Articles tagged with Frozen Human Remains
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The study of Ötzi's genome reveals surprisingly high levels of Anatolian Farmer ancestry, indicating a genetically isolated Alpine population. The findings also suggest that Ötzi had dark skin, dark eyes, and male pattern baldness, contradicting previous reconstructions.
Researchers found that Alpine summits at 3,000 to 4,000m were likely ice-free until around 5,900 years ago. This discovery helps assess future glacier loss in the Alps and provides insights into past climate changes.
A study released in PLOS ONE identified 75 species of mosses and liverworts preserved alongside Ötzi, providing insights into the ancient Alps ecosystem. The bryophyte community around 5,000 years ago was similar to today's, while non-local species confirm Ötzi's route through the Schnalstal valley.
Researchers analyzed the stomach contents of the world's oldest naturally preserved ice mummy and found a remarkably high proportion of fat in his diet. The analysis also revealed wild meat from ibex and red deer, cereals, and traces of toxic bracken, providing insights into ancient dietary habits and food preparation.
Researchers analyzed ancient tools found with a 5,300-year-old frozen mummy to understand the Copper Age mountain people's way of life. The study revealed that the tools were made from chert collected from distant outcrops, indicating long-distance cultural contacts.
A recent study by Georgia Institute of Technology reveals that genetic risks to health, such as cardiovascular disease, may be rising in modern humans. This contradicts the long-term trend of decreased genetic risk found in ancient ancestors.
Researchers at EURAC have made new discoveries about Ötzi's genetic history, clarifying that his maternal lineage is no longer present in modern populations. The study found that Ötzi's mitochondrial DNA, named K1f, originated locally in the Alps and is now extinct.
The study of the Iceman's gut microbes reveals a surprising connection to Asian strains and modern European strains, suggesting that recent human migrations influenced European genetic makeup. The findings also indicate that the Iceman may have been ill before his murder, with high levels of virulence factors in his gut microbiome.
A study analyzing the iceman mummy suggests that genetic predisposition is a significant risk factor for atherosclerosis, even in ancient times. The iceman's genome revealed specific genetic mutations linked to cardiovascular disease, contradicting the idea that our ancestors lived healthier lives.
A study published in PLOS ONE analyzed Neolithic deer hair from the Tyrolean Iceman's clothing to shed light on red deer lineage. The results indicate that Alpine Copper Age red deer falls within the western European lineage, contrasting with current populations in the Italian Alps which belong to the eastern lineage.
Researchers studied the teeth of the Neolithic mummy Ötzi, finding severe oral diseases such as advanced periodontitis and tooth decay. The Iceman's diet, which included starchy foods like bread and cereal porridge, contributed to his dental problems.
A 5,200-year-old study of the Tyrolean Iceman's intestinal contents identifies six different mosses, suggesting he may have traveled, injured himself, and dressed wounds. The findings provide insights into his lifestyle and events leading up to his death.
A new study analyzing Oetzi's hair samples reveals his clothes were made from sheep and cattle fur, supporting the idea that he was a herdsman. The technique used could be faster and more reliable for checking animal hair products and aiding manufacturers in adhering to EU laws.
Researchers used CT scans to reveal a close-to-the-shoulder artery lesion in the Iceman, confirming his cause of death as a result of an arrowhead injury. The discovery sheds new light on life conditions in the past and the evolution of diseases.