental research. Pure BioLabs presents this material with clearly stated composition and quantity for qualified research and analytical applications.
TB-500 is a synthetic peptide research material investigated in experimental studies involving cellular processes and tissue-related biology. Research models have examined peptide interactions with biological signalling systems and cellular responses. The compound remains an area of laboratory investigation within peptide science and molecular biology. Supplied strictly for research and analytical purposes.
Epitalon is a synthetic tetrapeptide investigated in laboratory research involving cellular biology, ageing-associated mechanisms and telomere-related pathways. Experimental work has explored its biological interactions in different research models. The compound is of interest to researchers studying cellular signalling and age-associated biological processes. Pure BioLabs supplies Epitalon for laboratory research and analytical use.
Glutathione is a naturally occurring tripeptide composed of glutamate, cysteine and glycine and is an important component of cellular redox biology. Laboratory research examines its role in antioxidant systems, redox balance and oxidative-stress-related mechanisms. Pure BioLabs supplies glutathione as a research material for biochemical, analytical and laboratory applications.
KLOW is a multi-component research formulation supplied for laboratory investigation of its constituent research materials and associated biological pathways. Its formulation is intended to support controlled experimental and analytical work where researchers require clearly identified research-use materials. Pure BioLabs provides KLOW with a stated quantity and research-use designation.
Tesamorelin + Ipamorelin is a two-component peptide research formulation containing 10 mg of Tesamorelin and 5 mg of Ipamorelin. The combination is of interest in laboratory research involving growth-hormone-related signalling, peptide interactions and endocrine pathways. Each component can be examined individually or within the combined research formulation.
GLOW is a multi-component peptide research formulation supplied in a 70 mg quantity for laboratory and analytical investigation. Research applications may involve examination of its constituent materials, peptide chemistry, cellular signalling and related biological pathways. Pure BioLabs provides the formulation with clear identification and quantity information for controlled research environments.
AHK-CU is a copper-containing peptide investigated in laboratory research involving peptide chemistry, cellular signalling and biological processes associated with skin and hair-follicle research models. Its copper-binding characteristics make it an area of interest for researchers examining peptide-mineral interactions and extracellular biological pathways. Supplied as a research-use material only.
PT-141 is a synthetic peptide supplied for laboratory research and analytical investigation.
Bacteriostatic water is a sterile water-based laboratory material used as a diluent in appropriate research and analytical procedures. It is supplied in clearly identified volumes for laboratory applications where a suitable diluent is required. Pure BioLabs offers BAC Water in 3 ml and 10 ml formats for research-use applications only.
Pure BioLabs is focused on clear product identification, documentation and consistent standards for research materials.
Clear product names, reference information and specifications are provided to support accurate laboratory use.
Analytical and testing information is presented where applicable and supported by available documentation.
Batch-specific documentation can be provided where available, helping maintain clear product traceability.
Our materials are supplied for legitimate research and analytical applications only.
We aim to provide clear product information and supporting documentation wherever available, with an emphasis on consistency, traceability and responsible research supply.
Our catalogue is intended for qualified research and analytical applications only.
Pure BioLabs was created with a simple principle — research materials should be presented with clarity, transparency and attention to quality.
Our focus is on providing clearly identified research-use materials for laboratory and analytical purposes, with an emphasis on consistent presentation, product identification and responsible handling.
We believe researchers should be able to understand exactly what they are looking at. That is why our catalogue is organised around clear product names, reference codes, stated quantities and straightforward research-use information.
Pure BioLabs is built around a modern laboratory aesthetic and a commitment to professional standards. Our aim is to continually improve our documentation, product information and overall customer experience as the company develops.
Research use only. Not for human consumption.
Pure BioLabs is committed to maintaining clear product identification and consistent standards across our research-use catalogue.
Clear product names, reference codes and stated quantities.
Straightforward research-use information for clear identification.
A consistent presentation across the Pure BioLabs catalogue.
Pure BioLabs is an independent research-focused company dedicated to providing clearly identified research-use materials for laboratory and analytical applications.
Our approach is built around clear product identification, consistent presentation and straightforward information. We believe researchers should be able to understand what they are reviewing before beginning their work.
We are committed to continually developing our catalogue, improving our documentation and maintaining a professional standard across everything we do.
Pure BioLabs is focused on transparency, consistency and responsible research use.
For research and laboratory enquiries, please contact Pure BioLabs. We aim to provide clear information and professional support for research-use materials.
Email: sales@purebiolabs.co.uk
Support: support@purebiolabs.co.uk
WhatsApp: +44 7498 294784
Please include the product name or reference code when making an enquiry so we can assist you efficiently.
Pure BioLabs places a strong emphasis on clear product identification, consistent presentation and responsible research-use information.
Every product in our catalogue is presented with its product name, reference information and stated quantity, helping researchers identify materials clearly before beginning their work.
We are committed to continually improving our documentation, catalogue presentation and overall standards as Pure BioLabs develops.
Orders are dispatched using a tracked Royal Mail service.
Orders of £60 or more qualify for free UK delivery.
Orders are processed and dispatched within 1–2 working days.
Tracking details are provided once your order has been dispatched.
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