Gattermann Figure 4 (in Greenberg et al). Schematic representation of the heme biosynthetic pathway and its connection with the electron transport chain of the inner mitochondrial membrane. / The mitochondrial respiratory chain provides electrons needed to convert Fe3+ into Fe2+. Only Fe2+ can pass through the inner mitochondrial membrane. The respiratory chain creates the membrane potential needed to carry Fe2+ through the inner mitochondrial membrane. Iron must be provided in the right chemical form, because ferrochelatase can use only Fe2+ for heme synthesis.

Gattermann Figure 4 (in Greenberg et al). Schematic representation of the heme biosynthetic pathway and its connection with the electron transport chain of the inner mitochondrial membrane.

The mitochondrial respiratory chain provides electrons needed to convert Fe3+ into Fe2+. Only Fe2+ can pass through the inner mitochondrial membrane. The respiratory chain creates the membrane potential needed to carry Fe2+ through the inner mitochondrial membrane. Iron must be provided in the right chemical form, because ferrochelatase can use only Fe2+ for heme synthesis.

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