Studied in metabolic and cellular energy research, particularly in relation to NNMT-associated pathways and downstream cellular metabolism models. Research focuses on mechanism and signalling rather than therapeutic application. Research use only.

A peptide fragment studied in adipocyte signalling and lipid metabolism models. Research interest often centres on pathways related to fat metabolism and energy regulation. Research use only.

Studied in receptor-binding models related to melanocortin signalling. Research interest includes pigmentation biology and melanocyte pathway investigation. Research use only.

Widely studied in preclinical tissue integrity and repair models, including pathways related to inflammation signalling, angiogenesis, and cytoprotective mechanisms. Research use only.

Investigated in metabolic research for interactions with amylin receptor pathways and energy balance signalling. Research use only.

Studied in endocrine signalling research as a growth hormone–releasing hormone analogue, often in models exploring pulsatile signalling dynamics. Research use only.

Studied for longer-duration signalling profiles via albumin-binding properties in controlled research models focused on endocrine signalling patterns. Research use only.

A combination studied in GH-axis research models to explore pulsatile signalling and downstream pathway markers in controlled experimental settings. Research use only.

Historically studied in sleep and circadian rhythm research. Findings across studies are mixed and often model-dependent. Research use only.

Investigated in ageing and circadian rhythm research, focusing on cellular ageing markers and rhythm regulation pathways in experimental models. Research use only.

A copper-binding peptide studied for extracellular matrix signalling, collagen-related pathways, tissue remodelling, and skin biology models. Research use only.

A combination used in research contexts exploring tissue repair signalling, cell migration/angiogenesis pathways, and extracellular matrix biology. Research use only.

Studied in neuroendocrine research related to GnRH signalling and reproductive axis regulation in experimental models. Research use only.

A combination used in laboratory research to explore tissue repair signalling, inflammation-related mechanisms, and extracellular matrix biology. Research use only.

Studied in inflammation-related pathway models, including cytokine signalling and barrier integrity research contexts. Research use only.

Studied as a key molecule in cellular redox balance, oxidative stress models, and detoxification pathway research. Research use only.

A host defence peptide studied for innate immune signalling, antimicrobial mechanisms, and inflammation-related pathways in laboratory models. Research use only.

Studied as a melanocortin receptor agonist in pigmentation biology, melanogenesis signalling, and receptor-binding research models. Research use only.

Investigated in mitochondrial biology and metabolic regulation research, including pathways linked to cellular stress responses and energy metabolism. Research use only.

Studied broadly in cellular metabolism, redox biology, mitochondrial function, and ageing-related research models. Research use only.

Studied in melanocortin receptor signalling research and CNS pathway models, focusing on receptor interactions and signalling behaviour. Research use only.

An investigational multi-receptor agonist studied in metabolic research, including GLP-1/GIP/glucagon pathway models. Research is ongoing and model-dependent. Research use only.

Studied in neuropeptide research for pathways related to stress-response signalling and cognitive model investigations. Research use only.

Studied in neurobiology research involving neurotrophic signalling pathways and cognition-related endpoints. Research use only.

Studied as a GHRH analogue in endocrine research models exploring pulsatile signalling and downstream markers. Research use only.

A cosmetic peptide studied in skin biology research models related to expression-line signalling and peptide–skin interaction pathways. Research use only.

Studied in mitochondrial function research, including oxidative stress and cellular energy models, often involving reactive oxygen species pathways. Research use only.

Studied in tissue repair models related to cell migration, angiogenesis signalling, and cytoskeletal pathway investigation. Research use only.

Studied in endocrine and metabolism research models as a GHRH analogue, including investigations into GH-axis signalling patterns in controlled settings. Research use only.

Studied in immunology research for T-cell signalling, immune modulation, and inflammatory pathway models. Research use only.

Keep vials sealed, dry, protected from light, and away from temperature swings. Long-term storage conditions depend on the specific compound and your institutional SOPs. Always refer to the lot documentation and your lab’s protocols. Research use only.

