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

A comprehensive review on the chromatin conformation change code (4C) theory: A theory on ways of higher eukaryotes to gain un-programmed and new cell functions by means of irreversible creation of chromatin structure plasticity with epigenetic modifications through numerous generations
Digital文書・図像類
中山, 建男, 中山, 雅美, Nakayama, TatsunoResearch Trends2021Current Topics in Biochemical Research22p.43-90
Other Libraries in Japan
  • Summary, etc....yme genes with epigenetic modifications through numerous generations...
  • Subject Heading...iption factors epigenetic modification chromatin structure plasticit...

Irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of Pax5, Aiolos, EBF1 and OBF1 genes with epigenetic modifications to exclude IgM H- and L-chains accumulated in individual clones of HDAC2(-/-) DT40 mutants through various generations during continuous cultivation

Irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of Pax5, Aiolos, EBF1 and OBF1 genes with epigenetic modifications to exclude IgM H- and L-chains accumulated in individual clones of HDAC2(-/-) DT40 mutants through various generations during continuous cultivation
Digital文書・図像類
中山, 雅美, 中山, 建男
Other Libraries in Japan
  • Subject Heading...re plasticity, epigenetic modifications, gain of new cell function, ...

Fundamental and distinct manners for irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of particular transcription factor genes with epigenetic modifications for gain of new cell function to exclude accumulated IgM H- and L-chains in individual clones of HDAC2(-/-) DT40 mutants via a lot of generations during continuous cultivation

Fundamental and distinct manners for irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of particular transcription factor genes with epigenetic modifications for gain of new cell function to exclude accumulated IgM H- and L-chains in individual clones of HDAC2(-/-) DT40 mutants via a lot of generations during continuous cultivation
Digital図書
中山, 雅美, 中山, 建男
Other Libraries in Japan
  • Subject Heading...re plasticity, Epigenetic modifications, Gain of new cell function, ...

Chromatin conformation change code (4C) theory: 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

Chromatin conformation change code (4C) theory: 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
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Summary, etc....al change with epigenetic modifications through various generations....
  • Subject Heading...pluri-potency, epigenetic modifications, various generations, immuno...

Fundamental and distinct ways for irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of Pax5, Aiolos, EBF1 and OBF1 genes with epigenetic modifications for gain of new cell function to exclude accumulated IgM H- and L-chains in individual clones of HDAC2(-/-) DT40 mutants through various generations during continuous cultivation

Fundamental and distinct ways for irreversible creation of chromatin structure plasticity of proximal 5'-upstream regions of Pax5, Aiolos, EBF1 and OBF1 genes with epigenetic modifications for gain of new cell function to exclude accumulated IgM H- and L-chains in individual clones of HDAC2(-/-) DT40 mutants through various generations during continuous cultivation
Digital文書・図像類
中山, 雅美, 中山, 建男
Other Libraries in Japan
  • Subject Heading...re plasticity, epigenetic modifications, gain of new cell function, ...

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

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
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Summary, etc....yme genes with epigenetic modifications through various generations....
  • Subject Heading...re plasticity, epigenetic modifications, various generations, immuno...

Chromatin conformation change code (4C) theory : A bio-system for gain of unprogramed and new cell function through irreversible creation of chromatin structure plasticity with epigenetic modifications via a lot of generation

Chromatin conformation change code (4C) theory : A bio-system for gain of unprogramed and new cell function through irreversible creation of chromatin structure plasticity with epigenetic modifications via a lot of generation
Digital文書・図像類
中山, 建男, 中山, 雅美
Other Libraries in Japan
  • Subject Heading...re plasticity, Epigenetic modifications; Lots of generations, Immuno...

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