Among the drugs targeting microtubule functions by interfering with tubulin subunits, epothilones represent a class of anticancer agents which recently entered clinical development. Although epothilones share mechanisms of action similar to taxanes, they have non-overlapping mechanisms of resistance; in particular, while overexpression of class III β-tubulin plays a major role in taxane resistance, epothilones display their highest efficacy in class III β-tubulin overexpressing malignancies. Three compounds belonging to this family (patupilone, ixabepilone and sagopilone), have been actively investigated in clinical trials, and some of them are at an advanced stage of development. This review provides a comprehensive analysis of the availab...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
The epothilones are a novel class of antineoplastic agents possessing antitubulin activity. The comp...
The discovery of the antineoplastic agent paclitaxel and its unique activity as a microtubule-stabil...
Microtubules are important cellular targets for anticancer therapy because of their key role in mito...
Taxanes have been broadly used in the treatment of breast cancer. However, the majority of initially...
Taxanes have been broadly used in the treatment of breast cancer. However, the majority of initially...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
The epothilones are a novel class of antineoplastic agents possessing antitubulin activity. The comp...
The discovery of the antineoplastic agent paclitaxel and its unique activity as a microtubule-stabil...
Microtubules are important cellular targets for anticancer therapy because of their key role in mito...
Taxanes have been broadly used in the treatment of breast cancer. However, the majority of initially...
Taxanes have been broadly used in the treatment of breast cancer. However, the majority of initially...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones and their analogues are a new class of anticancer agents deriv...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...
International audienceThe epothilones are a new class of non-taxane tubulin polymerization agents ob...