| |
| |
|
|
|
|
| |
|
|
|
|
| |
|
|
|
|
| |
|
|
|
|
| |
|
Modern Examination
of Mummies
Modern times are allowing us to examine mummies in a different
way—through x-ray analysis, CAT scanning, and DNA testing. The
times of opening a mummy physically have faded in the past and
now much of the work is done through advancements in technology.
New technological advancements are allowing us to peel back the
layers digitally, thus, giving us a view of the preservation
process without destroying any evidence. The benefits are
astounding. Medical information can be determined in a matter of
minutes, exposing the mummy fully only takes seconds, and
digital records can be saved for further examinations.
X-Ray
Technology
Though considered slightly outdated, x-ray technology is still
used in examining mummies. The benefits are great and it is
another alternative to CT scanning. This technology was not
permitted until 1967 and it took a group of visionary scholars
from the University of Michigan and Alexandria to push this
technology. Eventually, the campaign was led by Dr. James E.
Harris. Their investigation was a breakthrough in adapting
modern technology and studying ancient royal mummies. The
outcome was so successful that other royal mummies were x-rayed
as well.
In 1968, King Tut (Tutankhamun) got an examination too. The
x-ray revealed a bone fragment inside the base of his skull.
This tiny fragment has been the cause of so much controversy and
caused a great deal of speculation as to how he died. Because of
this fragment, many have argued King Tut was murdered, while
others believe the damage was caused after death. Though we'll
probably never now how he died, x-ray technology has allowed us
to examine all mummies in depth and intact.
|
|
|
| |
|
CAT Scanning

Another promising technology is CAT scanning. This technology
allows scientist to study the bodies without disturbing its
contents and allows scientists to see things exactly as they
were 2000 years ago. By taking pictures of the mummies in
layers, soft tissue such as the organs can now be seen untouched
and unaltered. Several digital images are combined together
recreating the body in 3D. This allows clear viewing of what’s
beneath the wrappings and shows everything as it was thousands
of years ago.
Although X-rays and CAT scans prove to be a positive tool in
researching these ancient packages, so does small amounts of
tissue samples. Small samples of tissue removed from the body
are hydrated, which is still a difficult procedure, and are
analyzed for further information. Other samples removed around
the body such as linen, dust particles, and plaster can be
carbon dated. This allows scientists to identify the time period
the mummy came from. This accurate dating system allows
scientists to compare current information and put identities and
dates to the bodies.
Bones and teeth remain an important factor of deciphering the
life of a mummy. Through bones and teeth, an individual’s age
and cause of death can be predicted. Younger mummies are
determined more easily due to the growth in the bones and layers
in the epiphyses, which are the joints. The layers help to
identify the body’s age up until 25 when all the layers combine
together. Bones also reveal the quality of life, certain
diseases and injuries throughout the mummy's life.
Another factor used in identifying and analyzing mummies are
through their teeth. Their teeth can help determine the age and
diet of the mummy. |
|
|
|
|
Deciduous teeth are found in
small children, while young adults have teeth that are grinded
down due to diet. If signs of wisdom teeth are present, the age
is estimated to be in the early 20’s. Examination though teeth
can be difficult and must be based on a group of mummies that
also lived in the same environment that can easily be compared
to the others. |
| |
|
|
|
|
|
|