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Nanomaterials Coupled to Human UDP-glucuronosyltransferase Genes: Enhanced Tissue and Cellular Delivery of Therapeutic Levels of DNA
University of Arkansas for Medical Sciences United States flag United States
Abstract ID: 10-04
Composition of Matter - Cancer Therapy
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Nanomaterials coupled to human UDP-glucuronosyltransferase genes: enhanced tissue and cellular delivery of therapeutic levels of DNA

Application: Accelerated delivery of DNA for control of cancer and other proliferative disorders. 

The utility of gene therapy has not been fully realized because the level of expression of therapeutic DNA in most cases does not meet the thresholds that are required for efficacy. The present invention is a composition of matter which involves targeted nanotubes and genetic elements in combination and novel methods of treating tumor cells. In general this combination of materials has demonstrated enhanced delivery and efficacy of these compositions on target cells.

This invention is a composition comprising a targeting moiety, a nanoparticle delivery material and a UDP-glucuronosyltransferase (UGT) or a DNA vector encoding a UGT. The UGT’s catalyze the covalent modification of a variety of bioactive substrates by attaching carbohydrate moieties to them. The most biologically significant substrates of the UGT’s are retinoic acid, poly unsaturated fatty acids, prostaglandins, steroids, and steroid hormones.  It is recognized that UGT’s possess the ability to interfere with the synthesis of lipids through the glucuronidation of these compounds. Thus these enzymes are proposed to play a major role in regulating cancer cell growth. Therefore, more effectively delivered UGT’s can play an essential role in growth control of a variety of cell types.

The invention further includes improved methods for delivery of nucleic acids encoding a UGT to a tumor cell using carbon nanotubes. The introduction of UGT genes into cancer cells in a targeted manner using various nanoparticles is a novel and non-obvious invention.

In vitro experiments demonstrate that incubation of carbon nanotube/plasmid particles with pancreatic cancer cells, arrested growth and promoted cell death within 24 hours. In vivo models studies are currently being conducted to establish the therapeutic index that is possible with these compositions.

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Available for Exclusive Licensing

10-04 Radominska-Pandya and Biris (UALR)

Type of Business Relationship Sought
Collaborative Licensing Partner to complete the development and commercialization of this composition of matter innovation
Last Updated Jun 2016
Technology Type RESEARCH
Phase of Development EARLY STAGE

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