PACLITAXEL FROM TAXUS YANNANENSIS
Paclitaxel, Taxus yannanensis, >= 97 % HPLC, powder
DIGITOXIN CRYSTALLINE
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, MULTI-DRUG RESISTANCE, DRUG EFFLUX PUMPS
BENZYDAMINE N-OXIDE HYDROGEN MALEATE
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, SUBSTRATES
DL-BUTHIONINE-(S,R)-SULFOXIMINE
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, SUBSTRATES
SEMI-SYMTHETIC PACLITAXEL (NON-CELL- CUL TURE)
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, SUBSTRATES
3-CYANO-7-ETHOXYCOUMARIN
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, SUBSTRATES
S9 FROM LIVER, POOLED FROM MALE MONKEY (
CELL SIGNALLING, PROTEINS & PEPTIDES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, RESEARCH TOOLS
(S)-(+)-MEPHENYTOIN
CELL SIGNALLING, SMALL MOLECULES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, SUBSTRATES
CYTOCHROME P450 CYP4F3B ISOZYME*MICROSOMES, HUMAN C
CELL SIGNALLING, PROTEINS & PEPTIDES, MULTI-DRUG RESISTANCE & DRUG METABOLISM, DRUG AND XENOBIOTIC METABOLISM, OXIDATIVE PATHWAY
MRP2-MEMBRANE PREPARATION, HUMAN
MRP2 human, membrane preparation, for Vesicular Transport, Sf9 cells