An ancient Egyptian mystery solved by modern science! | ASSASSINS

Key Concepts

• Forensic Analysis of Ancient Remains: The application of modern scientific techniques to investigate historical mysteries, particularly deaths and conspiracies.
• CT Scans: Advanced imaging technology that uses X-rays to create detailed cross-sectional and 3D images of specimens, crucial for revealing hidden details in mummies.
• Ancient DNA Research: The extraction and analysis of DNA from ancient biological samples to understand genetic relationships, health conditions, and population movements.
• Mummification Process: Ancient Egyptian practices of preserving bodies, including the use of resin, bandages, and organ removal, which can obscure evidence of trauma.
• "The Screaming Mummy": An unidentified mummy found with its mouth open in a scream, prompting scientific investigation into the cause of death and identity.
• Catatonia Spasm: A rare phenomenon where the body freezes in position at the moment of death, potentially explaining the open mouth of the "screaming mummy."
• Coffin Birth: A post-mortem event where gases and liquids from decomposition can expel a fetus from a pregnant deceased individual.
• Genetic Analysis: The study of an organism's genes, used here to establish familial relationships between mummies and identify genetic health conditions.
• Ethics of Archaeological Excavation: The moral considerations surrounding the disturbance and study of human remains, balancing scientific curiosity with respect for the deceased.

The Murder Mystery of Ramesses III

1. Discovery and Initial Mystery:

• The remains of Ramesses III, a pharaoh who ruled for 30 years, were discovered in a hidden royal cache in 1881.
• This cache, containing at least 40 mummies including 11 pharaohs, was likely a hiding place created by priests to protect royal bodies from tomb robbers.
• For 3,000 years, the cause of Ramesses III's death remained a mystery, despite ancient documents hinting at a conspiracy.

2. Obscured Evidence:

• Brutal wounds on Ramesses III's body were hidden for millennia by thick layers of resin, bandages, and a linen collar around his neck.
• The resin, a hard black substance used in mummification, and the extensive wrapping made it difficult to detect the injuries.

3. Historical Context of Mummy Unwrapping:

• In the 18th and 19th centuries, "mummy unwrapping parties" were a popular social event, often conducted with less respect for the deceased than modern practices.
• Historically, there was also a practice in Europe (16th-17th centuries) of consuming powdered mummy, known as "mumia," believed to have medicinal properties, stemming from a misinterpretation of the word "mumia" (meaning asphalt) in Islamic medicine.

4. Scientific Investigation and Revelation:

• X-rays (1960s): Early attempts to examine Ramesses III's mummy using X-rays provided limited detail, as they primarily showed bones and could miss soft tissue wounds.
• CT Scans (2000s): The advent of CT scanning technology, invented in the 1970s but applied to mummies later, provided significantly more detail.
  • CT scans create cross-sectional and 3D images by rotating an X-ray beam around a specimen.
  • Throat Wound: CT scans revealed a 70mm long, brutal cut across Ramesses III's throat, severing his trachea, esophagus, and major blood vessels down to the bone. This suggested a surprise attack.
  • Missing Toe: The scans also uncovered that the big toe on his left foot was cut off. The wound was precise, suggesting a heavy weapon like an axe. There was no evidence of healing, indicating it occurred around the time of his death. The missing toe had been replaced with bandages and wax to create a prosthetic and then thickly wrapped, concealing the injury.
• Timeline of CT Scan Application: While CT scanners were invented in the 1970s, their use for studying mummies became more widespread with the launch of the Egyptian Mummy Project in the early 2000s. Famous mummies like Tutankhamun were scanned first, with Ramesses III being processed later due to a backlog.

The Mystery of "The Screaming Mummy"

1. Discovery and Appearance:

• Found within the royal cache was an anonymous wooden coffin containing a male mummy with its mouth hanging open in a perpetual scream.
• This mummy became known as "the screaming mummy."

