Cell Line Lysates
GIBCO™ Rat (Sprague Dawley) S9 Fractions
Liver S9 fractions prepared from a pool of male Sprague Dawley rats. Total protein concentration: 20mg/mL
BD Jurkat Cell Lysate
Convenient to use and useful control for western blotting application
Invitrogen™ Human BSEP Vesicles
Human BSEP Vesicles are insect derived purified plasma membranes with inserted BSEP transport protein (bile salt export pump, ABCB11). Our Human BSEP Vesicles can be used to evaluate test compounds and drug interactions with BSEP in in vitro assays.
GIBCO™ Mouse (CD-1) Microsomes
Liver microsomes prepared from a pool of male CD-1 mice. Total protein concentration: 20mg/mL.
MilliporeSigma™ Novagen™ λDE3 plus pLysS and pLysE Lysogenization Kit
Designed for site-specific integration of λDE3 prophage into E. coli host cell chromosome. MilliporeSigma™; Novagen™ λDE3 plus pLysS and pLysE Lysogenization Kit is designed such that the lysogenized host can be used to express target genes cloned in pET vectors.
Invitrogen™ Monkey MRP2 Vesicles
Monkey MRP2 Vesicles are insect derived purified plasma membranes with inserted MRP2 transport protein (multidrug resistance-associated protein, ABCC2). Our Monkey MRP2 Vesicles can be used to evaluate test compounds and drug interactions with MRP2 in in vitro assays.
Novus Biologicals™ Brain Basal Ganglia Tissue Slides (Adult Normal)- Paraffin
This product is for research use only and is not approved for use in humans or in clinical diagnosis.
Invitrogen™ Human BCRP Vesicles
Human BCRP Vesicles are insect derived purified plasma membranes with inserted BCRP transport protein (Breast Cancer Resistance Protein, ABCG2). Our Human BCRP Vesicles can be used to evaluate test compounds and drug interactions with BCRP in in vitro assays.
Invitrogen™ Human MRP1 Vesicles
Human MRP1 Vesicles are insect derived purified plasma membranes with inserted MRP1 transport protein (multidrug resistance-associated protein 1, ABCC1). Our Human MRP1 Vesicles can be used to evaluate test compounds and drug interactions with MRP1 in in vitro assays.