Abstract
In mammals, the open tetrapyrrole bilirubin (structure 2, Fig. 1) is the principal degradation product of iron-protoporphyrin-IX (heme). The latter molecule is a tetrapyrrolic macrocycle and plays a critical role in aerobic metabolism by reversibly binding oxygen in hemoglobin and myoglobin, and by serving as the active site in oxidation reactions catalyzed by hemoprotein enzymes. Important cyclic tetrapyrroles in nature related to heme are chlorophylls, which contain magnesium and are derived from protoporphyrin-IX, and vitamin B12, a corrinoid derived from uroporphyrinogen-III.
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Notes
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Dipyrrole exchange is used to denote disproportionation of bilirubins. This reaction involves cleavage of each molecule at either side of the central C-10 bridge into two dipyrrolic fragments, followed by random recombination of dipyrrole moieties from different molecules (71).
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Blanckaert, N.J.C. (1981). Bilirubin and Its Carbohydrate Conjugates. In: Kabra, P.M., Marton, L.J. (eds) Liquid Chromatography In Clinical Analysis. Biological Methods. Humana Press, Totowa, NJ. https://doi.org/10.1007/978-1-60327-404-3_15
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