Lying down and vomiting between courses: This is how Ancient Romans would feast
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Imagine, if you will, the most glorious festive feast, with an oversize turkey, stuffing two ways, holiday ham, the requisite fixings and at least half a dozen pies and cakes. That may all sound grand — that is, until you consider the extravagant displays of the ancient Roman banquet.
Members of the Roman upper classes regularly indulged in lavish, hours-long feasts that served to broadcast their wealth and status in ways that eclipse our notions of a resplendent meal. “Eating was the supreme act of civilization and celebration of life,” said Alberto Jori, professor of ancient philosophy at the University of Ferrara in Italy.
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Ancient Romans enjoyed sweet and salty concoctions. Lagane, a rustic short pasta usually served with chickpeas, was also used to make a honey cake with fresh ricotta cheese. The Romans used garum, a pungent, salty fermented fish sauce for umami flavor in all dishes, even as a dessert topping. (For context, garum has a similar flavor profile and composition to current-day Asian fish sauces such as Vietnam’s nuoc mam and Thailand’s nam pla.) The prized condiment was made by leaving fish meat, blood and guts to ferment inside containers under the Mediterranean sun.
Game meat such as venison, wild boar, rabbit and pheasant along with seafood like raw oysters, shellfish and lobster were just some of the pricey foods that made regular appearances at the Roman banquet.
What’s more, hosts played a game of one-upmanship by serving over-the-top, exotic dishes like parrot tongue stew and stuffed dormouse. “Dormouse was a delicacy that farmers fattened up for months inside pots and then sold at markets,” Jori said. “While huge quantities of parrots were killed to have enough tongues to make fricassee.”
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Giorgio Franchetti, a food historian and scholar of ancient Roman history, recovered lost recipes from these repasts, which he shares in “Dining With the Ancient Romans,” written with “archaeo-cook” Cristina Conte. Together, the duo organize dining experiences at archaeological sites in Italy that give guests a taste of what eating like a Roman noble was all about. These cultural tours also delve into the eyebrow-raising rituals that accompanied these meals.
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What is mirror life? Scientists are sounding the alarm
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Scientist Kate Adamala doesn’t remember exactly when she realized her lab at the University of Minnesota was working on something potentially dangerous — so dangerous in fact that some researchers think it could pose an existential risk to all life forms on Earth.
She was one of four researchers awarded a $4 million US National Science Foundation grant in 2019 to investigate whether it’s possible to produce a mirror cell, in which the structure of all of its component biomolecules is the reverse of what’s found in normal cells.
The work was important, they thought, because such reversed cells, which have never existed in nature, could shed light on the origins of life and make it easier to create molecules with therapeutic value, potentially tackling significant medical challenges such as infectious disease and superbugs. But doubt crept in.
“It was never one light bulb moment. It was kind of a slow boiling over a few months,” Adamala, a synthetic biologist, said. People started asking questions, she added, “and we thought we can answer them, and then we realized we cannot.”
The questions hinged on what would happen if scientists succeeded in making a “mirror organism” such as a bacterium from molecules that are the mirror images of their natural forms. Could it inadvertently spread unchecked in the body or an environment, posing grave risks to human health and dire consequences for the planet? Or would it merely fizzle out and harmlessly disappear without a trace?
https://061.zp.ua/ru/military-law/
Военный адвокат Запорожье
Военный адвокат Запорожье
Scientist Kate Adamala doesn’t remember exactly when she realized her lab at the University of Minnesota was working on something potentially dangerous — so dangerous in fact that some researchers think it could pose an existential risk to all life forms on Earth.
She was one of four researchers awarded a $4 million US National Science Foundation grant in 2019 to investigate whether it’s possible to produce a mirror cell, in which the structure of all of its component biomolecules is the reverse of what’s found in normal cells.
The work was important, they thought, because such reversed cells, which have never existed in nature, could shed light on the origins of life and make it easier to create molecules with therapeutic value, potentially tackling significant medical challenges such as infectious disease and superbugs. But doubt crept in.
“It was never one light bulb moment. It was kind of a slow boiling over a few months,” Adamala, a synthetic biologist, said. People started asking questions, she added, “and we thought we can answer them, and then we realized we cannot.”
The questions hinged on what would happen if scientists succeeded in making a “mirror organism” such as a bacterium from molecules that are the mirror images of their natural forms. Could it inadvertently spread unchecked in the body or an environment, posing grave risks to human health and dire consequences for the planet? Or would it merely fizzle out and harmlessly disappear without a trace?