What are the sides of the DNA ladder made of

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A combination of alternating sugars and phosphates make the sides of the DNA ladder. What holds the rungs of DNA together on the ladder are molecules.

A double-stranded molecule twisted into a helix is called DNA. Like a twisted ladder, the shape of DNA is a4. What are the sides of the DNA ladder made of.

What are the sides of the DNA ladder made of 2

A combination of alternating sugars and phosphates make the sides of the DNA ladder. What holds the rungs of DNA together on the ladder are molecules.

A double-stranded molecule twisted into a helix is called DNA. Like a twisted ladder, the shape of DNA is a double helix.

Consists of the number of nucleotides make each strand of DNA. Deoxyribose sugar, Phosphate group, and a Nitrogen base make up each nucleotide.

The sides of DNA ladder are made up of Deoxyribose sugars and Phosphate groups along with sugar-phosphate bonds form and the rungs of the ladder are made up Nitrogen bases along with hydrogen bonds.

What are the sides of the DNA ladder made of 1

On a DNA ladder, to form the rungs of the ladder, the reasoning behind the alternation of the sugar and phosphate molecules lies in the combination of bases. Deoxyribose is a pentose.  And a phosphate group are the two molecules together form the two sides of the DNA. Pairs of 4 types of nitrogen bases make the rungs of the ladder. Only between the sugar molecules are the rungs. It creates the rung appearance when two bases line up between these molecules and bond together. There are no rungs between these molecules if there are no bases in between the phosphate molecules. The open space will give the DNA ladder the step appearance.

The genes can be twisted or not twisted on the ladders of DNA. The DNA affects the appearance and other decisions with the ones that are not twisted have a lower amount of impact in accordance with the way. The DNA models are the ones that contain the most pertinent information. They are twisted or look like a spiraled staircase. The bases of the pairs in the DNA strand are made up of the alternation of the sugars and phosphates within the twisted DNA models combine with the nitrogen. They become twisted when they move together in a way.

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