Articles tagged with Mummified Remains
Researchers found 16 mummified individuals, a dog, and disturbed deposits in Theban Tomb 209, indicating a spatial logic in reuse and a kind of funerary memory. The study suggests that cultural rites were reconfigured, but not lost, as the tomb was repeatedly reactivated over time.
A new study has found evidence of potentially hazardous microbial growth on mummified human and animal remains sold online, posing risks to buyers. The analysis also highlighted non-compliance with postal regulations, putting delivery workers and others at risk. Stronger oversight is needed across online marketplaces and industries.
Researchers studied six royal mummies from the Middle Kingdom and found evidence of strong muscle attachments and healed fractures, indicating the princesses were skilled archers. The study provides insight into the daily lives of these royal women, revealing they faced hardships despite their high status.
A pre-Columbian Bolivian mummy has been found to harbor the ancient Streptococcus pyogenes bacterium, a pathogen responsible for scarlet fever. The genome of this centuries-old bacterium was reconstructed from its DNA, revealing genetic variants that may no longer exist today.
Researchers analyzed the gut microbiome of a 1,000-year-old mummy from Zimapán, Mexico, revealing specific types of bacteria present. The findings expand knowledge of ancient microbiomes and may provide clues to the individual's life, including their diet, health, and lifestyle.
The Conservation Soft Box is an airtight, controlled environment case that preserves cultural heritage with minimal maintenance. It achieves similar results to expensive display cases but at a much lower cost, making it accessible to countries with limited resources.
A 140,000-year-old child's skeleton from Israel reveals biological ties between Neanderthals and early Homo sapiens through unique morphological traits. The discovery confirms genetic exchanges between the two groups, with up to 6% of modern humans' genome originating from Neanderthals.
Researchers analyzed a centuries-old Austrian mummy and found it remarkably well-preserved due to an unusual embalming technique involving wood chips, twigs, fabric, and zinc chloride. The mummy, of a local parish vicar, was identified through interdisciplinary analysis, including radiocarbon dating and stable isotope patterns.
The study found that individual mummies emitted unique scents, indicating differences in preservation processes. Researchers analyzed air samples using GC-MS-O and identified compounds from various sources, including mummification, microbiological activity, oils, and synthetic pesticides.
Researchers from UCL and the University of Ljubljana conducted a systematic study on the smells of nine ancient Egyptian mummified bodies, identifying materials used in mumification and evolution of practices. The study also provides insights into how museums conserve remains and preserves their olfactory heritage.
Researchers found the woman was embalmed with costly imported ingredients, contradicting traditional beliefs about mummification. The study also revealed she suffered from arthritis and had a unique facial expression that may be attributed to a cadaveric spasm caused by intense pain.
Researchers analyzed skeletal remains of ancient Egyptian baboon mummies from the site of Gabbanat el-Qurud, finding lesions and deformations indicative of malnutrition and lack of sunlight. The findings provide insights into how baboons were kept in captivity before their eventual mummification.
A study led by primatologist Gisela Kopp identified the Horn of Africa as the region of origin for ancient Egyptian mummified baboons. Genetic analysis and comparisons with historical records linked Punt to Adulis, suggesting two names for the same place used at different times.
Scientists uncover evidence of long-term resident populations of mice living at extreme elevations in the Andes. Genetic and radiocarbon analysis reveals a species of leaf-eared mouse thriving above 6,000 meters, challenging previous assumptions about mammalian life on Earth.
Researchers found 13 mummified leaf-eared mouse cadavers atop 4-mile-high volcanoes, with DNA analysis revealing a distinct population from lower-altitude mice. The discovery suggests the rodents ascended without human assistance and have adapted to extreme conditions.
A study published in PLOS ONE reveals that pre-Columbian Caribbean cultures consumed a wide variety of plants, including sweet potato, chili peppers, and domesticated tomatoes. The analysis also detected tobacco and cotton, challenging the traditional staple food narrative.
Researchers discovered 'mummified' bees in their brood cells, preserving them for 3,000 years due to exceptional conservation. The bees' cause of death remains unknown but is linked to oxygen shortages and changing temperatures in southwest Portugal.
Researchers from the Max Planck Institute have recreated an ancient Egyptian woman's scent used in her mummification, revealing complex ingredients and trade connections. The 'scent of eternity' blend includes beeswax, plant oil, and exotic resins, highlighting sophisticated mummification practices and long-distance trade.
