Significance in Biochemistry
Keto-enol tautomerism is important in several areas of biochemistry. The high phosphate-transfer potential of phosphoenolpyruvate results from the fact that the phosphorylated compound is "trapped" in the less stable enol form, whereas after dephosphorylation it can assume the keto form. Rare enol tautomers of the bases guanine and thymine can lead to mutation because of their altered base-pairing properties.
Read more about this topic: Keto-enol Tautomerism
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“History is the interpretation of the significance that the past has for us.”
—Johan Huizinga (18721945)
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