Cinnamomum aromaticum (bark)

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=Introduction=
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{{DISPLAYTITLE:''Cinnamomum aromaticum'' (bark) }} {{askbox|herb=''Cinnamomum aromaticum''}}
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=Nomenclature=
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{{nomenclature | binomial=Cinnamomum aromaticum
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|authority=Nees
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|family=Lauraceae
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|scn=cassia
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|syn=''Cinnamomum cassia'' auct.
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|ayurvedic=
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|pinyin=rou gui; rou gui (bark); gui zhi (twig)
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|aka=Chinese cinnamon
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|notes= }}
  
''Introduction from Wikipedia, the free encyclopedia (http://en.wikipedia.org/wiki/Cinnamomum_aromaticum, retrieved 02/22/2012).''
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=Botanical Voucher Specimen=
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=Organoleptic Characteristics=
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{| border=1
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|
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{{Macroscopy| source=Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
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|description= 
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            | color=Cinnamon brown (reddish brown).
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            | flavor=Sweet, pungent, somewhat astringent.
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            | scent=Fragrant, aromatic, very characteristic.}}
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|}
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=Macroscopic Characteristics=
  
''Cinnamomum aromaticum'', called cassia or Chinese cinnamon, is an evergreen tree native to southern China, Bangladesh, Uganda, India, and Vietnam. Like its close relative ''Cinnamomum verum'', also known as "Ceylon cinnamon", it is used primarily for its aromatic bark, which is used as a spice. In the United States of America, cassia is often sold under the culinary name of "cinnamon". The buds are also used as a spice, especially in India, and were once used by the ancient Romans.
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{{ Media    | cat=Macroscopy
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            | source=PlantaPhile
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            | mainimage=PlantaPhile - 3099.jpg
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            | companyimage=PlantaPhile logo.jpg
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            | companyURL=http://plantaphile.com/
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            | }}
  
The tree grows to 10–15 m tall, with greyish bark and hard elongated leaves that are 10–15 cm long and have a decidedly reddish colour when young.
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=Microscopic Characteristics=
 
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{| border=1
''The quoted text in this section was licensed for use under the Creative Commons ShareAlike License, version 3.0: http://creativecommons.org/licenses/by-sa/3.0/''
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|
 
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=Macroscopic Entries=
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=Microscopic Entries=
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{{Microscopy | source=Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
 
{{Microscopy | source=Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
            | mainimage=Microanalysis_powdered_vegetable_google_ver_cinnamon_cassia.png
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             | description=Cassia (bark) (''Cinnamomum aromaticum'') (''Cinnamomum cassia'' auct.)
             | description=Cinnamon (powdered bark) (''Cinnamomum aromaticum'') Lauraceae. (''Cassia Cinnamon'')
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            | color=Cinnamon brown (reddish brown).
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            | flavor=Sweet, pungent, somewhat astringent.
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            | scent=Fragrant, aromatic, very characteristic.
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             | characteristics=Rather short, thick walled bast cells sclerenchyma with cell walls unequally thickened parenchyma cells with compound starch granules; cells with numerous small prismatic crystals; large resin bearing cells; cells of outer bark suberized and with reddish brown contents.  Cassia bark contains relatively more starch than do the other varieties of cinnamon barks and relatively less bast tissue.
 
             | characteristics=Rather short, thick walled bast cells sclerenchyma with cell walls unequally thickened parenchyma cells with compound starch granules; cells with numerous small prismatic crystals; large resin bearing cells; cells of outer bark suberized and with reddish brown contents.  Cassia bark contains relatively more starch than do the other varieties of cinnamon barks and relatively less bast tissue.
 
             | ash=Ash about 6.5 per cent.
 
             | ash=Ash about 6.5 per cent.
             | adulterants=Cassia cinnamon in particular is likely to be adulterated with inferior cassia barks, clove bark, flour, inert vegetable substances.  The quality of cassia cinnamon is proportionate to the number of bast cells present.  The very inferior grades show few bast cells, which indicates that the outer older bark tissue predominates.  Cassia cinnamons could readily be graded according to the bast cell count.  The organoleptic tests, especially taste and odor, are also valuable guides to quality.
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             | adulterants=Cassia cinnamon in particular is likely to be adulterated with inferior cassia barks, clove bark, flour, inert vegetable substances.  The quality of cassia cinnamon is proportionate to the number of bast cells present.  The very inferior grades show few bast cells, which indicates that the outer older bark tissue predominates.  Cassia could readily be graded according to the bast cell count.  The organoleptic tests, especially taste and odor, are also valuable guides to quality.
 
             | }}
 
             | }}
=HPTLC Entries=
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{{Media | cat=Microscopy | source=Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
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            | mainimage=Microanalysis_powdered_vegetable_google_ver_cinnamon_cassia.png}}
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|}
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=High Performance Thin Layer Chromatographic Identification=
  
{{HPTLC | source=Method Developed by Alkemists Laboratories.
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{{HPTLC | source=Elan M. Sudberg, Alkemist Laboratories
                   