The analysis of balms used to preserve ancient Egyptian noblewoman Senetnay's organs reveals a complex composition with imported ingredients, indicating her high social status. The presence of specific compounds, such as larixol and dammar, suggests that different balms were used for different organs.
A new study has discovered hundreds of mummified bees from the time of Pharaoh Siamun, which have provided valuable insights into the decline of bee populations. The bees were found in a fossilized state on the southwest coast of Portugal and preserved the smallest anatomical details, including sex and pollen supply.
Researchers detected Plasmodium falciparum, the deadliest form of malaria, in mummified tissues from Medici family members. The parasite was identified through microscopic and molecular analyses, revealing characteristic ring-shaped structures and Maurer's clefts.
Researchers analyzed six sealed copper alloy animal coffins using neutron tomography, identifying bones, textiles, and lead fragments that shed light on ancient Egyptian mummification techniques and ritual purposes.
Researchers analyzed chemical residues in ancient vessels to identify specific embalming ingredients, including unexpected global sources like tropical Africa and Southeast Asia. The findings shed new light on the global trade relationships involved in ancient Egyptian mummification.
The 'Golden boy' mummy is a 2,300-year-old undisturbed body equipped with 49 amulets of 21 different types, including golden and semiprecious stones. CT scans reveal these amulets were placed to protect the body and give it vitality in the afterlife.
A study of 10 mummified crocodile remains discovered in an undisturbed tomb at Qubbat al-Hawā offers new insights into pre-Ptolemaic mummification practices. The unique preservation style suggests a different approach to carcass evisceration and resin use compared to other archaeological sites.
Three pre-Columbian South American mummies found evidence of lethal trauma, with two males dying from extreme intentional violence. The study used 3D CT scans to examine the mummies and provide new insights into the rate of trauma and violent deaths in prehistoric human societies.
A new study suggests that mummification in prehistory was more common in Europe than thought, dating back to 8,000 years ago. The researchers found evidence of desiccation and hyperflexion in skeletal remains from the Sado Valley in Portugal.
Researchers from Egypt used 3D CT scanning to 'digitally unwrap' the mummy of Pharaoh Amenhotep I, dispelling a theory that 21st dynasty restorers reused old royal burial equipment. The study revealed that the priests lovingly repaired injuries inflicted by tomb robbers and preserved the pharaoh's jewelry and amulets.
Scientists have developed a new technique to extract DNA from the 'cement' head lice that attached eggs to hairs of ancient humans. This method reveals clues about pre-Columbian human migration patterns in South America, allowing for the study of unique samples from mummified remains where bone and tooth samples are unavailable.
A novel 'virtual segmentation' method enables accurate visualization of microtomography imaging of Egyptian mummies. This technique helps researchers reconstruct detailed anatomical structures of ancient animals, shedding new light on their biology and evolution.
A two-year project led by Dr. Kirsty Squires aims to analyze 41 mummified children from the 19th century using non-invasive methods. The study will provide essential data on juvenile health, development, and identity during this period.
A team of geneticists sequenced DNA from a 1,600-year-old sheep mummy from Iran's Chehrābād salt mine, revealing ancient sheep husbandry practices. The preserved DNA showed remarkable integrity, with longer fragment lengths and less damage than expected.
Researchers found scarlet macaws and Amazon parrots transported from over 300 miles away, eating the same diet as agriculturalists. Mummified birds were often eviscerated and mummified with their mouths open or wings spread in flight.
A recent CT scan study of the mummy of Pharaoh Seqenenre-Taa-II provides new insights into his death, revealing that he was executed by multiple attackers and that embalmers skillfully concealed some head wounds. The study also suggests that Seqenenre was about 40 years old at the time of his death.
Researchers have discovered a rare 'mud carapace' treatment on an Egyptian mummy, revealing the mummy and its coffin did not originally belong together. The analysis suggests the body is older than the coffin, with the mud carapace providing restorative and potentially elite funerary practices.
Scientists analyzed geochemical data from mummy remains to determine if they were bred or hunted. The results indicate that the birds were wild and migrating seasonally, suggesting mass hunting and capture. This discovery sheds light on ancient Egyptian practices and their impact on the environment.
Three ancient Egyptian animals, a snake, bird, and cat, have been digitally unwrapped using high-resolution 3D scans. The scans revealed the animals' ages, possible causes of death, and conditions they were kept in, providing new insights into animal mummification, religion, and human-animal relationships in ancient Egypt.
Advanced X-ray imaging reveals details on ancient cat, bird and snake mummification, including possible causes of death and complex ritualistic behavior. The technique provides insights into conditions in which animals were kept and their relationships with humans.
