Scientists Devise New Method for Recovering DNA from Pharaonic Mummies

A picture taken on May 13, 2017, shows mummies lying in catacombs following their discovery in the Touna el-Gabal district of the Minya province, in central Egypt. AFP
A picture taken on May 13, 2017, shows mummies lying in catacombs following their discovery in the Touna el-Gabal district of the Minya province, in central Egypt. AFP
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Scientists Devise New Method for Recovering DNA from Pharaonic Mummies

A picture taken on May 13, 2017, shows mummies lying in catacombs following their discovery in the Touna el-Gabal district of the Minya province, in central Egypt. AFP
A picture taken on May 13, 2017, shows mummies lying in catacombs following their discovery in the Touna el-Gabal district of the Minya province, in central Egypt. AFP

Archeologists have many objections when it comes to the examination of Pharaonic mummies, and the most common one is that certain types of studies could damage the mummies. Today, a joint Italian-German study has addressed this problem. The findings will be published in the upcoming issue of the Journal of Archaeological Science in June.

According to the study's abstract published on the journal's website, researchers from the Institute for Mummy Studies at Eurac Research in Bolzano, Italy, and the Department of Orthopedics at the University of Bayreuth, Germany, announced a novel method that enables archeologists to recover DNA from mummies wrapped in linen with minimal invasion, by using CT scans and endoscopic biopsy.

The bone marrow is one of the main DNA resources in ancient mummies. But the traditional DNA recovery procedures may cause some damages, like when archeologists need to lift the linen covers. However, with CT scans, the researchers managed to determine the location of bones, and then, they conducted an endoscopic biopsy to extract a small sample of the targeted tissue.

Unlike the regular scans which require dense muscles and tissues that cannot be found in mummies, the CT scan allows archeologists to capture 3D high resolution images of the mummy. The new method uses the so-called small optical fiberscope, a thin tube equipped with a tiny camera on one end, and the eye of the fiberscope on the other end, which allows examining the structural composition inside the mummy. During the procedure, special tools are passed through the tube to extract a tiny sample of the targeted tissue.

The research team used the new method to examine a group of mummies in the Museum of Cairo, and the Egyptian Museum of Berlin.

Dr. Ayman Taher, professor of Egyptology at the Mansoura University praised the new technique that combines CT scans and small optical fiberscopes. Speaking to Asharq Al-Awsat, Taher suggested the new technique would be really useful for the examination of mummies with bad embalmment, and hoped it would help reveal more information about ancient Pharaonic diseases.

"We need to compare the characteristics of ancient diseases mentioned in the Pharaonic papyruses with the characteristics of modern diseases in order to determine their history. For instance, the worm disease was called "A'A'" in Ancient Egypt, but we don't know whether the name also refers to Bilharzia," he explained.



Rat Earns World Record for Sniffing Landmines in Cambodia

This handout photo taken on February 23, 2022 and released by Belgian charity APOPO on April 4, 2025 shows a rat named Ronin sniffing for landmines in a mine field in Preah Vihear province. (Photo by Handout / APOPO / AFP)
This handout photo taken on February 23, 2022 and released by Belgian charity APOPO on April 4, 2025 shows a rat named Ronin sniffing for landmines in a mine field in Preah Vihear province. (Photo by Handout / APOPO / AFP)
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Rat Earns World Record for Sniffing Landmines in Cambodia

This handout photo taken on February 23, 2022 and released by Belgian charity APOPO on April 4, 2025 shows a rat named Ronin sniffing for landmines in a mine field in Preah Vihear province. (Photo by Handout / APOPO / AFP)
This handout photo taken on February 23, 2022 and released by Belgian charity APOPO on April 4, 2025 shows a rat named Ronin sniffing for landmines in a mine field in Preah Vihear province. (Photo by Handout / APOPO / AFP)

A landmine-hunting rat in Cambodia has set a new world record by sniffing out more than 100 mines and pieces of unexploded ordnance, a charity said Friday.

Ronin, a giant African pouched rat, has tracked down 109 landmines and 15 other potentially deadly war remnants since his deployment to northern Preah Vihear province in August 2021, the Belgian charity APOPO said in a statement.

Five-year-old Ronin has been named the most successful Mine Detection Rat (MDR) in the organization’s history, AFP reported.

"His exceptional accomplishments have earned him the Guinness World Records title for most landmines detected by a rat, highlighting the critical role of HeroRats in humanitarian demining," APOPO said.

Ronin beat the previous record, held by hero rodent Magawa who found 71 landmines and 38 UXOs during his five-year service before retirement in 2021.

Magawa, who was awarded a gold medal for heroism for clearing mines from about 225,000 square metres of land -- the equivalent of 42 football pitches -- died in 2022.

Ronin may have two years or more of detection work ahead of him, APOPO said.