DOI: 10.5281/zenodo.15141877
title: Table 2 in Volatile constituents of Eupatorieae (Asteraceae). Compositional multivariate analysis of volatile oils from Southern Brazilian species in the subtribe Disynaphiinae

description: Table 2 Chemical composition of Volatile Oils from species in the Sutribe Disysnaphiinae of Eupatorieae (Asteraceae). Acanthostyles, Raulinoreitzia, Campovassouria, and Symphyopappus.
Genus–AcanthostylesRaulinoreitziaCampovassouriaSymphyopappusSpecies–A. buniifoliusR. crenulataR. tremulaC. bupleurifoliaS. casarettoiS. itatiayensisS. reticulatusSampling site–GuaíbaCanelaCanelaGuaíbaMorro ReuterS˜ao Francisco PaulaImbe´Tr ˆ es CachoeirasGravataíGravataíSampling time–Mai/05Apr/05Apr/05Apr/05Oct/05Oct/05Apr/05Jan/11Apr/05Oct/05Analyzed organsRI ai bap cIl dlilililiaplli(Z)-3-hexenol858––––––––––––––––N-hexanol866––––––––––––––––santolinatriene880–tr j0.70.31.6–––––––––––tricyclene911––––tr–––––0.1–––––α- thujene916tr7.10.10.3––0.1––tr0.40.3–0.1tr–α- pinene9229.814.635.810.315.512.10.80.32613.7–7.84.70.7α- fenchene935–tr––––––––0.1––tr––thuja-2,4(10)-diene941––––––––––––––––verbenene947––––––––––––––––camphene9660.7–––––trtr–––––2.2tr–sabinene9662.33.12.33.80.20.18.95.10.40.23.81.5–0.11.30.4β- pinene9692.419.19.814.72.70.77.24.8103.4287.3–2.31.71.4β- myrcene97916.410.815.30.1–30.9tr0.54.34.7–2.30.6trδ-2-carene994–0.10.90.4––1.90.2––0.1tr––––α- phellandrene995–tr0.20.1––––––trtr–tr––α- terpinene1007–trTr0.1––tr–––tr0.2–tr––p-cymene1015tr0.20.50.40.1–0.70.4tr0.20.10.2–0.10.1trlimonene10201.6820.522.80.1–8.13.43.23.15.27.4–15.812.56.1β- phellandrene1021––––––––––––––––(Z)-β- ocimene1031–tr0.50.30.4–tr0.4––tr0.2–0.50.4–(E)-β- ocimene10420.60.82.51.71.2–2.3–––3.27.2–2.61.8–γ- terpinene1051–0.2–0.2––0.2tr––0.20.5–tr––terpinolene1080–0.1––––tr–––tr0.4–0.1tr–linalool1092–––––––––0.40.2tr––tr–1,3,8-p-menthatriene1096––––––––––––––––α- campholenal1118––––––––––––––––nopinone1121–––––––––tr––––––trans-sabinol1128––––––––––––––––trans-pinocarveol1130–tr–––––––0.5––––––trans-verbenol1134–tr–––––––tr––––––p-mentha-1,5-dien-8-ol1150––––––––––––––––pinocarvone1151––––––––––––––––n-heptanoic acid1170––––––––––––––––terpinen-4-ol1172–0.2–0.2––1.60.2tr0.50.10.5–tr0.1trcryptone1178––––––––––––––––α- terpineol1183–tr–tr––0.20.6tr0.5tr0.2––tr–myrtenal1188–tr––––––tr0.2––––––myrtenol1189–tr––––––trtr––––––neral1200––––––––––––––––nerol1211––––––––––––––––verbenone1216––––––––––––––––carvone1224––––––––––––––––thymol methyl ether1225––––––––––––––––geraniol1238––––––––––––––––cis-chrysanthemyl acetate1245––––––––––––––––isobornyl acetate1272––––––––––––––tr–bornyl acetate1273––––––––––––––––n-tridecane1284––––––––––––––––Species–A. buniifoliusR. crenulataR. tremulaC. bupleurifoliaS. casarettoiS. itatiayensisS. reticulatusSampling site–GuaíbaCanelaCanelaGuaíbaMorro ReuterS˜ao Francisco PaulaImbe´Tr ˆ es CachoeirasGravataíGravataíSampling time–Mai/05Apr/05Apr/05Apr/05Oct/05Oct/05Apr/05Jan/11Apr/05Oct/05Analyzed organsRI ai bap cIl dlilililiapllitrans-sabinyl hydrate1285––––––––––––––––trans-pinocarvyl acetate1289–tr––––––––––––––silphiperfol-5-ene B1308––––––––––––tr–––δ- elemene13260.7tr––––––––tr0.2tr–tr–verbenyl acetate1327–––––––––––0.3––––7-epi-silphiperfol-5-ene1328––––––––––––1.5–––α- cubebene1336–tr––––tr–––––––trtrneryl acetate1351–––tr––––––––––––cyclosativene1352––––––––––––––trtrα- ylanguene1357––––––––––––––tr–α- copaene1362–0.4–tr––0.40.50.90.50.10.20.30.30.83.2β- maaliene1365–––––––––––––––trtrans-myrtenyl