-
M-259-1ML
(â–’)-METHAMPHETAMINE-13C6 HCL
Price: $503.09List Price: $558.99(â–’)-METHAMPHETAMINE-13C6 HCL -
A431613-500mg
(Acetylacetonato)(1,5-cyclooctadiene)iridium(I)
Price: $687.04List Price: $763.38ApplicationUmicore Precatalysts for Asymmetric and Cross-Coupling Catalysis. -
S131714-1g
(Acetylthio)acetic Acid (C007B-263287)
Price: $59.80List Price: $66.44(Acetylthio)acetic Acid. -
S131714-250mg
(Acetylthio)acetic Acid (C007B-263288)
Price: $19.80List Price: $22.00(Acetylthio)acetic Acid. -
S131714-25g
(Acetylthio)acetic Acid (C007B-263289)
Price: $618.93List Price: $687.70(Acetylthio)acetic Acid. -
S131714-5g
(Acetylthio)acetic Acid (C007B-263290)
Price: $197.13List Price: $219.04(Acetylthio)acetic Acid. -
10007527-100
(ñ)14(15)-EpEDE-100 g
Price: $413.27List Price: $459.19An EpEDE acid formed from DGLA, either by a strong oxidizing agent or by cytochrome P450 epoxygenases biological properties are poorly understood. -
10007527-25
(ñ)14(15)-EpEDE-25 g
Price: $158.10List Price: $175.67An EpEDE acid formed from DGLA, either by a strong oxidizing agent or by cytochrome P450 epoxygenases biological properties are poorly understood. -
10007527-50
(ñ)14(15)-EpEDE-50 g
Price: $258.38List Price: $287.09An EpEDE acid formed from DGLA, either by a strong oxidizing agent or by cytochrome P450 epoxygenases biological properties are poorly understood. -
10007527-500
(ñ)14(15)-EpEDE-500 g
Price: $1,710.53List Price: $1,900.59An EpEDE acid formed from DGLA, either by a strong oxidizing agent or by cytochrome P450 epoxygenases biological properties are poorly understood. -
13566-1
(ÃÆâ±)-Warfarin-1 g
Price: $87.54List Price: $97.27A racemic mixture of two optically active isomers, the R and S forms has a half-life of 36-42 hours in circulation, bound to plasma proteins, and accumulates in the liver, where the two isomers are metabolized by different pathways also used as a -
10462-100
(ÃÆâ±)11(12)-EpETE-100 ÃÆâ¦g
Price: $413.27List Price: $459.19An epoxygenase pathway product produced from EPA by CYP450 both in vitro and in vivo its effects of remain to be determined.