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            | description=Cassia (bark) (''Cinnamomum aromaticum'' Nees)
 
             | companyimage=AP-LOGO-Laboratories Crop - Copy.jpg
 
             | companyimage=AP-LOGO-Laboratories Crop - Copy.jpg
 
             | companyURL=http://www.alkemist.com
 
             | companyURL=http://www.alkemist.com
             | mainimage=FilenameOfYourUploadedImageGoesHere.png
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             | mainimage=Cinnamon-2.jpg
             | caption1=UV 254 nm Cinnamomum aromaticum
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             | caption1=''Cinnamomum aromaticum'' HPTLC UV 254 nm
            | description=Cinnamomum aromaticum
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             | image2=Cinnamon-3.jpg
             | image2=Cinnamon-2.jpg
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             | caption2=''Cinnamomum aromaticum'' HPTLC 10% Ethanolic KOH Reagent 365 nm
             | caption2=10% Ethanolic KOH Reagent 365 nm
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             | stationaryphase=Silica gel 60, F254, 10 x 10 cm HPTLC plates
 
             | stationaryphase=Silica gel 60, F254, 10 x 10 cm HPTLC plates
 
             | mobilephase=toluene: ethyl acetate [9.5/0.5]
 
             | mobilephase=toluene: ethyl acetate [9.5/0.5]
 
             | prep=0.3g+3mL CH3OH sonicate/heat @~50° C ~ 1/2 hr.
 
             | prep=0.3g+3mL CH3OH sonicate/heat @~50° C ~ 1/2 hr.
             | detection=Detection method used. i.e. Vanillin/H2SO4 Reagent, 110oC 5 min
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             | detection=Image 1 UV 254 nm; Image 2 10% Ethanolic KOH Reagent 365 nm
            | reference=Details about reference samples used; concentrations and authentication type.
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             | lanes=Lane 2(3μl) ''Cinnamomum aromaticum'' / ''Cinnamomum cassia'' (bark); Lane
            |
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3(3μl) ''Cinnamomum aromaticum'' / ''Cinnamomum cassia'' (bark); Lane 6(3μl) ''Cinnamomum verum'' (bark); Lane 7(3μl) ''Cinnamomum verum'' (bark) authenticated by macroscopic, microscopic &/or TLC studies according to the reference source cited below, held at Alkemists Pharmaceuticals, Costa Mesa, CA.
             | lanes=Lane 2(3μl) (RJ33709CRB) Cinnamomum aromaticum / Cinnamomum cassia (bark); Lane
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| reference=Method Developed by Alkemist Laboratories
3(3μl) (RJ02109HTI) Cinnamomum aromaticum / Cinnamomum cassia (bark); Lane 6(3μl)
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(AW19410HTI) Cinnamomum verum (bark); Lane 7(3μl) (AW24509MRH) Cinnamomum
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verum (bark) authenticated by macroscopic, microscopic &/or TLC studies according to
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the reference source cited below, held at Alkemists Pharmaceuticals, Costa Mesa, CA.
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                              | notes=Further notes and comments should appear in this section.
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             | }}
 
             | }}
  
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=Supplementary Information=
  
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=Sources=
  
 
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<references />
 
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=Other Points of Interest=
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Latest revision as of 17:54, 2 June 2014

AHPA recognizes other valuable resources exist regarding the identity of Cinnamomum aromaticum.

To submit a suggestion or contribution, please contact Merle Zimmermann.

Contents

Nomenclature

Cinnamomum aromaticum Nees   Lauraceae  
Syn. Cinnamomum cassia auct.  
Standardized common name (English): cassia  
Pinyin name(s): rou gui; rou gui (bark); gui zhi (twig)

Botanical Voucher Specimen

Organoleptic Characteristics

  

Color Cinnamon brown (reddish brown). 

Scent Fragrant, aromatic, very characteristic. 

Flavor Sweet, pungent, somewhat astringent.

Source: Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed. [1]

Macroscopic Characteristics

bottomright

PlantaPhile - 3099.jpg
Source: PlantaPhile[2]

Microscopic Characteristics

Cassia (bark) (Cinnamomum aromaticum) (Cinnamomum cassia auct.)Rather short, thick walled bast cells sclerenchyma with cell walls unequally thickened parenchyma cells with compound starch granules; cells with numerous small prismatic crystals; large resin bearing cells; cells of outer bark suberized and with reddish brown contents. Cassia bark contains relatively more starch than do the other varieties of cinnamon barks and relatively less bast tissue.

Source: Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed. [3]


Microanalysis powdered vegetable google ver cinnamon cassia.png
Source: Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.[4]

High Performance Thin Layer Chromatographic Identification

AP-LOGO-Laboratories Crop - Copy.jpg
(thumbnail)
Cinnamomum aromaticum HPTLC UV 254 nm

Cassia (bark) (Cinnamomum aromaticum Nees)

Lane Assignments Lane 2(3μl) Cinnamomum aromaticum / Cinnamomum cassia (bark); Lane 3(3μl) Cinnamomum aromaticum / Cinnamomum cassia (bark); Lane 6(3μl) Cinnamomum verum (bark); Lane 7(3μl) Cinnamomum verum (bark) authenticated by macroscopic, microscopic &/or TLC studies according to the reference source cited below, held at Alkemists Pharmaceuticals, Costa Mesa, CA. 

Stationary Phase Silica gel 60, F254, 10 x 10 cm HPTLC plates 

Mobile Phase toluene: ethyl acetate [9.5/0.5] 

Sample Preparation Method 0.3g+3mL CH3OH sonicate/heat @~50° C ~ 1/2 hr. 

Detection Method Image 1 UV 254 nm; Image 2 10% Ethanolic KOH Reagent 365 nm 

Reference see Method Developed by Alkemist Laboratories

Source: Elan M. Sudberg, Alkemist Laboratories [5]

Supplementary Information

Sources

  1. Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
  2. PlantaPhile http://plantaphile.com/
  3. Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
  4. Schneider, A. (1921) The Microanalysis of Powdered Vegetable Drugs, 2nd ed.
  5. Elan M. Sudberg, Alkemist Laboratories http://www.alkemist.com
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