We've been running into a wall with single-pathway GLP-1 analogs that just don't replicate the full metabolic response we're seeing in early human data, so I ordered this dual agonist to bridge that gap.

It's 99% pure by HPLC, in 10mg vials—ten vials per kit—and the CAS is 2023788-19-2, molecular weight coming in at 4813 g/mol give or take a few, which is consistent with what we've seen from other high-purity lots we've validated.

What it does is hit both GIP and GLP-1 receptors simultaneously, and from COAs we've reviewed the batch-to-batch consistency is tighter than what we get from some competitor sources (usually within 0.5% purity variance or so). The appearance is a fine white powder, not clumpy, which matters for reconstitution—some of the cheaper stuff we've tested leaves visible aggregates.

Actually, for our in vitro work teh dual mechanism is pretty much essential if we want to compare against the single-agonist controls we've already run; it's not going to be suited for any in vivo protocols at this concentration range since the MOQ is pre-filled kits only.

We're getting it in roughly 2-3 weeks form order, EC number 200-001-8 is listed on the spec sheet but I'd confirm that's the batch identifier if you're logging it into inventory seperately. We usually have stock at this volume, but confirm lead time for anything above 50 vials.
Yes, every batch is tested to ensure 99% purity minimum, and we include a Certificate of Analysis with each order so you can verify the specs yourself.
We require a minimum order of 1 kit (10 vials) for standard orders, but if you need more, we can discuss MOQ for larger quantities.
Lead time is usually 3–5 business days for processing, then shipping takes 5–15 days depending on your location and courier.
Absolutely—we provide HPLC and MS reports from third-party labs upon request. Just ask your sales rep for the latest batch report.
Store it in a cool, dry place away from light. Once reconstituted, keep it refrigerated at 2–8°C and use within the recommended window to avoid degradation.