heme

Summary

heme is a structural class of chemical entities^[1]. heme ranks in the top 5% of structural_class_of_chemical_entities entities by monthly Wikipedia readership (1,295 views/month).^[2]

Key Facts

• heme's instance of is recorded as structural class of chemical entities^[3].
• heme is a type of metalloporphyrins^[4].
• heme is a type of iron chelate^[5].
• heme is part of heme binding^[6].
• heme is part of heme biosynthetic process^[7].
• heme is part of heme transmembrane transport^[8].
• heme is part of heme transmembrane transporter activity^[9].
• heme is part of ABC-type heme transporter activity^[10].
• heme is part of heme transport^[11].
• heme is part of heme protein^[12].
• heme is part of heme export^[13].
• heme is part of heme export from vacuole to cytoplasm^[14].
• heme is part of heme import across plasma membrane^[15].
• heme is part of heme catabolic process^[16].
• heme is part of heme metabolic process^[17].
• heme is part of heme import into cell^[18].
• heme is part of endocytic heme import into cell^[19].
• heme is part of heme receptor activity^[20].
• heme's said to be the same as is recorded as hem^[21].
• heme's topic's main category is recorded as Category:Haem^[22].
• heme's described by source is recorded as Armenian Soviet Encyclopedia, vol. 6^[23].

Why It Matters

heme ranks in the top 5% of structural_class_of_chemical_entities entities by monthly Wikipedia readership (1,295 views/month).^[2] heme has Wikipedia articles in 27 language editions, a strong signal of global cultural recognition.^[24] heme is known by 24 alternative names across languages and contexts.^[25]