Translations:Saffron/19/en: Difference between revisions

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Message definition (Saffron)
===Phytochemistry and sensory properties===
[[File:Picrocrocin.svg|thumb|Structure of [[picrocrocin]]:
{|
|-
|{{Legend|#AEAEFF|[[Anomer|β]]–[[Monosaccharide#Isomerism|D]]-glucopyranose derivative}}
|-
|{{Legend|#F5D76C|safranal moiety}}
|}
]]
[[File:Crocetin safranal esterification.png|thumb|[[Esterification]] reaction between [[crocetin]] and [[gentiobiose]]. Components of α–crocin:
{|
|-
|{{Legend|#A6CAF0|[[Anomer|β]]–[[Monosaccharide#Isomerism|D]]-gentiobiose}}||{{Legend|#000000|crocetin}}
|}
]]
Saffron contains some 28 [[Volatile organic compound|volatile and aroma-yielding compounds]], dominated by [[ketone]]s and [[aldehyde]]s. Its main aroma-active compounds are [[safranal]] – the main compound responsible for saffron aroma – 4-ketoisophorone, and dihydrooxophorone. Saffron also contains nonvolatile [[phytochemical]]s, including the [[carotenoid]]s [[zeaxanthin]], [[lycopene]], various α- and β-[[carotene]]s, as well as [[crocetin]] and its [[glycoside]] crocein, which are the most biologically active components. Because crocetin is smaller and more water-soluble than the other carotenoids, it is more rapidly absorbed.

Phytochemistry and sensory properties

Structure of picrocrocin:
  βD-glucopyranose derivative
  safranal moiety
Esterification reaction between crocetin and gentiobiose. Components of α–crocin:
  βD-gentiobiose
  crocetin

Saffron contains some 28 volatile and aroma-yielding compounds, dominated by ketones and aldehydes. Its main aroma-active compounds are safranal – the main compound responsible for saffron aroma – 4-ketoisophorone, and dihydrooxophorone. Saffron also contains nonvolatile phytochemicals, including the carotenoids zeaxanthin, lycopene, various α- and β-carotenes, as well as crocetin and its glycoside crocein, which are the most biologically active components. Because crocetin is smaller and more water-soluble than the other carotenoids, it is more rapidly absorbed.