PHOTOCURE SIGNS NEW PACT WITH NORWEGIAN RADIUM HOSPITAL.PhotoCure ASA Asa (ā`sə), in the Bible, king of Judah, son and successor of Abijah. He was a good king, zealous in his extirpation of idols. When Baasha of Israel took Ramah (a few miles N of Jerusalem), Asa bought the help of Benhadad of Damascus and has signed a new, three-year research collaboration agreement with the Norwegian Radium radium (rā`dēəm) [Lat. radius=ray], radioactive metallic chemical element; symbol Ra; at. no. 88; at. wt. 226.0254; m.p. 700°C;; b.p. 1,140°C;; sp. gr. about 6.0; valence +2. Radium is a lustrous white radioactive metal. Hospital Research Foundation. The agreement replaces a similar three-year agreement, which has expired. The new collaboration agreement reflects the close collaboration between PhotoCure and the researchers at the Norwegian Radium Hospital. Through research grants, the collaboration agreement assures PhotoCure first right of refusal to new inventions made by the hospital researchers. The agreement covers photodynamic therapy and diagnostics, and, at the end of the three-year period, PhotoCure has the right to extend the agreement for a further two years. In addition, PhotoCure ASA's subsidiary, PCI (1) (Payment Card Industry) See PCI DSS. (2) (Peripheral Component Interconnect) The most widely used I/O bus (peripheral bus). Biotech AS, has signed a similar agreement with the Radium Hospital Research Foundation. This agreement gives PCI Biotech first right of refusal to new technology regarding delivery of large molecules to intracellular targets developed by the researchers at the Norwegian Radium Hospital. Professor Vidar Hansson, president and CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board. of PhotoCure, said in a comment: "Our existing products are, to a large extent, based on patent applications from researchers at the Radium Hospital. We still believe that new research and good product ideas will emerge from the competent light and chemistry research group at the Radium Hospital, and we are pleased to remain in a position where we can develop these new inventions commercially." Jonas Einarsson, managing director at the Radium Hospital Research Foundation, adds: "We are pleased to see that the good cooperation between PhotoCure and the researchers at the Norwegian Radium Hospital will continue. This type of work permits good research results at the hospital to be developed into final products that can be used to the benefit of the patients." PhotoCure ASA is a Norwegian listed company (Oslo Stock Exchange Oslo Stock Exchange An exchange founded in 1819 and trading stocks, bonds, and stock options that is considered the options market of Norway. : PHO) that develops and sells pharmaceuticals and medical devices for photodynamic treatment of cancer and pre-cancerous conditions. The company develops products for internal cancer, skin cancer and other skin diseases. Metvix PDT is developed for the treatment of basal cell carcinoma basal cell carcinoma n. A slow-growing, locally invasive, but rarely metastasizing neoplasm of the skin derived from basal cells of the epidermis or hair follicles. Also called basal cell epithelioma. (skin cancer) and actinic keratosis (pre-cancerous skin lesions). PhotoCure is responsible for sales and marketing of Metvix PDT in the Nordic countries, while global dermatology specialist, Galderma, is responsible for sales and marketing of Metvix in the rest of the world. PhotoCure's second pharmaceutical product Hexvix is developed for bladder cancer detection. A Marketing Authorization Application (MAA MAA abbr. macroaggregated albumin ) for Hexvix is filed in Sweden and Phase III studies are ongoing in the US. PCI Biotech AS, a subsidiary of PhotoCure ASA, is focused on the opportunities for photochemical photochemical in laser treatment, the laser light is absorbed and converted into chemical energy. internalisation (PCI) in drug discovery, development and delivery of novel cancer therapeutics. For more information, visit http://www.photocure.com. |
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