DNA analysis uncovers diverse contamination on Shroud of Turin

Researchers led by Gianni Barcaccia at the University of Padova have identified DNA from numerous animals, plants, and humans contaminating the Shroud of Turin. The new study reexamines material collected in 1978, revealing traces that suggest extensive handling and possible links to India. Findings complicate debates over the relic's medieval origins.

The Shroud of Turin, a 4.4-metre-long by 1.1-metre-wide cloth housed at the Cathedral of Saint John the Baptist in Turin, Italy, has long been venerated as the burial wrapping of Jesus Christ. First documented in France in 1354, it underwent radiocarbon dating in 1988 that placed its creation between 1260 and 1390, a result accepted by most scientists despite ongoing disputes among some scholars. In 2015, Barcaccia's team first proposed an Indian origin based on earlier analysis of the same 1978 samples now revisited in the latest research. Barcaccia's group detected DNA from domestic animals like cats and dogs, farm species including chickens, cattle, goats, sheep, pigs, and horses, as well as wild animals such as deer and rabbits. Traces also appeared from fish like grey mullet and Atlantic cod, marine crustaceans, insects including flies and aphids, and arachnids such as mites and ticks. Plant DNA included carrots, wheat species, peppers, tomatoes, and potatoes—crops introduced to Europe after explorations of Asia and the Americas. Human DNA came from multiple handlers, including the 1978 sampling team, with nearly 40 per cent linked to Indian lineages. The researchers noted that this diversity challenges identifying any original DNA and points to the shroud's broad exposure in the Mediterranean, possibly with linen imported from near the Indus Valley. Anders Götherström at Stockholm University affirmed the 1988 dating's robustness, stating, “I still see no reason to doubt that the shroud is French and from the 13th-14th century.” He emphasized the relic's documented history as more compelling than unproven legendary claims.

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Archaeological dig at Bronze Age Arkaim uncovering sheep skeleton with visualized ancient plague DNA against Eurasian steppe landscape.
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Ancient sheep DNA offers new clues to how a Bronze Age plague spread across Eurasia

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Researchers analyzing ancient DNA say they have detected the plague bacterium Yersinia pestis in the remains of a domesticated sheep from Arkaim, a Bronze Age settlement in the southern Ural region of present-day Russia. The team reports this is the first known identification of a Bronze Age plague lineage in a nonhuman host from that period, a finding that could help explain how an early, pre-flea-adapted form of plague traveled widely across Eurasia.

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Archaeologists have identified the oldest genetically confirmed dog remains from a site in Turkey dating back 15,800 years, pushing the timeline for canine domestication by about 5,000 years. Additional remains from the UK, around 14,300 years old, show dogs were widespread across Europe during the hunter-gatherer era. The findings suggest early humans spread domesticated dogs through cultural exchanges.

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Ethiopia's Authority for Research and Conservation of Cultural Heritage announced discovery of Homo sapiens fossils from 100,000 years ago in the Middle Awash area of the Afar region. The study, led by Dr. Yonas Beyene with scientists from 24 countries, fills key gaps in Africa's human origins timeline.

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Researchers have developed a laser technique to examine the contents of Charles Darwin's original specimens from the Galápagos Islands without disturbing the nearly 200-year-old jars. The method, known as Spatially Offset Raman Spectroscopy, reveals the chemical makeup of preservation fluids inside sealed containers. This breakthrough aids museums in preserving delicate collections worldwide.

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