Use appropriate aseptic technique and contamination controls per your lab SOPs. Minimise repeated temperature cycling and unnecessary vial access to support integrity and reproducibility. Research use only.

• Moisture exposure (condensation from temperature changes).
• Repeated opening or over-handling of the same vial.
• Poor labelling of batch code and preparation dates in logs.
• Non-sterile handling outside controlled research environments.

Yes. We provide general storage and handling notes alongside documentation and on relevant resource pages. Detailed preparation methods should be determined by qualified personnel under institutional SOPs. Research use only.

Yes. Every batch is accompanied by a COA with identity and purity data (where applicable). COAs are available on product pages and via our COA hub. Research use only.

Products are supported by analytical testing programs (commonly HPLC for purity and MS for identity). Independent verification may be used for selected lots depending on product and availability. Research use only.

Vials are sealed and lot-coded for traceability. Packaging is designed to protect items in transit and support clean inventory handling in research settings. Research use only.

Lots are released against documented specifications and traceability checks. Always match vial lot codes to the COA before use in any workflow. Research use only.

• Match lot code and identifiers to COA.
• Maintain clean logs, storage conditions, and chain-of-custody where needed.
• Escalate any mismatch or concern to support before proceeding.

These are administrative/traceability checks only and do not replace laboratory analysis. Research use only.

Options may include Pay by Bank, online bank transfer, and secure payment links via trusted processors. Available methods and any regional limits are shown at checkout. Research use only.

Order through the website checkout. If you need documentation, invoicing, or account support, message us via live chat or contact channels listed on-site. Research use only.

Payments are handled by PCI-compliant providers. We do not store full card details. Research use only.

Contact support with organisation details and expected volumes for lab accounts or wholesale enquiries. Research use only.

Tracked UK delivery and international options are available. Current services, pricing, and estimates are shown at checkout and on our Delivery Information page. Research use only.

Orders placed before the daily cut-off are typically dispatched the same working day. Exact delivery times depend on the shipping option selected and carrier performance. Research use only.

Plain outer packaging with no external product references. Research use only.

We offer international tracked services where available. Transit times can vary due to customs processing and carrier networks. Research use only.

Tracking is provided where the chosen service includes it. You will receive tracking details once the parcel is scanned by the carrier. Research use only.

Customs checks and regional carrier issues can cause delays. If you need help, contact support with your order number and we will assist. Research use only.

• “Wolverine” bundle (BPC-157 + TB-500), pathway grouping for tissue-model research contexts.
• “Glow” bundle (BPC-157 + TB-500 + GHK-Cu), multi-pathway grouping for repair + ECM signalling contexts.
• “Nootropic” bundle (Selank + Semax), grouping for neuropeptide signalling research contexts.

Bundles group compounds commonly studied in adjacent research areas. They are supplied strictly for laboratory research use only.

Researchers sometimes group compounds to explore complementary pathway hypotheses in controlled models. Experimental design, controls, and analysis should be determined by qualified personnel under appropriate SOPs. Research use only.

Start with your research question, then review product identifiers, documentation, and batch COAs. If you need help locating documentation, contact support with the lot code. Research use only.

Bluewell Peptides.

We can accept returns of unopened, sealed products within the stated returns window. Contact support for the returns process and eligibility details. Research use only.

We are UK-based and fulfil from the UK. International options may be available at checkout. Research use only.

Bluewell supplies research materials with batch documentation for laboratory use. Products are not marketed as medicines, supplements, or therapeutic products. Research use only.

No. We do not sell pens, syringes, needles, or administration devices. We supply research materials only. Research use only.

Customers are responsible for ensuring purchases and use comply with local laws, regulations, and institutional policies. We reserve the right to refuse orders that suggest non-research use. Research use only.

All products are supplied for laboratory research only and are not intended for human or veterinary use, ingestion, injection, diagnosis, treatment, or prevention of disease. Orders suggesting human use may be refused. Research use only.