DSIP
Nine residues, tryptophan first and rich in glycine, synthesized to a sequence isolated in Basel in 1977. 10 mg.
For laboratory research use only. Not for human consumption.
Laboratory reports for this material →- Lot numbered
- Independent lab
- Report you can check
- Ships tracked
- Sealed vial
Specs
- Catalog number
- PUR-DSIP-10
- CAS number
- 62568-57-4
- Molecular formula
- C35H48N10O15
- Molecular weight
- 848.8 g/mol
- Sequence
- Trp-Ala-Gly-Gly-Asp-Ala-Ser-Gly-Glu
- Supplied as
- Freeze-dried powder
- Strength
- 10 mg per vial
- Purity
- See the lot's laboratory report
- Storage
- Store at −20 °C (−4 °F), away from light.
Laboratory report
Scroll down to the reports section for the current lot: the laboratory that ran it, the methods used, each result in the laboratory's own words, and the reference for opening the original. Ask us by email for a safety data sheet.
Storage
Store at −20 °C (−4 °F), away from light.
Shipping
Orders below $150.00 pay a flat $10 for shipping; at $150.00 and above, shipping is free. A tracking number follows by email as soon as the parcel is on its way. We ship within the continental USA only.
Laboratory reports.
Every figure below is transcribed from the laboratory's own document, and every card shows how to pull up the original with that laboratory. Two kinds of report appear here: a lot verification, which tests the very lot printed on the vial, and a reference report, an outside test of the batch the manufacturer made.
No report for this strength's current lot is on this page yet. Every report we have published sits in the library on the Lab reports page, each with the reference to check it at the laboratory.
DSIP.
DSIP is a nonapeptide that opens with tryptophan and includes three glycines among its nine positions. Nothing about the sequence stands out on paper, yet where it comes from in nature is still argued over in the literature almost fifty years on.
Marcel Monnier and Guido Schoenenberger isolated it in Basel in 1977, working from rabbit cerebral blood. The PuraCore material is not isolated from anything: it is built by solid-phase synthesis and supplied as 10 mg of freeze-dried powder.
PuraCore offers no advice on how any material is used, prepared or applied. Deciding whether it fits your research rests with you or your institution.
- Class
- Nonapeptide
- First described
- 1977, Basel
- Length
- 9 residues
- Notable
- Three glycines in nine positions
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