Core Peptides UK research catalogue

A research peptide studied in preclinical models involving GLP-1, GIP, and glucagon receptor signalling pathways.

A Retatrutide research-use pen presentation containing the 30mg format for laboratory research handling.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A 10ml bacteriostatic water research consumable containing 0.9% benzyl alcohol for laboratory handling workflows.

A research peptide studied in preclinical models involving GLP-1 and GIP receptor signalling pathways.

An 80mg research blend containing GHK-Cu, KPV, TB-500, and BPC-157 for laboratory studies involving cellular signalling, matrix pathways, and peptide-combination models.

A 10mg two-compound powder blend containing 5mg BPC-157 and 5mg TB-500 for documented laboratory research.

A prepared 3ml refill-cartridge presentation for the same documented research context as the klow powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A prepared 3ml refill-cartridge presentation for the same documented research context as the retatrutide powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A triple-strength 30mg refill cartridge containing 15mg BPC-157 and 15mg TB-500 in a prepared 3ml format.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A copper-binding peptide studied in laboratory models involving extracellular-matrix signalling, collagen-associated pathways, and analytical peptide comparison.

Listed for laboratory research use only, with product handling, batch, and COA details kept together for traceability.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A triple-strength 30mg Wolverine pen kit containing 15mg BPC-157 and 15mg TB-500.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A synthetic peptide referenced in laboratory studies involving melanocortin receptor signalling and controlled receptor-response models.

An empty reusable pen and carry case for compatible research-use cartridge handling and storage organisation.

Assembled to order from current components and supplied with the reusable black pen and case shown.

A research peptide commonly referenced in laboratory literature involving sleep-associated signalling, peptide stability, and analytical comparison models.

A prepared 3ml refill-cartridge presentation for the same documented research context as the dsip powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A short synthetic peptide used in laboratory research involving cellular ageing pathways, telomere-associated models, and peptide stability.

A prepared 3ml refill-cartridge presentation for the same documented research context as the epithalon powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A prepared 3ml refill-cartridge presentation for the same documented research context as the ghk-cu powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A 10mg MOTS-c research-use powder vial for laboratory studies involving mitochondrial signalling and peptide reference workflows.

A prepared 3ml refill-cartridge presentation for the same documented research context as the mots-c powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A prepared 3ml refill-cartridge presentation for the same documented research context as the pt-141 powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A synthetic peptide used in laboratory research involving neuropeptide signalling, peptide stability, and analytical comparison models.

A prepared 3ml refill-cartridge presentation for the same documented research context as the semax powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A prepared 3ml refill-cartridge presentation for the same documented research context as the tirzepatide powder vial.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.

A research peptide commonly referenced in laboratory literature involving sleep-associated signalling, peptide stability, and analytical comparison models.

A short synthetic peptide used in laboratory research involving cellular ageing pathways, telomere-associated models, and peptide stability.

A copper-binding peptide studied in laboratory models involving extracellular-matrix signalling, collagen-associated pathways, and analytical peptide comparison.

An 80mg research blend containing GHK-Cu, KPV, TB-500, and BPC-157 for laboratory studies involving cellular signalling, matrix pathways, and peptide-combination models.

A 10mg MOTS-c research-use powder vial for laboratory studies involving mitochondrial signalling and peptide reference workflows.

A synthetic peptide referenced in laboratory studies involving melanocortin receptor signalling and controlled receptor-response models.

A research peptide studied in preclinical models involving GLP-1, GIP, and glucagon receptor signalling pathways.

A synthetic peptide used in laboratory research involving neuropeptide signalling, peptide stability, and analytical comparison models.

A research peptide studied in preclinical models involving GLP-1 and GIP receptor signalling pathways.

Listed for laboratory research use only, with product handling, batch, and COA details kept together for traceability.

A KLOW research-use pen presentation containing the 80mg blend format for laboratory research handling.

Made to order from batch-tracked components. Prepared presentations are not held pre-filled: preparation takes place after ordering to minimise time in the prepared state before dispatch. Refrigerate at 2-8 C and protect from light on receipt. Stability depends on the compound, preparation and storage conditions; retain the supplied batch documentation.