A DNA study reveals that ancient Egyptians did not domesticate Sacred Ibises for ritual use, contrary to previous theories. The research suggests that the birds were short-term tamed in natural habitats or farmed seasonally.
A new imaging study of ancient mummies found that their arteries were more clogged than thought, indicating heart disease was prevalent among human ancestors. The study used near-infrared spectroscopy to detect cholesterol buildup in the arteries, revealing a prevalence of cholesterol-rich plaques even in people at a relatively young age.
Researchers uncover evidence of prehistoric embalming process in ancient Egyptian mummy dating back to 3700-3500 BC. The 'recipe' contained antibacterial agents used in similar proportions as later Egyptian embalmers, revealing a wider geographical use of these balms.
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 use advanced techniques to confirm the ancient queen's identity, shedding new light on Egyptian mummification practices. The team's findings support the idea that the mummified legs belong to Queen Nefertari, a favorite wife of Pharaoh Ramses II.
Researchers successfully extracted ancient DNA from a southern African mummy, providing insights into past population dynamics. The analysis revealed genetic ties to the Sotho-Tswana and Khoesan communities, shedding light on the region's cultural heritage.
Researchers found that microscopic bone analysis can identify previously mummified skeletons, revealing a wider practice of mummification in Bronze Age Britain. The study suggests that ancient Britons used different methods to mummify their dead, including smoking over fires and burial in peat bogs.
A study published in the Journal of Archaeological Science found evidence of mass breeding of raptors in ancient Egypt, including a mummified kestrel that died from force-feeding. The findings suggest that birds were kept and bred for religious purposes, with implications for falconry practices.
A study published in PLOS ONE found evidence of ancient Egyptian mummification practices dating back to the Late Neolithic period, around 4500-3350 BC. The discovery suggests that early Egyptians may have used natural products to preserve bodies, laying the groundwork for later Pharaonic mummification techniques.
Researchers from the Universities of York, Macquarie and Oxford discovered evidence that ancient Egyptians used complex embalming agents 1,500 years earlier than thought. The findings suggest that mummification originated in Upper Egypt during the Neolithic period, around 4500-3100 BC.
Twenty-four new species of Aleiodes wasps were discovered in the cloud forests of Ecuador, mummifying caterpillars in an unusual way. These small organisms have a significant impact on forest ecology by controlling plant-feeding caterpillar populations, helping to sustain biodiversity.
A rare mummified specimen of the duck-billed dinosaur Edmontosauraus regalis has revealed a fleshy comb on its head, similar to a rooster's red crest. This discovery dramatically alters our understanding of these gentle giants and raises the possibility of similar crests among other dinosaurs.
A team of forensic experts found no genetic link between the mummified head and three Bourbon descendants of King Henry IV. The analysis ruled out a maternal connection as well, making it highly unlikely that the head belonged to the French king.
Scientists analyzed 500-year-old Inca mummies to uncover the truth behind the 'capacocha' ritual, revealing that children consumed coca and alcohol before sacrifice. The findings provide new insights into the ancient practice, which was used to sedate children before their death.
A study of ancient mummies from diverse cultures reveals that hardening of the arteries was a widespread problem globally, contradicting previous assumptions about its occurrence in ancient Egypt and diet-related factors. The research found that nearly half of the examined mummies showed signs of probable or definite atherosclerosis.
Researchers identified a possible new feline disease in Scotland, characterized by robotic-like movements in cats. Meanwhile, an X-ray investigation of an over 2000-year-old Egyptian mummy revealed insights into cat burial practices, including treatment with natron and intricate wrapping techniques.
A team of researchers has discovered a mummified forest in the Arctic that provides valuable insights into how plants adapted to a long-ago global cooling event. The trees, which are estimated to be 2-8 million years old, show signs of stress and suffered from extreme conditions, including half a year of darkness and cooling climate.
A team of radiologists used CT scans to re-examine the mummy of King Tutankhamun, estimating his age at death between 18-20 years old. The findings suggest a premortem fracture to the femoral bone, potentially caused by an open wound that became infected and fatal.
A Texas A&M University team has discovered that ancient Egyptians used tar from natural oil seeps in the Middle East for preservation and mummification. The researchers found that tar acted as a watersealer, preventing moisture from penetrating the wrappings and destroying the body.
A team of experts from UC Berkeley's engineering school have developed a machine to zap static cling, allowing fragile ancient papyrus documents to survive. The recovery includes royal proclamations, land transactions, and literary texts from the third century B.C., dating back thousands of years.