DOI: 10.5281/zenodo.15153973
title: Table 2 in What Socrates drank? Comparative chemical investigation of two Greek Conium taxa exhibiting diverse chemical profiles

description: Table 2 Chemical composition of the essential oils a of Conium divaricatum.
Compounds bRRI cD1D2D3D4D5D6D7D8D9D10D11D12D13D14D15D16D17D18D19D20D21D22D23D24D25(2 E)-Hexenal846––––––––––0.4––––––––––––––(3Z)-Hexenol850––––––––––0.9––––––––––––––Ethylbenzene8540.3––––––––––––––––––––––––Sabinene9750.1–––––––––––––––tr––––––––trans -m -Mentha-2,8-diene979––––0.3––––––––––––––––––––β- Pinene979––––––tr–––––––––––tr–––4.38.0–Myrcene9880.3tr–0.30.2–tr––tr––tr–––0.40.60.30.3tr–tr––Octanal998––––––––––––––––––––––2.81.98.2(3 Z)-Hexenyl acetate1004–––tr––––––0.8–trtr–––––––––––(Z)- β -Ocimene1032trtr–trtr–tr––trtr–tr–––trtrtrtrtr–4.0––(E)- β -Ocimene10440.60.4–0.50.6–1.6tr–2.01.5tr1.9tr––3.11.32.00.6tr–tr––4-Nonanone10840.30.3–0.40.4–trtr––––0.2–––0.60.70.50.2tr––––Terpinolene1086–––0.10.1–trtr––0.2–0.5–––0.50.20.7trtr–2.5tr–Nonanal1115––––––trtr–tr0.21.0tr––––––trtr–trtr–Methyl salicylate1195––––0.2–––––––––––––––––––(2 E)-Decenal1264–––––––––tr–––––––––––7.72.52.49.9trans -α -Necrodol acetate12780.1–––0.2––––––––––––––––––––Lavandulyl acetate12800.6tr–0.10.6––––tr–––––––––tr–––––Undecanal1307––––––––––––––––––tr0.2tr–––(2 E,4 E)-Decadienal1318––––––––––––––––––tr0.2––trtr–α -Copaene1372–––tr––trtr–trtrtrtr––tr––tr0.2tr–trtr3.2(E)-Caryophyllene14100.50.9tr0.50.7–3.70.9tr1.82.54.71.51.4tr4.70.71.40.90.90.2–trtrtrcis -α -Bergamotene1427–––––––––––––––––––––13.6–1.03.5Germacrene D14710.31.51.31.80.9–7.32.43.35.05.37.011.51.91.6trtrtr0.20.3tr6.91.44.93.5Phenylethyl 2-methylbutanoate14810.10.5–0.2tr–0.8––0.20.5–––––tr0.3trtr0.2––––α -Zingiberene14830.1––––––––––2.90.8trtr–––––––tr––α -Muurolene1495–––tr––trtr–trtrtrtrtrtrtr–trtr0.5tr–trtrtr(E, E)- α -Farnesene1499–––tr––0.5tr–tr0.91.10.3trtr–––trtr–––––β- Bisabolene1502–––––––––––––––––––––12.82.68.722.4δ -Cadinene1514–––tr––trtr–tr–trtrtr––––tr0.3tr–trtrtrβ -Sesquiphellandrene1519––––––––––––––––––––––2.5–-Benzyl hexanoate15360.40.3tr0.40.4–trtr–tr–––––––––tr–––––Elemicin1543–––––––––––––––––––––36.76.0tr–cis -3-Hexenyl octanoate1573–––––––––0.2–––tr–––––––-–––Hexyl octanoate1575––––––tr––0.3–––––––––––-–-–2-Phenylethyl tiglate1578–tr–––––––0.3–––––––––––––––Caryophyllene oxide1580–––––––––––––––tr–––––-tr-5.4Salvial-4 (14)-en-1-one1588––––––tr––––––––––––––-tr1.010.8Khusinol1688–––––––––––––––––––––-–2.1–Benzyl octanoate1743–––––––––0.6–––––––––tr–-–––Unidentified 1 (71, 234)d17482.13.82.13.83.7–tr0.6tr0.6––0.4tr––0.50.41.00.80.6-–––4′-Oxooctyl hexanoate (3)17676.75.73.68.922.6–5.81.92.34.41.41.12.42.51.8–4.88.05.07.47.6–trtr–Hexahydrofarnesyl acetone1840–––––8.1–––––––trtr2.6–––––-––trPhenylethyl octanoate1843––––––tr––1.50.4trtr1.2tr–tr0.3–0.6tr-–––4′-Oxodecyl hexanoate (1)198074.478.288.472.441.23.560.440.985.250.054.359.662.172.879.52.881.376.077.566.079.822.049.413.08.4Octadecanal2025––––––––––0.3tr–––2.5–0.2–0.30.4––––Isopropyl hexadecanoate2034––––––––––––0.9–––––0.5––––––Unidentified 2 (97, 250)d2058–––––––––––––––––––––––1.0–Unidentified 3 (91)d2073–––––––––––––––––––––––9.5–n -Heneicosane2100–––tr––1.5trtr1.0trtrtrtr––––tr–tr––––Phytol2110–––––––––––––1.3tr11.2–––––––––Osthol2138––––––––––––––––––––––4.31.910.7Unidentified 4 (71, 296)d21392.11.31.12.16.1–0.80.9–0.40.9tr0.5tr0.7–0.80.80.70.71.2––––9-Methyl-heneicosane2140––––––tr––1.9–––––––––––––––(continued on next page)
description: Published as part of Vlassi, Anthi, Koutsaviti, Aikaterini, Constantinidis, Theophanis, Ioannou, Efstathia & Tzakou, Olga, 2022, What Socrates drank? Comparative chemical investigation of two Greek Conium taxa exhibiting diverse chemical profiles, pp. 3 in Phytochemistry (113060) 195 on page 3, DOI: 10.1016/j.phytochem.2021.113060, http://zenodo.org/record/8234268