The antimitotic agent paclitaxel continues to play an important role in the cancer chemotherapy. However, its inefficacy on certain resistant cells and toxic side effects have led to the search of new taxanes with improved biological activity. By means of a pseudoreceptor modeling approach, we have developed a binding site model for a series of taxanes. It is the first 3D QSAR model derived from the experimentally determined tubulin structure obtained by electron crystallography studies. The model is able to correlate quantitatively the structural properties of the studied compounds with their biological data
CoMFA and CoMSIA analysis were utilized in this investigation to define the important interacting re...
An important approach to cancer therapy is the design of small molecule modulators that interfere wi...
Taxanes and epothilones: New insights into the binding mode of epothilone B with tubulin support a p...
The antimitotic agent paclitaxel continues to play an important role in the cancer chemotherapy. How...
Based on the conformer of paclitaxel extracted from the experimental tubulin structure, a pharmacoph...
In the last two decades, paclitaxel (Taxol®, 1) has dominated the anticancer chemotherapy as one of ...
Microtubules are high dynamic protein filaments fundamental for cells growth and proliferation. Henc...
Tubulin targeting agents constitute an important class of anticancer drugs. By acting either as micr...
Taxanes and other microtubule-stabilizing agents comprise an important class of anticancer drugs. It...
The remarkable therapeutic importance of taxane diterpenoids as anticancer drugs and their challengi...
A molecular modeling study was carried out to develop a predictive model for combretastatin-like ana...
SummaryThe microtubule binding affinities of a series of synthetic taxanes have been measured with t...
Both microtubule destabilizer and stabilizer agents are important molecules in anticancer therapy. I...
Our previous work identified an intermediate binding site for taxanes in the microtubule nanopore. T...
CoMFA and CoMSIA analysis were utilized in this investigation to define the important interacting re...
An important approach to cancer therapy is the design of small molecule modulators that interfere wi...
Taxanes and epothilones: New insights into the binding mode of epothilone B with tubulin support a p...
The antimitotic agent paclitaxel continues to play an important role in the cancer chemotherapy. How...
Based on the conformer of paclitaxel extracted from the experimental tubulin structure, a pharmacoph...
In the last two decades, paclitaxel (Taxol®, 1) has dominated the anticancer chemotherapy as one of ...
Microtubules are high dynamic protein filaments fundamental for cells growth and proliferation. Henc...
Tubulin targeting agents constitute an important class of anticancer drugs. By acting either as micr...
Taxanes and other microtubule-stabilizing agents comprise an important class of anticancer drugs. It...
The remarkable therapeutic importance of taxane diterpenoids as anticancer drugs and their challengi...
A molecular modeling study was carried out to develop a predictive model for combretastatin-like ana...
SummaryThe microtubule binding affinities of a series of synthetic taxanes have been measured with t...
Both microtubule destabilizer and stabilizer agents are important molecules in anticancer therapy. I...
Our previous work identified an intermediate binding site for taxanes in the microtubule nanopore. T...
CoMFA and CoMSIA analysis were utilized in this investigation to define the important interacting re...
An important approach to cancer therapy is the design of small molecule modulators that interfere wi...
Taxanes and epothilones: New insights into the binding mode of epothilone B with tubulin support a p...