Kisspeptin 10mg

Researchers investigate peptide signaling pathway using kisspeptin-10 in experimental settings. Signaling pathways are sequences of molecular events that transmit information in systems. Laboratory teams explore short-sequence peptide interaction studies in controlled environments. Short-sequence peptides contain fewer amino acids than longer peptide chains. Scientists conduct controlled laboratory peptide research models under various conditions. Research groups examine how signaling peptides function in experimental frameworks. These studies occur exclusively in research settings without clinical applications.

Kisspeptin-10 is investigated in research settings for peptide signaling analysis. Scientists have studied this compound within controlled laboratory environments using standardized methods. The formulation is explored for experimental peptide signaling research in academic facilities. Researchers evaluate the peptide under controlled conditions without outcome claims.

Store kisspeptin-10 in cool, dry, light-protected conditions between 2-8°C. Light-protected conditions mean storage away from direct sunlight and intense artificial lighting. This product is intended for laboratory handling only by qualified research personnel. Qualified personnel have received appropriate training in peptide handling and storage procedures. Avoid moisture exposure as water content can affect peptide stability and quality. Avoid heat exposure above recommended temperature ranges to maintain structural integrity. Structural integrity refers to peptides maintaining their proper molecular configuration. Reconstituted solutions should follow established laboratory guidelines specific to peptide research protocols.

Each kisspeptin-10 batch undergoes comprehensive purity verification procedures through analytical testing. Analytical testing uses scientific instruments to measure peptide composition and quality. Our processes ensure batch-to-batch consistency across all research supply orders. Internal quality assurance standards follow research-grade supply positioning for peptide compounds. Research-grade supply means products meet specifications required for scientific laboratory use. Testing protocols verify peptide purity and structural characteristics using validated methods. Every unit meets our specifications before receiving distribution approval. Laboratory certificates accompany each order for institutional tracking and compliance documentation.

• CAS: 388138-21-4
• Chemical Formula: C₆₃H₈₃N₁₇O₁₄
• Molecular Weight: 1302.4 g/mol
• Peptide Sequence: Tyr-Asn-Trp-Asn-Ser-Phe-Gly-Leu-Arg-Phe-NH₂
• Synonyms: Metastin (45–54), KP-10
• Shelf life: 24 months from the manufacturing date.

Kisspeptin-10 is a short peptide sequence consisting of ten amino acids. This decapeptide represents a fragment of a larger naturally occurring peptide. Decapeptide means a peptide containing exactly ten amino acid units. Short signaling peptides are studied in research to understand molecular communication mechanisms. Molecular communication describes how cells and molecules exchange information through chemical signals. The general role of peptides in experimental laboratory models includes serving as signaling probes. Signaling probes are tools that help scientists track and measure molecular pathways. Researchers investigate how short peptide sequences trigger specific responses in controlled systems. Synthetic peptides provide consistent quality across research batches for reproducible experiments.

Kisspeptin-10 provides a short synthetic research peptide developed for scientific applications. Short synthetic peptides are manufactured compounds with fewer amino acid units. Each batch undergoes high-purity testing to ensure compound consistency across orders. The formulation is designed for controlled laboratory environments conducting signaling research. Signaling research examines how peptides transmit molecular information between cells. Secure packaging with discreet shipment protects the peptide during transit to research facilities.

Kisspeptin refers to a family of peptides encoded by the KISS1 gene, cleaved from a 145-amino acid precursor to produce bioactive fragments including Kisspeptin-54, -14, -13, and -10. All bioactive fragments share a common C-terminal decapeptide that engages the kisspeptin receptor (KISS1R/GPR54). Kisspeptin research focuses on its role as a master regulator of the hypothalamic-pituitary-gonadal (HPG) axis and its emerging roles in metabolism, cancer signalling, and cardiovascular biology.

Kisspeptin activates KISS1R (GPR54), a Gq-coupled GPCR expressed primarily in hypothalamic GnRH neurons but also in peripheral tissues including pancreatic beta cells, placenta, bone, and vascular tissue. In research, KISS1R activation is characterised using IP1 accumulation assays, intracellular calcium measurements, and ERK1/2 phosphorylation as downstream readouts in transfected cell lines and primary cell models.

Kisspeptin-10 (KP-10) contains the minimal sequence required for full KISS1R activation and is used as a research tool because its smaller size facilitates chemical synthesis, analytical characterisation, and dose titration. It has equivalent receptor potency to longer kisspeptin isoforms at KISS1R but shorter plasma half-life in biological systems. For cell-based pharmacological research, KP-10 is the standard reference agonist for KISS1R.

Kisspeptin neurons in the arcuate nucleus and anteroventral periventricular nucleus provide the primary excitatory drive to GnRH neurons, which in turn control LH and FSH release from the pituitary. In hypothalamic neuron research models, KISS1R activation by Kisspeptin depolarises GnRH neurons through Gq-mediated calcium influx and TRPC channel activation. This pathway is studied as the upstream controller of reproductive endocrine function and a potential target for research into neuroendocrine signalling.

No. Kisspeptin as supplied by Elivena is for research use in controlled laboratory settings only. It is not approved for human therapeutic or clinical use outside of formally regulated research contexts.