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Tutankhamun was a red wine drinker, according to scientists who
have been studying residue left in wine pitchers in the ancient
pharaoh's tomb.
Wine was a luxury drink in ancient Egypt and bottles were
labelled with the wine's name, year of harvest, source and even vine
grower.
Until now the colour of the wine was unknown, as it dried out
over time.
A team of Spanish scientists developed a new technique able to
pinpoint an acid left by compounds in red wine.
New method
The boy king Tutankhamun, who died in about 1324 BC, was, like
his counterparts, buried along with all of the goods and provisions
that the Ancient Egyptians believed their pharaoh would need in the
next life.
"In death, the king had to have the same things he had in life,"
Maria Rosa Guasch-Jane, the leader of the Spanish research team,
said. "The Egyptians wanted the dead to have the same food and
objects that they had in life."
These included a number of pitchers containing wine, marked with
details about the wine's provenance, just as a modern vintner would
include today.
A jar from Tutankhamun's tomb was marked: "Year 5. Wine of the
House-of-Tutankhamun Ruler-of-the-Southern-on, l.p.h (in) the
Western River. By the chief Vintner Khaa.''
Over the thousands of years between the jars being placed in the
tomb and their being removed and placed in the British Museum in
London and the Egyptian Museum in London, the wine had dried out
completely, giving little clue as to what had once lain within.
Light shed on Shedeh
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RELATED LINKS:
Tutankhamun Reconstructed
Tutankhamun's Mummified Lion
Nefertiti Mummy Found
Science lifts the Mummy's Curse
RULERS OF EGYPT:
18th (Diospolite) Dynasty
EXTERNAL LINKS:
Egyptian Museum
The British Museum
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Archaeologists had thought for some time that the wine drunk by
Ancient Egyptians may have been red - tomb paintings showing grapes
being pressed into wine were illustrated with red and purple grapes.
But final proof came with the invention of Ms Guasch-Jane's
technique, which uses both liquid chromatography and mass
spectrometry together.
It revealed syringic acid in scrapings taken from two jars in
Tutankhamun's tomb.
Syringic acid is released by the breakdown of the compound
malvidin, found in red wine.
The scientists were also able to use the tool on residues left
in other jars to establish that a drink called Shedeh, the most
precious drink in Ancient Egypt, was made from grapes, rather than
pomegranates, as was previously thought.
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