RP Peptides — Research Collection
RP's most premium product range.
Research-grade compounds synthesised to the highest standards of purity, potency, and scientific integrity. For laboratory use only.
A synthetic peptide representing amino acids 176–191 of growth hormone, utilised in controlled studies of lipid metabolism and adipocyte signalling. Investigated for its selective interaction with lipolytic pathways in preclinical models. Produced for precision-focused research applications.
A tripeptide composed of glutamate, cysteine, and glycine, utilised in controlled studies of cellular redox balance and oxidative pathways. Investigated for its role in antioxidant activity and intracellular signalling across biochemical models. Produced for precision-focused research applications.
A synthetic tetrapeptide composed of alanine, glutamic acid, aspartic acid, and glycine, utilised in controlled studies of cellular regulation and biological signalling. Investigated for its role in genomic stability and telomere-associated mechanisms across preclinical models. Produced for precision-focused research applications.
A synthetic oligopeptide derived from angiotensin IV, utilised in controlled studies of synaptic signalling and neurobiological pathway modelling. Investigated for its interaction with HGF/c-Met receptor activity and its role in synaptogenesis within preclinical systems. Produced for precision-focused research applications.
A small molecule compound utilised in controlled studies of metabolic regulation and enzymatic pathway activity. Investigated for its interaction with NNMT inhibition and downstream effects on cellular energy dynamics in preclinical models. Produced for precision-focused research applications.
A synthetic 83-amino acid analogue of insulin-like growth factor-1, utilised in controlled studies of cellular signalling and growth factor pathways. Investigated for its reduced binding to IGF-binding proteins and prolonged biological activity in preclinical models. Produced for precision-focused research applications.
A synthetic phenothiazine compound utilised in controlled studies of cellular redox processes and mitochondrial electron transport. Investigated for its role as an alternative electron carrier and its interaction with oxidative pathways in biochemical models. Produced for precision-focused research applications.
A synthetic small-molecule compound classified as a triple monoamine reuptake inhibitor, utilised in controlled studies of central neurotransmitter regulation. Investigated for its interaction with dopamine, serotonin, and norepinephrine transport systems in metabolic and neurobiological models. Produced for precision-focused research applications.
A multi-component peptide formulation combining GHK-Cu, BPC-157, TB4, and KPV, utilised in controlled studies of multi-pathway cellular signalling and peptide interaction dynamics. Investigated for its role in extracellular matrix modulation, inflammatory signalling, and structural peptide behaviour within preclinical models. Produced for precision-focused research applications.
A synthetic peptide derived from the p53 HDM-2 binding domain, utilised in controlled studies of tumour cell membrane interactions and oncogenic signalling pathways. Investigated for its selective binding to membrane-associated HDM-2 and induction of transmembrane pore formation in preclinical models. Produced for precision-focused research applications.
A mitochondrial-derived peptide encoded within the MT-RNR2 gene, utilised in controlled studies of cellular stress response and metabolic signalling pathways. Investigated for its cytoprotective role and interaction with oxidative stress and apoptotic mechanisms in preclinical models. Produced for precision-focused research applications.
A synthetic small-molecule ERR agonist utilised in controlled studies of mitochondrial function and energy metabolism pathways. Investigated for its role in activating estrogen-related receptor signalling and exercise-mimetic responses in preclinical models. Produced for precision-focused research applications.
