Kisspeptin-10 — wholesale, research grade

Per vial, USD

Kisspeptin-10 is quoted rather than listed. It is synthesized against your order, so the rate depends on quantity and fill weight — send the sheet and a person calls you back with a figure and a date.

Ordering at volume

This is a made-to-order line, which changes the buying question from "what is on the shelf" to "what am I committing to". Nothing is held; a quantity is synthesized against a signed order, and the scale chosen for that run follows the quantity you commit to. Small commitments carry the fixed cost of a run across few vials and large ones spread it, which is why no ladder is published here and every quantity is quoted in writing instead.

Fill is settled the same way. There is no listed vial size on this line, so the quantity, the fill and the rate are agreed together in one written quote rather than assembled from a catalog row. That is worth planning around: a made-to-order line rewards deciding a full year of demand at once, because a second order later is a second synthesis with its own schedule and its own economics.

Lead time is longer than on stocked lines and is confirmed with the quote, not estimated from a published average. The advantage is that a single run generally covers the whole commitment, so one lot and one certificate sit behind every vial you receive. Documentation is identical to the stocked catalog — lot-specific certificate on request, safety data sheet on request, lot number printed on the vial. See made to order for how the depth is handled generally.

Specification

Compound

Kisspeptin-10

CAS number

374675-21-5

Formula

C₆₃H₈₃N₁₇O₁₄

Molecular weight

1,302.45 g/mol

PubChem CID

25240297

Form

Lyophilized powder, sealed vial

Fill weights

Quoted to order

Stock depth

Made to order — Synthesized against your order. Longer lead time, same documentation.

Intended use

Laboratory research only. Not for human or veterinary use.

What the material is

Kisspeptin-10 is a synthetic peptide of ten residues finishing in a C-terminal amide rather than a free acid — a decapeptide amide, at 1,302.45 g/mol. Ten residues puts it at the upper end of what is still comfortably a short chain: long enough that the synthesis is a real run rather than a quick one, short enough that it carries no folding of consequence and no lipid or metal.

It is packed as an off-white freeze-dried solid in a crimp-sealed glass vial. Because the line is made against the order rather than drawn from shelf stock, the vial size is part of what is agreed in the quote and is printed on the documents that travel with the shipment. Nothing about the presentation departs from the stocked catalog: the same glass, the same closure, and a lot number printed on every vial.

Storage and reconstitution

Frozen storage at −20 °C, dry and dark, is where sealed vials belong. Lyophilized material of this kind holds up over long periods under seal, which matters more here than on a stocked line: a made-to-order quantity arrives at once and is often drawn down over many months rather than replaced from shelf every few weeks.

The solid takes up water, or the aqueous buffer an assay calls for, and should give a clear solution. Dissolved peptide keeps far less well than the sealed cake does, so it is held cold, kept dark, and portioned out for single draws before anything goes back into the freezer; freeze-thaw cycles are the usual cause of loss.

Buying questions