LIVE CELLS CELL LINES

Brand Owner (click to sort) Address Description
PERCIVIA CRUCELL HOLLAND B.V. Archimedesweg 4 2333CN Leiden Netherlands Live cells and cell-lines for medical or clinical use; media (culture broth) for the cultivation of cells and cell-lines; genetically modified materials for the preparation of pharmaceutical products and for research purposes; pharmaceutical products, namely diagnostic and therapeutic proteins;Services in the medical and biomedical field; medical services;Scientific and pharmaceutical research; services in the medical and biochemical field, namely expressing proteins; development, examination and testing of pharmaceutical and biochemical semi-finished products for use in medicines; the development of test systems for the products named in class 5; licensing in the field of intellectual property;
PERCIVIA CRUCELL HOLLAND B.V. Archimedesweg 4 2333CN Leiden Netherlands Live cells and cell-lines for medical or clinical use; pharmaceutical products as bio-engineered component for therapeutic material, namely, therapeutic proteins for the prevention and treatment of viral, infectious and genetic diseases;Licensing of intellectual property;Scientific and pharmaceutical research; scientific research services in the medical and biochemical field, namely, expressing proteins; pharmaceutical research and development, namely, development, examination and testing of pharmaceutical and biochemical semi-finished products for use in medicines;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A nonvolatile memory cell array having common drain lines and method of operating the same are disclosed. A positive voltage is applied to a gate of a selected cell and gates of memory cells that share a word line with the selected cell. A first voltage is applied to a drain of the selected cell and drains of the memory cells that share at least a drain line with the selected cell. A second voltage is applied to a source of the selected cell and sources of memory cells that share a bit line with the selected cell, the second voltage being less than the first voltage, such that electrons are injected into the charge storage region of the selected cell to program. A third voltage, which is higher than the second voltage, is applied to bit lines that are not connected to the selected cell.