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Medical Hypotheses|October 12, 2005
An hypothesis about genome structures in mammalian polyploid cells based on a new concept that genome is fractal of six hierarchiesKohzaburo Fujikawa-Yamamoto
Cell Proliferation|November 13, 2002
Establishment of a triploid V79 cell line from tetraploid cells obtained through polyploidization using K-252aKohzaburo Fujikawa-Yamamoto, Hiroko Yamagishi, Minoru Miyagoshi
Human Cell|July 24, 2009
Cell cycle, morphology and pluripotency of octaploid embryonic stem cells in comparison with those of tetraploid and diploid cellsKohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, Hiroko Yamagishi
Human Cell|March 6, 2013
Dodecaploid H1 embryonic stem cells abolished pluripotency in L15F10 medium both with and without leukemia inhibitory factorKohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, Hiroko Yamagishi
Cell Proliferation|April 12, 2003
Octaploid Meth-A cells are established from a highly polyploidized cell populationKohzaburo Fujikawa-Yamamoto, Hiroko Yamagishi, Minoru Miyagoshi
Human Cell|October 24, 2007
Polyploidization of 2nH1 (ES) cells by K-252a and staurosporineKohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, Hiroko Yamagishi
Human Cell|May 7, 2011
Hexaploid H1 (ES) cells established from octaploid H1 cells are as DNA stable as pentaploid H1 cellsKohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, Xianwen Luo, et al.
Journal of Cellular Physiology|January 19, 2010
DNA stable pentaploid H1 (ES) cells obtained from an octaploid cell induced from tetraploid cells polyploidized using demecolcineKohzaburo Fujikawa-Yamamoto, Xianwen Luo, Minoru Miyagoshi, et al.
Human Cell|May 17, 2011
Haploid unit-ploidy transition of tetraploid and octaploid H1 (ES) cells in long-term culturingKohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, Takahide Ota, et al.
Human Cell|December 21, 2010
Different responses between diploid and tetraploid H1 embryonic stem cells appeared during long-term culturing in L15F10 medium without leukemia inhibitory factorXianwen Luo, Kohzaburo Fujikawa-Yamamoto, Minoru Miyagoshi, et al.
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