Home Profiles Search Statistics About Contact Us Geolocation FAIR Data Cite Us

πŸ“„ Publication Info

Title leaf secretory structure and volatile compounds ofeugenia copacabanensiskiaersk. (myrtaceae)
Journal journal of essential oil research
Year 2011
DOI 10.1080/10412905.2011.9700472
Cited By 14
OpenAlex View β†—
Full Text View Full Publication β†—
Abstract
abstract eugenia copacabanensis kiaersk. (myrtaceae) is restricted to salt marshes or restinga areas along the southeastern coast of brazil. this work analyzes the leaf secretory structures and volatile compounds produced in e. copacabanensis plants collected in the marambaia restinga of rio de janeiro city. simultaneous-distillation extraction (sde), when combined with gc-fid and gc/ms analyses, revealed -pinene (20.2%) and -pinene (50.4%) as the major volatiles of this plant, proving that it is rich in monoterpenes. trans-caryophyllene (10.3%) was the only sesquiterpene identified. using light microscopy, e. copacabanensis leaves presented numerous randomly distributed oil secretory cavities in the mesophyll, while histochemical tests showed the presence of terpenoids and lipophilic substances accumulated in secretory cavities and parenchyma cells.
1
Plants
7
Compounds
7
Records

πŸ”— Publication Network

πŸ”— Standard
βš–οΈ Weighted (by Amount)
Loading network…
Compounds
Plants
Plant Parts
All Records
CompoundCount
trans-caryophyllene1
menth-1,5-diene-8-ol1
geijerene1
beta-pinene1
alpha-ylangene1
alpha-pinene1
1,8-cineole1
PlantFamily
Eugenia copacabanensismyrtaceae
Plant PartCount
leaf7
PlantCompoundPart%
Eugenia copacabanensis 1,8-cineole leaf 2.4
Eugenia copacabanensis alpha-pinene leaf 20.2
Eugenia copacabanensis alpha-ylangene leaf 1.2
Eugenia copacabanensis beta-pinene leaf 50.4
Eugenia copacabanensis geijerene leaf 1.7
Eugenia copacabanensis menth-1,5-diene-8-ol leaf 1
Eugenia copacabanensis trans-caryophyllene leaf 10.3