Linked from

The 22 pages that link to Heme, each with the reason it gives.

• Cytochrome P450Related: Its iron atom binds oxygen and enables P450 oxidation reactions.

• GlycineRelated: Glycine contributes carbon and nitrogen to the pathway that synthesizes its porphyrin ring.

• CYP3A4Related: Its heme iron binds oxygen and participates in CYP3A4's oxidation reactions.

• ArtemisininRelated: Parasite-digested hemoglobin releases heme iron that can activate artemisinin’s peroxide.

• Cytochrome c oxidaseRelated: Heme groups are essential catalytic cofactors in cytochrome c oxidase.

• ErythropoiesisRelated: Erythroid precursors assemble heme as the oxygen-binding component of hemoglobin.

• Plant-based meatRelated: Heme-based ingredients can provide meat-like color and savory flavor.

• PorphyriaRelated: Reduced heme production can alter regulation of the pathway and contribute to precursor accumulation.

• Hans FischerRelated: Hemin is an oxidized form of heme, the biological pigment central to Fischer’s blood-pigment research.

• Tu YouyouRelated: Iron from heme is thought to help activate artemisinin inside malaria parasites.

• Meat alternativeRelated: Some plant-based burgers use heme ingredients to create savory, meat-associated flavors.