Resistance to chemotherapeutic agents (Multidrug Resistance or MDR) is characterized by the overexpression of membrane ABC proteins, such as MRP1 and ABCG2. These transporters decrease intracellular concentrations of chemotherapeutic agents by increasing their efflux from the cancer cell. In order to find effective modulators of drug resistance, we have designed, synthesized and investigated MRP1 activators and ABCG2 inhibitors. We designed and synthesized new derivatives of flavonoids and verapamil as activators of MRP1. These activators are capable of inducing a rapid and massive efflux of intracellular glutathione via MRP1 and causing cells death by apoptosis. We have also designed and synthesized new compounds, derivatives of chromone, ...
Multidrug resistance (MDR) is often a major impediment to successful chemotherapy in the treatment o...
La Multidrug resistance Protein 1 (MRP1) est impliquée dans le phénotype de résistance multiple aux ...
In this thesis, the use of flavonoids for inhibition of two important players in the glutathione rel...
Resistance to chemotherapeutic agents (Multidrug Resistance or MDR) is characterized by the overexpr...
Resistance to chemotherapeutic agents (Multidrug Resistance or MDR) is characterized by the overexpr...
La résistance aux agents chimiothérapeutiques (Multidrug Resistance ou MDR) est caractérisée par la ...
La résistance aux agents chimiothérapeutiques (Multidrug Resistance ou MDR) est caractérisée par la ...
La résistance à de multiples drogues anticancéreuses (Multidrug Resistance ou MDR) est actuellement ...
Resistance to chemotherapy is partly due to efflux pumps expressed in the plasma membrane, which pre...
The acquisition of cancer resistance phenotype is mostly correlated to the expression of membrane tr...
La surexpression de pompes d'efflux par les cellules cancéreuses permet l'élimination d'agents cytot...
La surexpression de pompes d'efflux par les cellules cancéreuses permet l'élimination d'agents cytot...
ABCB1, ABCC1 and ABCG2 are the 3 human ABC transporters mainly involved in chemoresistance of some c...
Multidrug resistance is a major obstacle in cancer chemotherapy. Cancer cells efflux chemotherapeuti...
ABC transporters are a family of transmembrane proteins that serve multiple physiological functions ...
Multidrug resistance (MDR) is often a major impediment to successful chemotherapy in the treatment o...
La Multidrug resistance Protein 1 (MRP1) est impliquée dans le phénotype de résistance multiple aux ...
In this thesis, the use of flavonoids for inhibition of two important players in the glutathione rel...
Resistance to chemotherapeutic agents (Multidrug Resistance or MDR) is characterized by the overexpr...
Resistance to chemotherapeutic agents (Multidrug Resistance or MDR) is characterized by the overexpr...
La résistance aux agents chimiothérapeutiques (Multidrug Resistance ou MDR) est caractérisée par la ...
La résistance aux agents chimiothérapeutiques (Multidrug Resistance ou MDR) est caractérisée par la ...
La résistance à de multiples drogues anticancéreuses (Multidrug Resistance ou MDR) est actuellement ...
Resistance to chemotherapy is partly due to efflux pumps expressed in the plasma membrane, which pre...
The acquisition of cancer resistance phenotype is mostly correlated to the expression of membrane tr...
La surexpression de pompes d'efflux par les cellules cancéreuses permet l'élimination d'agents cytot...
La surexpression de pompes d'efflux par les cellules cancéreuses permet l'élimination d'agents cytot...
ABCB1, ABCC1 and ABCG2 are the 3 human ABC transporters mainly involved in chemoresistance of some c...
Multidrug resistance is a major obstacle in cancer chemotherapy. Cancer cells efflux chemotherapeuti...
ABC transporters are a family of transmembrane proteins that serve multiple physiological functions ...
Multidrug resistance (MDR) is often a major impediment to successful chemotherapy in the treatment o...
La Multidrug resistance Protein 1 (MRP1) est impliquée dans le phénotype de résistance multiple aux ...
In this thesis, the use of flavonoids for inhibition of two important players in the glutathione rel...