2. Theories for the Open Mouth:

• Disgrace: In ancient Egypt, mummies typically had their mouths closed as a sign of respect. An open mouth might indicate a disgraced individual.
• Catatonia Spasm: A rare phenomenon where the body freezes in position during a sudden, violent death involving extreme pain or emotion. This can result in an open mouth, similar to drowning victims or soldiers clutching weapons.
• Decomposition: The absence of organ removal during mummification for this mummy meant that internal organs could decompose, producing gases and liquids that forced the mouth open. This is a common phenomenon in decomposition.

3. Identification and Cause of Death:

• Genetic Analysis: DNA analysis revealed that the screaming mummy shared 50% of its genetic material and a Y chromosome with Ramesses III, confirming they were father and son. This identified the mummy as Prince Pentawere.
• Cause of Death: CT scans showed air in the chest and lungs, suggesting suffocation or strangulation. Odd skin folds around the neck also pointed to this.
• No Fractures: Crucially, no spinal fractures were found, ruling out death by hanging from a great height (which typically causes a "hangman's fracture"). However, hanging from a short height remains a possibility.

4. The Eye of Horus Amulet:

• A strange-shaped object was found inside the wound on Ramesses III's neck: an amulet of the Eye of Horus, a symbol of healing.
• Its purpose is unknown, but it may have been placed by embalmers or others to promote healing, acknowledging the severity of his injury.

Scientific Analysis of Tutankhamun

1. Public Perception vs. Reality:

• Tutankhamun was often imagined as a healthy, vital, and handsome pharaoh, as depicted in art.
• However, CT scans and genetic analysis revealed he suffered from numerous health issues.

2. Health Conditions:

• Scoliosis (curvature of the spine)
• Cleft palate
• Club feet
• Mild malaria at the time of death
• A broken leg

3. Genetic Findings:

• Consanguinity: Genetic analysis revealed that Tutankhamun's parents were siblings, which likely contributed to his numerous genetic health issues.
• Maran Syndrome: The genetic findings also raised the possibility of Marfan syndrome, another genetic disorder.

4. Facial Reconstructions:

• Multiple teams (French, American, Egyptian) conducted independent facial reconstructions based on CT scans, forensic anthropology, and ancient Egyptian art.
• The initial French reconstruction, based on CT scans, was chosen as the face of the project and differed significantly from public expectations.
• Later reconstructions incorporated more of his health issues, leading to more asymmetrical features and a full-body reconstruction showing his club feet and broken leg, which surprised and even outraged some people.

Challenges and Ethics of Ancient DNA Research

1. Technical Difficulties:

• Extracting DNA from ancient remains (thousands of years old) is extremely challenging due to degradation.
• The mummy's DNA is often faint and degraded, like a quiet tune, and can be drowned out by louder, less degraded DNA from embalmers, robbers, or modern scientists.
• Contamination Control: Scientists must work in highly controlled environments (positive air pressure labs) and wear full protective gear (hazmat suits, glasses, hairnets) to prevent contamination.
• Extraction Process: The DNA extraction process involves numerous chemical solutions and can take hours, days, or even months. Contamination can turn the extraction solution black when it should be clear, as seen with Tutankhamun's DNA analysis.

2. Ethical Considerations:

• Respect for the Dead: The act of excavating and disturbing human remains raises ethical questions about respecting the deceased and their resting places.
• Justification for Study: The discussion revolves around whether it is justified to study ancient remains once the living memory of those individuals has faded from society.
• Balancing Curiosity and Respect: There's a tension between the immense scientific curiosity and the desire to learn about the past, and the ethical imperative to treat human remains with respect.
• Future Generations: Preserving remains in good condition is crucial so that future generations with even more advanced technologies can study them. There's a concern that current practices might be seen as barbaric by future scientists.

Conclusion and Takeaways

The video highlights how modern scientific advancements, particularly CT scans and genetic analysis, have revolutionized our understanding of ancient history, solving long-standing mysteries like the death of Ramesses III and revealing the complex health realities of figures like Tutankhamun. It underscores the power of science to bring the past to life, while also prompting important ethical discussions about how we interact with and study human remains. The ongoing development of technology promises even greater insights in the future, but the ethical considerations will continue to evolve alongside scientific capabilities.