oa2017sam5

Koh 2008

Record Summary

For more info on sample types and qualities, see Sample Quality Rankings

Diagnostic Compounds	Proposed Sources	Probable Ingredients
Oleic-acid Duke's NIST	Olea europaea subsp. europaea Duke's	Olive oil
Linoleic-acid Duke's NIST	Olea europaea subsp. europaea Duke's	Olive oil
Cinnamic acid Duke's NIST	Liquidambar orientalis Duke's	Perfume
Linalool Duke's NIST	Coriandrum sativum Duke's Flora	Essential Oil from Corriander Ancient Ref. Thus Alxoitas gave to Thyestes the perfumed-boiler aromatics for perfume destined for boiling: coriander 576 l, cyperus 576 l, *157 16 units, fruits 240 l, wine 576 l, honey 58 l, wool 6 kg, inferior wine 58 l Pylos Linear B tablets Linear B Tablet UN 267 , Link 2 Twinono (?) Kyprios: 6 measures of coriander Knossos Linear B tablets Linear B Tablet Ga 676 , Link 2
Manoyl oxide Duke's NIST	Cistus creticus Duke's Flora	Labdanum resin Ancient Ref. Still more surprising is the way of getting ledanon – or ladanon, as the Arabians call it. Sweet-smelling substance though it is, it is found in a most malodorous place; sticking, namely, like glue in the beards of he-goats who have been browsing amongst the bushes. It is used as an ingredient in many kinds of perfume, and is what the Arabians chiefly burn as incense. Herodotus Histories 3.112
Camphor Duke's NIST	Artemisia absinthium Duke's Flora	Camphor Ancient Ref. And the name of the star is called Apsinthos - i.e. wormwood New Testament Revelation 8:11

Oa id: oa2017ext5
Solvent: ethanol/methanol
Boiled manually: true
Notes: Organic residues were extracted within two weeks of excavation; sherds from the vat’s rhyton-spout were boiled using the two extraction solvents in sequence, ethyl acetate first followed by ethanol (or rarely methanol when stores were momentarily depleted)
Date: 2004
Location: Institute for Aegean Prehistory Study Center, Pacheia Ammos
Number: 2

Oa id: oa2017equ3
Manufacturer: Agilent
Model: 6890N Network 6C
Settings: capillary column (30.0 m x 250 mm x 0.15 mm) set to constant flow mode and front inlet. The carrier gas flow (helium) was set to 0.5 ml/min with an average velocity of 41cm/sec. The EPC Split-Splitless Inlet was set to splitless. The GC oven temperature had a set point of 110 degrees Celsius held for 2 minutes and increased by 6 degrees a minute until it hit 250 degrees and then held for 20 minutes
Notes: Samples were automatically injected with an Agilent Technologies 7683 Series Injector with 10μl syringe; 1μl was injected for most samples with the exception of runs starting from the 12th one, which had 2μl injections; Before the injection of each sample, the computer automatically cleaned the syringe with 10μl of methylene chloride twice and also primed it twice with the ORA sample pre-injection. Post-injection, the syringe was cleaned four times using 10μl of methylene chloride
Detector: Agilent 5973N Network Mass Selective
Location: University of Pennsylvania Department of Chemistry
Solvent: ethyl acetate