CIL

Non-canonical Amino Acid Mix

Product Description

The non-canonical amino acid mix (cat no. MSK-NCAA) is a dried down mix comprising 7 13C and/or 15N-labelled metabolites. These labelled amino acids can function as standards in qualitative and/or quantitative exercises in MS metabolomics.

Safety Information

HazardousImage

Signal Word:

Warning

Hazard Statement:

Causes skin irritation

Causes serious eye irritation

May cause respiratory irritation

Product Code: MSK-NCAA Categories: ,
UOM 1 Vial
Shipping and Returns

Shipping and Delivery
UK mainland delivery (up to 15kg) - £19
UK mainland delivery (over 15kg) - Please request quote
Northern Ireland and International delivery - Please request quote
Hazardous goods delivery - Please request quote

Shipping timeframes are estimated and subject to change. Stock orders will be despatched within 1 to 2 working days. Any significant deviation from stated lead times will be communicated using the order contact information provided. A tracking number and proof of delivery is available for all orders.

Returns and Exchange
If wishing to return a product, please notify us within 7 days of receipt of the order. Full returns policy available here.

Additional Information

Safety Data Sheet

  • Catalogue Number: MSK-NCAA
  • Product Description: Non-canonical Amino Acid Mix
  • Storage Conditions: Store refrigerated (2 to 8°C). Protect from light.
  • Recommended Retest: 2 years from date of manufacture
  • Intended Use: For Research Use Only. Not for use in diagnostic procedures.
Compound Description* (Isotopic Label, Enrichment) Concentration (mM)
β-Alanine (13C3, 98%; 15N, 96%) 2.50
L-Azidohomoalanine∙HCl (1,2,3,4-13C4, 99%; 2,4-15N2, 98%) 2.50
L-Citrulline (1,2,3,4,5-13C5, 98%) 2.50
L-Dopa (1-13C, ring-13C6, 99%) 2.50
L-Homoarginine∙HCl (13C7, 98%; 15N4, 98%) 2.50
L-Ornithine∙HCl (13C5, 99%) 2.50
Sarcosine∙HCl (13C3, 99%; 15N, 98%) 2.50
* Chemical purity (CP) is 98% or greater, unless otherwise specified. CPs are based upon HPLC and/or quantitative NMR analysis of the neat material. Each CP is accounted for in calculating the compound concentration for formulation. Concentrations are achieved by reconstituting the dried down mix in 1 mL of solvent.