acetate1368––––––––––––––––geranyl acetate1369––––––––––––––––β- bourbonene1370tr0.2–tr––trtrtrtr0.10.10.2trtrtrβ- cubebene1376–0.2––––0.30.5trtr–––0.20.50.9β- elemene13784.70.20.20.1––0.30.6trtr0.51.4–0.20.40.4isocaryophyllene1390––––––––––––––––cyperene1394––––––––––––––––α- cedrene1397––––––––––––––––α- gurjunene1400––––––––––––––––(E)-β- caryophyllene14087.17.315.410.4––13.412.66.42.96.214.61.215.221.629β- gurjunene1414––––––––––0.1tr–tr0.1–γ- elemene1414––––––––––––––––α- trans-bergamotene1420––––––––––––––––aromadendrene1422––0.20.4––trtr–0.5–0.40.2trtr–α- guaiene14231.2–––––––––––––tr–(Z)-β- farnesene1432––––0.40.1––––––––––α- himachalene1433––––––––––––––––α- humulene1437tr10.80.6––0.80.91.2tr0.73.70.61.17.49.4sesquisabinene1438––––––––––––2.4–––(E)-β- farnesene1442––––4.73.3––––––––––allo-aromadendrene1442–0.2–––0.6tr0.2–0.20.10.1––––dehydroaromadendrene1443––––––––––––––––β- santalene1446––––––––––––––––9-epi-(E)-caryophyllene1451––––––––––––––––drima-7,9(11)-diene1453––––––––––––––––cadina-1(6),4-diene1456––––––––––––––––amorpha-4,7(11)-diene1457––––––––––––15.4–––β- chamigrene1459––––trtr––––––––––cis-cadina-1(6),4-diene1462––––75.5––––––––––γ- muurolene1463–––tr––0.81.2––trtr–––0.4germacrene D146724.211.49.47.2––6.410.2––10.69–34.423.56.4amorpha-4,7(11)-diene1468––––11.710.5––––––––––ar-curcumene1468––––––––––––––––β- selinene1470–0.2–––––––0.3tr0.2––––cis-β- guaiene1472––––––––––––––––epi-bicyclosesquiphellandrene1476–0.3––––––––––––––α- selinene1478––––––––––––––––Species–A. buniifoliusR. crenulataR. tremulaC. bupleurifoliaS. casarettoiS. itatiayensisS. reticulatusSampling site–GuaíbaCanelaCanelaGuaíbaMorro ReuterS˜ao Francisco PaulaImbe´Tr ˆ es CachoeirasGravataíGravataíSampling time–Mai/05Apr/05Apr/05Apr/05Oct/05Oct/05Apr/05Jan/11Apr/05Oct/05Analyzed organsRI ai bap cIl dlilililiaplliviridiflorene14780.9–––––––––––––––valencene1479––––––––––tr––tr––bicyclogermacrene14822.19.719.212––37.3––7.212.731.110.87.31.6α/β- chamigrene1484––––0.60.8––––––––––α- muurolene14860.60.40.3tr––0.30.5–0.70.20.5––0.41germacrene A14898.30.30.50.2––0.20.4––10.9tr0.30.3tr(E,E)-α- farnesene1490––––––––––––––––1,7-di-epi-β- cedrene1494––––––––––––––tr–β- bisabolene1494––––17.115.5––––––4.3–––trans-β- guaiene149422–––––––––––––––(Z)-α- bisabolene1497––––––––––––––––(Z)-γ- bisabolene1497––––1.11.8––––––––––γ- cadinene1497tr0.2–0.2––tr0.20.40.50.10.20.60.10.1trδ- amorphene1499––––––––––––––––cubebol1500––––––––––––––0.1–cis-cadina-1,4-diene1502––––––––––––––––7-epi-α- selinene1503––––––––––––––––germacrene C15030.1–––––––––––3.9–––calamenene1504––––––––––––––––cis-calamenene1505––––––trtr–tr––––––δ- cadinene15061.91.410.9––1.520.7tr0.31.20.40.50.7–β- cadinene1506–tr––––––––––––––cadina-1,4-diene1514–––––––––––tr––––trans-cadina-1,4-diene1514–tr–tr––trtr––––––––β- sesquiphellandrene1515––––7.17.9––––––0.4–––α- cadinene1520–tr–tr––trtr–tr–tr––tr–liguloxide1523––––0.60.7––––––––––α- calacorene1526––––––tr––tr–tr––trtrunk11529–––––3.6––––––––––elemol1534––––––––––––––––germacrene B15424.2––––––tr––0.1––tr––cis-muurola-4(14),5-diene1547––––––––––––––tr–γ- calacorene1549––––––––––––––––β- calacorene1551–––––––––––0.1––––germacrene D-4-ol1563–0.60.5––––tr––––––––β- copaen-4-α- ol1563––––––––––0.2–––––(E)-nerolidol1566–––––––––1.1––––––ledol1567––––––––––––––––spathulenol1569–2.5–0.4tr–5.28.1320.11.21.71.15.714.7caryophyllene