Next-Generation Taxoids

Novel Fluorine-Containing Taxoids with High Potency against Drug-Resistant Cancer.

Background:

Paclitaxel and docetaxel have been extensively used in clinic for treatment of various cancers. However, their lack of tumor-specificity frequently results in an assortment of undesired side effects and exhibit little efficacy in treating melanoma, pancreatic, gastric, brain and renal cancers. These limitations are, at least in part, due to multi drug resistance (MDR) caused by over expression of ABC cassette efflux pumps and the beta III tubulin isoform.

Technology Overview:

Stony Brook University researchers have developed fluorine-containing asion in addition to being a inducer of apoptonext generation taxoid anticancer agents with superior pharmacological properties and improved potency against various classes of tumors, in particular drug resistant cancers and cancer stem cells. The potency of these next generation taxoids was evaluated against various drug sensitive and drug resistant cancer cell lines and patient derived cancer stem cells. The lead compound is a potent inhibitor of epithelial-mesenchymal transition(EMT), migration and invasion in breast cancer cells. Highly potent taxoids are also very important as the warheads of tumor targeting drug conjugates.

 

Further Details

 

Zheng et al. Int J Oncolocy 2017 Mar; 50(3): 893-902 

Advantages:

- Novel next-generation taxoids

- Superior potency

- Block known metabolic pathways of toxoids

- Strong EMT & cell migration/invasion inhibitor 

- Enhanced drug transportation and membrane permeability

Applications:

Oncology

 

#8742

Intellectual Property Summary:

Patent application submitted

Stage of Development:

PCT filed covering composition of matter and methods of use.

Licensing Potential:

Licensing Status:

Additional Information:

anti-tumor,tumor,fluorine,melanoma,drug resistance,cassette,efflux pump,anticancer,cancer stem cell,stem cell,cancer cell,cell line,lead compound,inhibitor,epithelial,epithelial-mesenchymal transition,migration,breast cancer,targeting,targeting drug,drug conjugate,conjugate,metabolic,metabolic pathway,toxoid,cell migration,transportation,membrane,oncology,tumour,cancer stem cells,drug resistant cancer,anticancer agent

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Please note, header image is purely illustrative. Source: tineranttrader, Wikimedia Commons, CC0.

Patent Information:
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