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Depending on the batch size you're running, 10mg per vial might be exactly what you need to split across dosing curves, but our company can adjust that concentration or the vial count if your protocol calls for something different, it's actually one of the main reasons labs welcome to contact us for custom synthesis in the first place.
CAS 2023788-19-2 is the MW 4813.45 g/mol dual GIP/GLP-1 agonist that a lot of type 2 diabetes studies are built around now, and teh PEG-modified lysine side chain is what keeps solubility manageable even at the higher concentrations some researchers push for.
What you'll get when ordering is a at ≥99.9% purity verified by HPLC, shipped in cold chain at 2-8°C with light protection, and if you need a different label format or box quantty that's typically fine so long as we know your MOQ upfront.
Pharmaceutical grade doesn't matter much for basic binding assays but it gives tighter tolerance on residual solvents than reagent grade would, and (having handled a few hundred vials of this) cake consistency is usually more uniform when purity holds above 99.9%.
Anyway, storage is straightforward at 2-8°C and protected form light, but we usually have stock so confirm lead time if you're ordering more than 50 vials or so, lead time can stretch to 20 days give or take for custom labeling.
Our MOQ is one box of 10 vials, so 100mg total. If you need less, we can't break the box, but for study-scale orders that's usually plenty.
Yes, every batch comes with a CoA showing HPLC purity, mass spec confirmation, and residual solvent data. Just request it with your order.
We stick with 10mg/vial in 10-vial boxes as standard. Custom packaging is possible for larger bulk orders, but for this product size we don't offer single-vial options.
We usually ship within 3-5 business days after order confirmation and payment. If you need it faster, we can rush it in 2 days for a small fee.
We ship it with ice packs in insulated containers to keep it at 2-8°C. Once you get it, store it in a fridge away from light—don't freeze it, as that can damage the peptide.