oxide1579–1.4–tr––2.62.225.228.5–0.40.10.42.716.2epiglobulol1581–––––––––––––tr––globulol1581––––––4.1514.820.10.21.60.90.1––epi-globulol1587––––––2.6715.414.1––0.6–––Species–A. buniifoliusR. crenulataR. tremulaC. bupleurifoliaS. casarettoiS. itatiayensisS. reticulatusSampling site–GuaíbaCanelaCanelaGuaíbaMorro ReuterS˜ao Francisco PaulaImbe´Tr ˆ es CachoeirasGravataíGravataíSampling time–Mai/05Apr/05Apr/05Apr/05Oct/05Oct/05Apr/05Jan/11Apr/05Oct/05Analyzed organsRI ai bap cIl dlilililiapllihumulene epoxide I1588–0.20.20.3––––––––––––5-epi-7-epi-α- eudesmol1591––––––––––––0.2–––humulene epoxide II1601––––––tr––0.8–0.1––0.52.5cis-cadin-4-en-7-ol1612––––––––––––0.2–––1,10-di-epi-cubenol1615––––––––––––––––cadinol1616––––––––––––––––eudesmol*1619––––––––––––––––caryophylladienol II1620––––––––––––––––unk21622––––––––––––1.2–––amorpha-4-en-7-ol1625––––7.56.6––––––––––1-epi-cubenol1626––––––0.2––––0.2––––cubenol1631––––––––––0.10.9–0.20.40.4isospathulenol1631tr–––––0.3tr–tr–––0.111τ- cadinol/τ- muurolol1636–––0.5––0.71.53.22.2––––––α- muurolol1643––––––2.94.7–0.3––0.7tr0.2–β- eudesmol1643––––––––––––––––α- cadinol1655––––––0.91.95.65.60.2–10.40.71verboccidentafuran1662––––11.616.1––––––6.4–––cadalene1663–––––––––––tr––––α- bisabolol1677––––––––––––––––epi-α- bisabolol1680––––10.79.6––––––4.9–––(2Z,6E)-farnesol1687––––––––––––––––dodecanal1700––––––––––––––––acetato de (E)-nerolidol1710––––––––––––––––(E,E)-farnesol1711––––––––––––––––laevigatin1732––––0.4–––––––––––Z-lanceol1758––––––––––––0.3–––n-octadecane1795––––––––––––––––3-oxo-verboccidentafuran1856––––3.614.7––––––4–––hexa-hydrofarnesylacetone1862––––––––––––––––methyl n-hexadecanoate1914––––––––––––––––n-eicosane1967––––––––––––––––n-heneicosane2180––––––––––––––––n-docosane–––––––––––––––––n-tricosane–––––––1.6––3––––––n-tetracosane––––––––––tr––––––n-hexadecanoic acid1982––––––––––––––––n-nonadecanal2107––––––––––––0.3–––trans-phytyl acetate2208––––––––––––––––n-pentacosane2469–––––––––1––––––n-hexacosane–––––––––––––––––n-heptacosane2638––––––––––––––––n-octacosane–––––––––––––––––n-nonacosane2796––––––––––––––––AL e–––––––1.6––4.0––0.3–––HM f–18.459.751.866.27.41.147.927.314.47.771.543.6–33.923.118.4Species–A. buniifoliusR. crenulataR. tremulaC. bupleurifoliaS. casarettoiS. itatiayensisS. reticulatusSampling site–GuaíbaCanelaCanelaGuaíbaMorro ReuterS˜ ao Francisco PaulaImbe´Tr ˆes CachoeirasGravataíGravataíSampling time–Mai /05Apr / 05Apr / 05Apr / 05Oct / 05Oct / 05Apr / 05Jan /11Apr / 05Oct / 05Analyzed organsRI ai bap cIl dlilililiaplliOM g HS h OS i Total– – – –– 78.0 – 96.40.2 33.4 4.7 98.0– 47.0 0.7 99.50.2 32.0 1.2 99.6– 49.7 34.4 91.5– 46.0 47.7 94.81.8 27.4 19.5 98.20.8 37.1 30.4 95.6– 9.6 67.2 91.22.1 5.6 74.7 94.10.3 27.3 0.8 99.90.7 45.8 4.4 94.5– 62.5 22.2 85.0– 63.1 2.3 99.30.1 63.1 11.3 97.6– 78.0 – 96.4
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description: Published as part of de Souza, Tiago J. T., S, Bordignon, ergio A. L., Apel, Miriam A. & Henriques, Amelia T., 2021, Volatile constituents of Eupatorieae (Asteraceae). Compositional multivariate analysis of volatile oils from Southern Brazilian species in the subtribe Disynaphiinae, pp. 5-9 in Phytochemistry (112734) 186 on page 5, DOI: 10.1016/j.phytochem.2021.112734, http://zenodo.org/record/8258534