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Chromosome Instability of Stem Cell Lines on Applications in Regenerative Medicine

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It has passed over a decade since the establishment of iPS cells (induced Pluripotent Stem cells).  Studies on clinical applications of a variety of tissue stem cells in the field of regenerative medicine have exponentially increased.  However, strict quality control of the tissue stem cells is the most importantly required task for clinical treatment in safe, so as the mechanism of re-programing and gene regulation in early embryonic development has not been fully understood yet.

  In the present report, I’d like to provide examples of evidence of chromosome instabilities in the established tissue stem cell lines, such as   in cases of an ES cell line derived from crab-eating monkey, human iPS cell lines and cord blood derived mesenchymal stem cells. 

  Taken together from the results of above mentioned data and knowledge from recent literatures, I hope to discuss with the usefulness of karyotyping especially in its early passage of the establishment in order to guarantee the qualities of the stem cells. 

Jul 05, 2018 11:00 AM - 11:15 AM(UTC)
Venue : 2B7 - Building 2
20180705T1100 20180705T1115 UTC Chromosome Instability of Stem Cell Lines on Applications in Regenerative Medicine

It has passed over a decade since the establishment of iPS cells (induced Pluripotent Stem cells).  Studies on clinical applications of a variety of tissue stem cells in the field of regenerative medicine have exponentially increased.  However, strict quality control of the tissue stem cells is the most importantly required task for clinical treatment in safe, so as the mechanism of re-programing and gene regulation in early embryonic development has not been fully understood yet.

  In the present report, I’d like to provide examples of evidence of chromosome instabilities in the established tissue stem cell lines, such as   in cases of an ES cell line derived from crab-eating monkey, human iPS cell lines and cord blood derived mesenchymal stem cells. 

  Taken together from the results of above mentioned data and knowledge from recent literatures, I hope to discuss with the usefulness of karyotyping especially in its early passage of the establishment in order to guarantee the qualities of the stem cells. 

2B7 - Building 2 GSA2018_APCC6 GSACC62018@canberra.edu.au
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Laboratory of Tumor Cell Biology, Department of Computational Biology and Medical Sciences, Graduate School of Frontier Sciences, The University of Tokyo, Tokyo JAPAN
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