Phosphate groups: Difference between revisions

Latest revision as of 13:43, 6 December 2017

Phosphate groups are found on the DNA double helix as part of the nucleotide and are joined by a phosphodiester bond. A nucleotide molecule without a phosphate group is known as a nucleoside. Phosphorylation occurs when a phosphate group is added to a molecule.

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	Phosphate groups are found on the [[DNA\|DNA ]]~~double~~ helix as part of the [[Nucleotide\|nucleotide]] and are joined by a [[~~Phosphodiester_bond~~\|phosphodiester bond]]. A nucleotide molecule without a phosphate group is known as a [[Nucleoside\|nucleoside]].[[Phosphorylation\|Phosphorylation ]]occurs when a phosphate group is added to a molecule.		Phosphate groups are found on the [[DNA\|DNA double]] helix as part of the [[Nucleotide\|nucleotide]] and are joined by a [[Phosphodiester bond\|phosphodiester bond]]. A nucleotide molecule without a phosphate group is known as a [[Nucleoside\|nucleoside]]. [[Phosphorylation\|Phosphorylation]] occurs when a phosphate group is added to a [[molecule\|molecule]].