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高等動物ATMファミリーの細胞周期制御における機能とその活性化

高等動物ATMファミリーの細胞周期制御における機能とその活性化
Digital文書・図像類
山本, 健一, Yamamoto, Ken-ichi金沢大学がん進展制御研究所2003-03平成14(2002)年度 科学研究費補助金 基盤研究(C) 研究成果報告書 = 2002 Fiscal Year Final Research Report2001-2002p.4p.-
Other Libraries in Japan
  • Subject Heading...ENE DISRUPTION CHICKEN DT40 CELLS DNA DAMAGE ARG RAD 51 RAD 9 R...

A comprehensive and detailed review on the chromatin conformation change code (4C) theory: A theory on ways to gain un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through numerous generations in higher eukaryotes

A comprehensive and detailed review on the chromatin conformation change code (4C) theory: A theory on ways to gain un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through numerous generations in higher eukaryotes
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Subject HeadingGene targeting techniques, chicken DT40 cells, histone deacetylase-2 (HDAC2...

A comprehensive review on the chromatin conformation change code (4C) theory: A bio-system for gaining un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through various generations in higher eukaryotes

A comprehensive review on the chromatin conformation change code (4C) theory: A bio-system for gaining un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through various generations in higher eukaryotes
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Subject HeadingGene targeting techniques, chicken DT40 cells, histone deacetylase-2 (HDAC2...

An all-inclusive review: Chromatin conformation change code (4C) theory on a bio-system to gain un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through various generations in higher eukaryotes

An all-inclusive review: Chromatin conformation change code (4C) theory on a bio-system to gain un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through various generations in higher eukaryotes
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Subject HeadingGene targeting techniques, chicken DT40 cells, histone deacetylase-2 (HDAC2...

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