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. 2018 Sep 8;11(1):51–67. doi: 10.1002/dta.2464

Table 3.

List of samples with one or more metabolites above limit of confirmation (LOC)

Sample Number Metabolite I Conc. (ng/mL) Metabolite II Conc. (ng/mL) Metabolite III Conc. (ng/mL) Metabolite IV Conc. (ng/mL) Consistent with Intake of
1 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 0.48 JWH‐073 N‐butanoic acid < LOCa JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
2 5F‐PB‐22 3‐carboxyindole 4.8 5F‐PB‐22 or 5F‐MDMB‐PICA
3 AB‐FUBINACA M3 2300 AKB‐48 N‐pentanoic acid 14 AKB‐48‐hydroxy met.c 29d 5F‐AKB‐48‐hydroxy met.b e AB‐FUBINACA (or AMB‐FUBINACA or EMB‐FUBINACA) and 5F‐AKB‐48
4 AB‐FUBINACA M3
 
BB‐22 3‐carboxyindole
1400
 
12
AKB‐48 N‐pentanoic acid 6 AKB‐48‐hydroxy met.c 13d 5F‐AKB‐48‐hydroxy met.b e AB‐FUBINACA (or AMB‐FUBI9NACA or EMB‐FUBINACA), 5F‐AKB‐48 and BB‐22 (or MDMB‐CHMICA or ADB‐CHMICA)
5 AB‐FUBINACA M3 5.2 AKB‐48 N‐pentanoic acid 1 AKB‐48 N‐(5‐hydroxypentyl) 0.48 5F‐AKB‐48‐hydroxy met.b e AB‐FUBINACA (or AMB‐FUBINACA or EMB‐FUBINACA) and 5F‐AKB‐48
6 AKB‐48 N‐pentanoic acid 1.3 AKB‐48 N‐(5‐hydroxypentyl) 0.88 5F‐AKB‐48‐hydroxy met.b e 5F‐AKB‐48
7 AB‐FUBINACA M3 340 AB‐FUBINACA or AMB‐FUBINACA or EMB‐FUBINACA
8 AB‐FUBINACA M3 800 AKB‐48 N‐pentanoic acid 0.68 AKB‐48‐hydroxy met.c 18.6d 5F‐AKB‐48‐hydroxy met.b e AB‐FUBINACA (or AMB‐FUBINACA or EMB‐FUBINACA) and 5F‐AKB‐48
9 5F‐PB‐22 3‐carboxyindole 8.9 5F‐PB‐22 or 5F‐MDMB‐PICA
10 AB‐FUBINACA M3 1.35 AKB‐48 N‐pentanoic acid 0.28 AB‐FUBINACA (or AMB‐FUBINACA or EMB‐FUBINACA) together with 5F‐AKB‐48 or AKB‐48
11 5F‐PB‐22 3‐carboxyindole 4.9 5F‐PB‐22 or 5F‐MDMB‐PICA
12 JWH‐018 N‐pentanoic acid 0.78 JWH‐018 N‐(5‐hydroxypentyl) < LOC JWH‐073 N‐butanoic acid 0.82 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
13 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 8.7 JWH‐073 N‐butanoic acid < LOCa JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
14 JWH‐018 N‐pentanoic acid 1.6 JWH‐018 N‐(5‐hydroxypentyl) 1.6 JWH‐073 N‐butanoic acid 2.2 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
15 JWH‐018 N‐pentanoic acid 3.5 JWH‐018 N‐(5‐hydroxypentyl) 0.87 JWH‐073 N‐butanoic acid 2.7 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
16 JWH‐018 N‐pentanoic acid 10 JWH‐018 N‐(5‐hydroxypentyl) 2.3 JWH‐073 N‐butanoic acid 12 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
17 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 2.0 JWH‐073 N‐butanoic acid < LOCa JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
18 JWH‐018 N‐pentanoic acid < LOC JWH‐018 N‐(5‐hydroxypentyl) 0.32 JWH‐073 N‐butanoic acid 0.57 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
19 JWH‐018 N‐pentanoic acid 0.50 JWH‐018 N‐(5‐hydroxypentyl) 0.58 JWH‐073 N‐butanoic acid 0.67 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
20 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 0.28 JWH‐073 N‐butanoic acid < LOCa JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
21 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 0.46 JWH‐073 N‐butanoic acid < LOCa JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
22 JWH‐018 N‐pentanoic acid < LOCa JWH‐018 N‐(5‐hydroxypentyl) 0.42 JWH‐073 N‐butanoic acid 0.52 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018 in a mix with JWH‐073 or alone
23 JWH‐018 N‐(5‐hydroxypentyl) 0.39 JWH‐018 N‐(4‐hydroxypentyl)b e JWH‐018
a

Analyte detected but in a concentration below the LOC.

b

Based on subsequent identification with additional reference substances.

c

Hydroxylated on the adamantyl ring.

d

Based on AKB‐48 N‐(5‐hydroxypentyl) calibration.

e

Not quantified.