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VAQORACHEMICALS
Grade guide

Deuterated & Stable-Isotope-Labelled Compounds chemicals

Compounds enriched with deuterium, ¹³C or ¹⁵N for use as internal standards in mass spectrometry, NMR solvents and mechanistic or metabolic studies.

1,488 Deuterated & Stable-Isotope-Labelled Compounds products

Reference Standard
Nabilone-d6 chemical structure
Nabilone-d6
CAS
1217858-47-3
Formula
C24H36O3
MW
378.6 g/mol
VQ-044227
Reference Standard
Nabumetone-d3 chemical structure
Nabumetone-d3
CAS
1216770-08-9
Formula
C15H16O2
MW
231.3 g/mol
VQ-032044
Reference Standard
Nafronyl-d4 chemical structure
Nafronyl-d4
CAS
1215649-28-7
Formula
C24H33NO3
MW
387.5 g/mol
VQ-038543
Reference Standard
Nalmefene-d3
Nalmefene-d3
CAS
2387505-61-3
Formula
C21H22D3NO3
MW
342.45 g/mol
VQ-043427
Reference Standard
Naltrexol-d4 chemical structure
Naltrexol-d4
CAS
1279034-32-0
Formula
C20H25NO4
MW
347.4 g/mol
VQ-038551
Reference Standard
Naphthalene-d8 chemical structure
Naphthalene-d8
CAS
1146-65-2
Formula
C10H8
MW
136.22 g/mol
VQ-041180
Reference Standard
Naratriptan-d3 chemical structure
Naratriptan-d3
CAS
1190043-69-6
Formula
C17H25N3O2S
MW
338.5 g/mol
VQ-032071
Reference Standard
Nateglinide-d5 chemical structure
Nateglinide-d5
CAS
1227666-13-8
Formula
C19H27NO3
MW
322.5 g/mol
VQ-043430
Reference Standard
Nebivolol D4
Nebivolol D4
CAS
2124271-47-0
Formula
C22H21D4F2NO4
MW
409.5 g/mol
VQ-038575
Reference Standard
Nepafenac-d5 chemical structure
Nepafenac-d5
CAS
1246814-53-8
Formula
C15H14N2O2
MW
259.31 g/mol
VQ-032105
Reference Standard
Neratinib-d6 chemical structure
Neratinib-d6
CAS
1259519-18-0
Formula
C30H29ClN6O3
MW
563.1 g/mol
VQ-026871
Reference Standard
Netupitant-d6 chemical structure
Netupitant-d6
CAS
2070015-31-3
Formula
C30H32F6N4O
MW
584.6 g/mol
VQ-032107
Reference Standard
Nevirapine-d3 chemical structure
Nevirapine-d3
CAS
1051419-24-9
Formula
C15H14N4O
MW
269.32 g/mol
VQ-032112
Reference Standard
Nevirapine-d4 chemical structure
Nevirapine-d4
CAS
1051418-95-1
Formula
C15H14N4O
MW
270.32 g/mol
VQ-032111
Reference Standard
Niclosamide-13C6 chemical structure
Niclosamide-13C6
CAS
1325808-64-7
Formula
C13H8Cl2N2O4
MW
333.07 g/mol
VQ-038604
Reference Standard
Nicorandil-d4 chemical structure
Nicorandil-d4
CAS
1132681-23-2
Formula
C8H9N3O4
MW
215.2 g/mol
VQ-032127
Reference Standard
Nicotinamide-d4 chemical structure
Nicotinamide-d4
CAS
347841-88-7
Formula
C6H6N2O
MW
126.15 g/mol
VQ-038610
Reference Standard
Nicotine D7 chemical structure
Nicotine D7
CAS
1219805-86-3
Formula
C10H14N2
MW
169.27 g/mol
VQ-049238
Reference Standard
Nicotine-d3 chemical structure
Nicotine-d3
CAS
69980-24-1
Formula
C10H14N2
MW
165.25 g/mol
VQ-038618
Reference Standard
Nicotinic Acid-d4 chemical structure
Nicotinic Acid-d4
CAS
66148-15-0
Formula
C6H5NO2
MW
127.13 g/mol
VQ-038629

FAQs

How much mass difference should an internal standard have?

At least 3 Da is a common rule of thumb, so that the analyte's natural isotope peaks do not interfere with the internal standard signal.

What is isotopic enrichment?

The percentage of atoms at the labelled positions that are the heavy isotope, for example 99 atom % D.

Are deuterated compounds radioactive?

No. Deuterium, carbon-13 and nitrogen-15 are stable isotopes. Radioactive labels such as tritium or carbon-14 are a separate category.

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