The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性由遗传和表观遗传上化决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲基化已经成为表观遗传和表观基因组重要研究内容，人类表观基因组计划最终目制出人类基因组中甲基化可位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性的改变由和表上的变化决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲化已经成为表和表的重要研究内容，人类表计划的最终目标是绘制出人类中甲化可变位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性改由遗传和表观遗传上决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲基已经成为表观遗传和表观基因组重要研究内，表观基因组计划最终目标是绘制出基因组中甲基可位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

性的改变由遗传和表观遗传上的变化决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲基化已经成为表观遗传和表观基因组的重要研究内容，表观基因组计划的最终目标是绘制基因组中甲基化可变位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性的改变由遗传遗传上的变化决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲基化已经成为遗传基因的重要研究内容，人类基因的最终目标是绘制出人类基因中甲基化可变位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性的改变由遗传和表观遗传上的变化决。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA化已经成为表观遗传和表观因组的重内容，人类表观因组计划的最终目标是绘制出人类因组中化可变位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性的改变由遗传和观遗传上的变化决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲基化已经成为观遗传和观基因组的重要研究内容，人类观基因组计划的最终目标是绘制出人类基因组中甲基化可变位。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性的改变由遗传和表观遗传上的变化决。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA化已经成为表观遗传和表观因组的重内容，人类表观因组计划的最终目标是绘制出人类因组中化可变位点图谱。

The change in the character of cell is determined by the alteration of genetics and epigenomics.

细胞特性改变由遗传和表观遗传上变决定。

In the fields of epigenetics and epigenomics, DNA methylation has been drawn a special attention because of its close correlation to human development and carcinogenesis.

DNA甲经成为表观遗传和表观因组研究内容，人类表观因组计划最终目标是绘制出人类因组中甲可变位点图谱。