pentose-phosphate shunt
The glucose-6-phosphate catabolic process in which, coupled to NADPH synthesis, glucose-6-P is oxidized with the formation of carbon dioxide (CO2) and ribulose 5-phosphate; ribulose 5-P then enters a series of reactions interconverting sugar phosphat
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pentose-phosphate shunt
Summary
pentose-phosphate shunt is a biological process[1]. It draws 459 Wikipedia views per month (biological_process category, ranking #61 of 442).[2]
Key Facts
- pentose-phosphate shunt's instance of is recorded as biological process[3].
- pentose-phosphate shunt's subclass of is recorded as metabolic pathway[4].
- pentose-phosphate shunt's subclass of is recorded as glucose 6-phosphate metabolic process[5].
- pentose-phosphate shunt's subclass of is recorded as NADPH regeneration[6].
- pentose-phosphate shunt's Commons category is recorded as Pentose phosphate pathway[7].
- pentose-phosphate shunt's MeSH descriptor ID is recorded as D010427[8].
- pentose-phosphate shunt's has part is recorded as NADP+[9].
- pentose-phosphate shunt's has part is recorded as NADPH[10].
- pentose-phosphate shunt's has part is recorded as D-glucose 6-phosphate[11].
- pentose-phosphate shunt's has part is recorded as NADP(3-)[12].
- pentose-phosphate shunt's Freebase ID is recorded as /m/05354t[13].
- pentose-phosphate shunt's MeSH tree code is recorded as G02.111.158.875[14].
- pentose-phosphate shunt's MeSH tree code is recorded as G03.191.875[15].
- pentose-phosphate shunt's MeSH tree code is recorded as G03.295.693[16].
- pentose-phosphate shunt's MeSH tree code is recorded as G03.493.695[17].
- pentose-phosphate shunt's Gene Ontology ID is recorded as GO:0006098[18].
- pentose-phosphate shunt's Encyclopædia Britannica Online ID is recorded as science/phosphogluconate-pathway[19].
- pentose-phosphate shunt's exact match is recorded as http://purl.obolibrary.org/obo/GO_0006098[20].
- pentose-phosphate shunt's UMLS CUI is recorded as C0030892[21].
- pentose-phosphate shunt's WikiSkripta article ID is recorded as 25661[22].
- pentose-phosphate shunt's Microsoft Academic ID is recorded as 3409486[23].
- pentose-phosphate shunt's Krugosvet article is recorded as nauka_i_tehnika/himiya/GEKSOZOMONOFOSFATNI_SHUNT.html[24].
- pentose-phosphate shunt's OpenAlex ID is recorded as C3409486[25].
- pentose-phosphate shunt's Great Russian Encyclopedia portal ID is recorded as pentozofosfatnyi-put-9bec1b[26].
Why It Matters
pentose-phosphate shunt draws 459 Wikipedia views per month (biological_process category, ranking #61 of 442).[2] It has Wikipedia articles in 28 language editions, a strong signal of global cultural recognition.[27] It is known by 74 alternative names across languages and contexts.[28]