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DNA and genomes
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DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Dec 21, 2015

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Page 1: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

DNA and genomes

Page 2: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

DNA and genomes

The phosphate groups have pKas of around 2 and around 7.

This means DNA is negatively charged in the cell.

The phosphate groups and the OH of the deoxyribose make the DNA exterior hydrophilic.

The bases are almost water insoluble but with the possibility of hydrogen bonds.

Page 3: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

DNA structure

Page 4: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.
Page 5: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.
Page 6: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

DNA structure

Page 7: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

DNA structure

Page 8: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

chromatin

Page 9: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Figure 4.11

Page 10: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Figure 4.12

Page 11: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Figure 4.13

Page 12: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Figure 4.20

Page 13: DNA and genomes. The phosphate groups have pKas of around 2 and around 7. This means DNA is negatively charged in the cell. The phosphate groups and the.

Size and organization of genomes

Different organisms have different amounts of haploid DNA and the correlation with complexity of the organism is poor.

Organization of the human genome

• Repetitive DNA makes up over 50% of the human DNA and the protein coding regions only about 2%.