vitamin D
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vitamin D
Summary
vitamin D is a group of chemical entities[1]. It ranks in the top 0.99% of group_of_chemical_entities entities by monthly Wikipedia readership (4,154 views/month, #1 of 101).[2]
Key Facts
- vitamin D's instance of is recorded as group of chemical entities[3].
- vitamin D is made of Delta(5),Delta(7)-sterol[4].
- vitamin D is a type of fat-soluble vitamin[5].
- vitamin D is a type of secosteroid[6].
- vitamin D is a type of prohormone[7].
- vitamin D is a type of Vitamin D analogues[8].
- vitamin D is part of vitamin D binding[9].
- vitamin D is part of cellular response to vitamin D[10].
- vitamin D is part of response to vitamin D[11].
- vitamin D is part of vitamin D metabolic process[12].
- vitamin D is part of vitamin D biosynthetic process[13].
- vitamin D is part of vitamin D catabolic process[14].
- vitamin D's Commons category is recorded as Vitamin D[15].
- vitamin D comprises cholecalciferol[16].
- vitamin D comprises ergocalciferol[17].
- vitamin D's topic's main category is recorded as Category:Vitamin D[18].
- vitamin D's MCN code is recorded as 2936.29.21[19].
- vitamin D's fabrication method is recorded as ultraviolet radiation[20].
- vitamin D's fabrication method is recorded as Vitamin D metabolism[21].
- vitamin D's subject has role is recorded as bone density conservation agents[22].
- vitamin D's subject has role is recorded as vitamin[23].
- vitamin D's exact match is recorded as http://aims.fao.org/aos/agrovoc/c_8271[24].
- vitamin D's exact match is recorded as http://aims.fao.org/aos/asfa/c_9719[25].
- vitamin D's exact match is recorded as http://cat.aii.caas.cn/concept/46939[26].
- vitamin D's exact match is recorded as http://lod.nal.usda.gov/nalt/1420[27].
Body
Definition and Type
vitamin D's instance of is recorded as group of chemical entities[3]. Recorded subclass of include fat-soluble vitamin[5], secosteroid[6], prohormone[7], and Vitamin D analogues[8].
Use and Application
Components include cholecalciferol[16], a type of chemical entity[28] and ergocalciferol[17], a type of chemical entity[29]. Part of include vitamin D binding[9], cellular response to it[10], response to it[11], it metabolic process[12], it biosynthetic process[13], and it catabolic process[14].
Why It Matters
vitamin D ranks in the top 0.99% of group_of_chemical_entities entities by monthly Wikipedia readership (4,154 views/month, #1 of 101).[2] It has Wikipedia articles in 29 language editions, a strong signal of global cultural recognition.[30] It is known by 73 alternative names across languages and contexts.[31]