Analysis of information sources in references of the Wikipedia article "Vùng dị nhiễm sắc" in Vietnamese language version.
An up-to-date account of the current understanding of repetitive DNA, which usually doesn't contain genetic information. If evolution makes sense only in the context of the regulatory control of genes, we propose that heterochromatin, which is the main form of chromatin in higher eukaryotes, is positioned to be a deeply effective target for evolutionary change. Future investigations into assembly, maintenance and the many other functions of heterochromatin will shed light on the processes of gene and chromosome regulation.Chú thích có tham số trống không rõ:
|quotes= (trợ giúp); Kiểm tra giá trị ngày tháng trong: |archive-date= (trợ giúp)An up-to-date account of the current understanding of repetitive DNA, which usually doesn't contain genetic information. If evolution makes sense only in the context of the regulatory control of genes, we propose that heterochromatin, which is the main form of chromatin in higher eukaryotes, is positioned to be a deeply effective target for evolutionary change. Future investigations into assembly, maintenance and the many other functions of heterochromatin will shed light on the processes of gene and chromosome regulation.Chú thích có tham số trống không rõ:
|quotes= (trợ giúp); Kiểm tra giá trị ngày tháng trong: |archive-date= (trợ giúp)An up-to-date account of the current understanding of repetitive DNA, which usually doesn't contain genetic information. If evolution makes sense only in the context of the regulatory control of genes, we propose that heterochromatin, which is the main form of chromatin in higher eukaryotes, is positioned to be a deeply effective target for evolutionary change. Future investigations into assembly, maintenance and the many other functions of heterochromatin will shed light on the processes of gene and chromosome regulation.Chú thích có tham số trống không rõ:
|quotes= (trợ giúp); Kiểm tra giá trị ngày tháng trong: |archive-date= (trợ giúp)An up-to-date account of the current understanding of repetitive DNA, which usually doesn't contain genetic information. If evolution makes sense only in the context of the regulatory control of genes, we propose that heterochromatin, which is the main form of chromatin in higher eukaryotes, is positioned to be a deeply effective target for evolutionary change. Future investigations into assembly, maintenance and the many other functions of heterochromatin will shed light on the processes of gene and chromosome regulation.Chú thích có tham số trống không rõ:
|quotes= (trợ giúp); Kiểm tra giá trị ngày tháng trong: |archive-date= (trợ giúp)