Countstar


Japan induced pluripotent stem cell culture technology by European patent

Shinya yamanaka, a professor at Kyoto university, has won a European patent for his induced pluripotent stem cell (iPS) culture, the first of its kind for Japan, the Kyoto University said. Local media believe the action gives Japan a leading position in the field of regenerative medicine.

Induced pluripotent stem cells (ipscs) are stem cells derived from animal somatic cells treated with inducible factors. It has similar functions to embryonic stem cells and can develop into tissues and organs. Meanwhile, it avoids the ethical and legal barriers faced by embryonic stem cell research and has a very broad prospect in the medical field. 

The patents awarded by the Japanese researchers cover the basic technique of growing induced pluripotent stem cells from two or three genes implanted into the body cells of animals such as humans. Patents are not limited to specific genes. Gene combinations with similar functions discovered in the future and cytokines used in the culture process are all subject to patent protection.

Although similar patents have been granted in Japan, they are limited to the use of specific combinations of three or four genes, neither of which are covered by patents. Kyoto university's patent application in Europe is more extensive. The patent application was approved by the European Patent Office (epo) on Monday, and Kyoto university will now go through the national patent procedures in 17 European countries, including Britain, Germany and France.

Kyoto university's patent application to the United States is also expected to be approved this year. Local media believe that in the field of pharmaceutical and regenerative medicine, Japan and the United States and Europe's induced pluripotent cell research is in the forefront, but this time Japan got the opportunity.
Related News
  • A simplified stem cell culture system with clear chemical compositionMay 16, 2019

    A simplified stem cell culture system with clear chemical composition

    Researchers have developed a simplified, chemically specific culture system that could be used to cultivate human pluripotent stem cells, the researchers report online today in the journal Nature Meth...view
  • Countstar Sparkling in Achema 2018 ExhibitionJuly 23, 2018

    Countstar Sparkling in Achema 2018 Exhibition

    The world's largest and most influential process industry exhibition - the twenty-ninth International Conference on the international chemical, environmental and Biotechnology Exhibition (Achema) was ...view
  • New Advances in Stem Cell TherapyOctober 9, 2018

    New Advances in Stem Cell Therapy

    1. SERAXIS introduced stem cell derived pancreatic cells to reverse diabetes. On September 5, SERAXIS, a regenerative medicine company, announced the successful production of stem cell-derived pancrea...view