[HTML][HTML] Cytological characterization of the tandem repetitive sequences and their methylation status in the Antirrhinum majus genome
Tandem repetitive sequences are DNA motifs common in the genomes of eukaryotic species
and are often embedded in heterochromatic regions. In most eukaryotes, ribosomal genes,
as well as centromeres and telomeres or subtelomeres, are associated with abundant
tandem arrays of repetitive sequences and typically represent the final barriers to completion
of whole-genome sequencing. The nature of these repeats makes it difficult to estimate their
actual sizes. In this study, combining the two cytological techniques DNA fiber-FISH and …
and are often embedded in heterochromatic regions. In most eukaryotes, ribosomal genes,
as well as centromeres and telomeres or subtelomeres, are associated with abundant
tandem arrays of repetitive sequences and typically represent the final barriers to completion
of whole-genome sequencing. The nature of these repeats makes it difficult to estimate their
actual sizes. In this study, combining the two cytological techniques DNA fiber-FISH and …
Cytological characterization of the tandem repetitive sequences and their methylation status in the Antirrhinum majus genome.
ZDF Zhang DongFen, YQY Yang QiuYing… - 2008 - cabidigitallibrary.org
Tandem repetitive sequences are DNA motifs common in the genomes of eukaryotic species
and are often embedded in heterochromatic regions. In most eukaryotes, ribosomal genes,
as well as centromeres and telomeres or subtelomeres, are associated with abundant
tandem arrays of repetitive sequences and typically represent the final barriers to completion
of whole-genome sequencing. The nature of these repeats makes it difficult to estimate their
actual sizes. In this study, combining the two cytological techniques DNA fiber-FISH and …
and are often embedded in heterochromatic regions. In most eukaryotes, ribosomal genes,
as well as centromeres and telomeres or subtelomeres, are associated with abundant
tandem arrays of repetitive sequences and typically represent the final barriers to completion
of whole-genome sequencing. The nature of these repeats makes it difficult to estimate their
actual sizes. In this study, combining the two cytological techniques DNA fiber-FISH and …
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