1. In situ hybridisation of satellite DNA clusters in heterochromatic regions flanking
centromeres.
2. In humans, most satellite DNA is of the alphoid family found mainly in cntromeric regions
that total up to 3 million base pairs.
3. Base sequences and organizational motifs of satellite DNA are common to many regions
within and flanking centromeric DNA.
4. Rapid renaturation of DNA indicates the presence of repetitive sequences.
Solution
1. In situ hybridisation of satellite DNA clusters in heterochromatic regions flanking
centromeres.
2. In humans, most satellite DNA is of the alphoid family found mainly in cntromeric regions
that total up to 3 million base pairs.
3. Base sequences and organizational motifs of satellite DNA are common to many regions
within and flanking centromeric DNA.
4. Rapid renaturation of DNA indicates the presence of repetitive sequences..
Analyzing and resolving a communication crisis in Dhaka textiles LTD.pptx
1. In situ hybridisation of satellite DNA clusters in heterochromati.pdf
1. 1. In situ hybridisation of satellite DNA clusters in heterochromatic regions flanking
centromeres.
2. In humans, most satellite DNA is of the alphoid family found mainly in cntromeric regions
that total up to 3 million base pairs.
3. Base sequences and organizational motifs of satellite DNA are common to many regions
within and flanking centromeric DNA.
4. Rapid renaturation of DNA indicates the presence of repetitive sequences.
Solution
1. In situ hybridisation of satellite DNA clusters in heterochromatic regions flanking
centromeres.
2. In humans, most satellite DNA is of the alphoid family found mainly in cntromeric regions
that total up to 3 million base pairs.
3. Base sequences and organizational motifs of satellite DNA are common to many regions
within and flanking centromeric DNA.
4. Rapid renaturation of DNA indicates the presence of repetitive sequences.
