Neurotech USA, Inc.
The company concentrates its research on novel therapies for eye diseases.
Neurotech was originally based in France, bus was transferred to the USA in 2006. The company is funded by international investors including Merlin Biosciences, Apax Partners, 3i Plc, Atlas Venture, Omega, Nexus Medical Partners and Pound Capital.
Ted Danse, President and CEO
Weng Tao, MD, PhD, CSO, VP Research & Development USA
Rich Small, VP and CFO
Bryant E. Fong
William J. Link, Ph.D.
Laurent Ganem, M.D., MBA
Lutz Giebel, Ph.D.
Ted Danse
Eberhardt Zrenner, Prof.
Jose Sahel, Prof.
Alan Bird, M.D.
Glenn Jaffe, M.D.
Barry Kuppermann, M.D., Ph.D.
David S. Boyer, M.D.
Julia A. Haller, M.D.
6 Blackstone Valley Place
Suite 500
Lincoln, RI 02865
USA
Phone: +1-401-333-3880
Fax: +1-401-333-3881
Neurotech’s Encapsulated Cell Technology (ECT) allows the controlled, continuous, long term release of therapeutic proteins directly to the retina. ECT is made of an immunoisolatory hollow fibre membrane that allows the implantation of genetically-engineered cells that continuously produce the therapeutic protein at the site of implantation. Cells within the hollow fiber membrane attach to a proprietary supportive matrix.
The company’s product NT-501 uses Neurotech’s patented Encapsulated Cell Technology (ECT) as a device to deliver ciliary neurotrophic factor (CNTF). The Phase I study of NT-501, in which 10 patients suffering from retinitis pigmentosa were involved, showed positive results in May 2005.
A Phase I study of NT-501 involving 10 patients suffering from retinitis pigmentosa has shown positive results (May 2005).
The following section contains a selection of the company’s most relevant patents. For comprehensive patent information please refer to the espacenet databases.
Related patents
- Proliferation Control of Cell Encapsulated in Artificial Organ in Living Body
- Device and Method for Treating Ophthalmic Diseases
- Micronized Device for the Delivery of Biologically Active Molecules and Methods of Use Thereof
- Improved Compositions and Methods for the Delivery of Biologically Active Molecules Using Genetically Alterred Cells Contained in Biocompatible Immunoisolatory Capsules
- Microporous Macrocapsules
- Mx-1 Conditionally Immortalized Cells
- Microdrive for Use in Stereotactic Surgery
- Apparatus and Method for Storage and Transporation of Bioartificial Organs
- Biocompatible Devices with Foam Scaffolds
- Bioartificial Extracellular Matrix Containing Hydrogel Matrix Derivatized with Cell Adhesive Peptide Fragment
- Membrane Formed by an Acrylonitrile-based Polymer
- Biocompatible Devices with Foam Scaffolds
- Compositions for the Delivery of Biologically Active Molecules Using Genetically Altered Cells Contained in Biocompatible Immunoisolatory Capsules
- Cells or Tissue Attached to a Non-degradable Filamentous Matrix Encapsulated by a Semi-permeable Membrane
- Cells or Tissue Attached to a Non-degradable Filamentous Matrix Encapsulated by a Semi-permeable Membrane
- Device and Method for Treating Ophthalmic Diseases
- Cell Surface Molecule-induced Macrophage Activation
- Mammalian Non-neuronal Cells that Are Modified to Store and Release a Neurotransmitter
- Mammalian Non-neuronal Cells that Are Modified to Store and Release a Neurotransmitter
- Arpe-19 as a Platform Cell Line for Encapsulated Cell-based Delivery
- Arpe-19 as a Platform Cell Line for Encapsulated Cell-Based Delivery
- IgG /Transferrin Receptor Fusion Protein
- Implantable Biocompatible Immunoisolatory Vehicle for the Delivery of Selected Therapeutic Products
- Immortalized Retinal Cell Lines and Their Applications
- Device Containing Cell-supporting Yarn Matrix Encapsulated in a Semi-permeable Membrane
- Retinal Cell Lines with Extended Life-span and Their Applications
- Immortalized Lines of Endothelial Brain Cells and Therapeutic Application Thereof
- ARPE-19 as a Platform Cell Line for Encapsulated Cell-based Delivery