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We're seeing a lot of interest in this one for GLP-1 research, and what it does is hit both GIP and GLP-1 receptors, which is pretty much why most buyers go with it over single-agonist options.
The 4813 molecular weight is a beast, but it's actually handled better than you'd think in solution, and the 99.9% purity (confirmed by HPLC) means you're not dealing with fragments or truncated chains that could throw off your assays.
5mg or 10mg depending on your batch — the 10mg vials are what we usually move for most labs, but we've got 15mg too if you're scaling up. Lead time is roughly 20 days or so, but our company can push it to 12 if you're in a bind.
MOQ is 10 boxes for whlosale price (about $18-23/unit FOB), which is better than reagent grade for this type of work, and the price is locked until the end of 2025.
One thing people don't always think to ask — teh lyophilized powder is stable at room temp for shiping, but you'll want to store it at -20°C long-term, otherwise you'll lose activity within a few months.
Actually, we usually have stock on the 10mg vials, but confirm lead time for custom formulations since those go through a different batch run.
We don't have a strict MOQ on this one — you can start with as little as one box of 10 vials. Just keep in mind the FOB price is per unit, so small orders will be at the higher end of the $18–23 range.
Yes, every batch comes with a CoA showing the 99.9% purity and identity confirmation by HPLC and mass spec. Just request it with your order — no extra charge.
For standard 5mg, 10mg, or 15mg vial packs, we ship within 3–5 business days. If you need a custom dosage or different packaging, add about 7–10 days for production.
Once reconstituted, keep the solution refrigerated at 2–8°C and use within 28 days. The lyophilized powder in unopened vials is stable at room temperature for up to 2 years.
Absolutely — every vial, whether it's the 5mg, 10mg, or 15mg size, is filled from the same bulk batch with that exact molecular weight and purity. The only difference is the peptide mass per vial.
