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Originally posted by mikemck1976
Mr. Ripley found the shrunken body in Peru and named it “Atta-Boy”, after the nearby Atacama Desert, the same desert where Dr. Steven Greer would eventually find the humanoid body in Sirius.
Originally posted by Bilk22
reply to post by cavtrooper7
How was my post off topic? I asked the OP if he knew how shrunken heads were made. He clearly doesn't and should read more on the subject before starting a thread that was obviously calling on the veracity of not only Greer, but the scientists at Stanford. IMO the OP needed to be called out and I didn't do it in any ill manner.
(can you provide a link to the Ripley's Atta-Boy)
Originally posted by mikemck1976
Pick up and flip though Ripley's Search for the Shrunken Heads: and Other Curiosities and you will find the image above of Ripley holding a familiar humanoid. According to his notes, the oddity turned out to be a person who was chosen for a full-body “reduction” rather than just a shrinking of the head.
Where did Mr. Ripley find this little guy?
Mr. Ripley found the shrunken body in Peru and named it “Atta-Boy”, after the nearby Atacama Desert, the same desert where Dr. Steven Greer would eventually find the humanoid body in Sirius.
Dr. Steven Greer's Sirius Alien
I think that the two "humanoids" are very similar and considering that both came from the same area, leads me to believe that Dr. Steven Greer's Sirius Alien is just another example of Robert Ripley's “Atta-Boy”...
Some of us still read books Mr. Greer!
edit on 4-6-2013 by mikemck1976 because: (no reason given)
Nelson, associate dean of research and operations in Western’s Department of Anthropology, and associate dean in the Faculty of Social Science, has led the Yes investigation, looking to determine whether changes that happen to tissues are part of the pathological process or related to mummification. In other words, is the density of the vertebrae, observed in radiographs of Ramses II, indicative of him having suffered from AS? Or, is the density a result of the mummification process? “We’re looking at the osteobiography of a mummy. We’re trying to tell the story of that person’s life through the analysis of bones and tissues; we want to get as accurate a picture of their life as we can, that we can properly diagnose the disease process and properly differentiate from (the mummification process),” Nelson explained... The goal was to see what changes can be observed in tissues and how long it takes for such changes to occur. Once mummification was complete, researchers examined Yes with MR (magnetic resonance) scans and clinical CT (computerized tomography) imaging, in order to see beneath the wrappings and observe changes to tissues over time.
The results of the scans showed a rapid shrinking and a decrease in tissue density, Nelson said, noting the expectation was that tissues would increase in density, not get softer. What this means, Nelson said, is that if we observe increased density in tissue of a mummy, researchers can be confident that it represents real physiological issues, ones not part of the mummification process. “If we see something that is markedly more dense in a mummy, we can be sure it is pathology,” he said.
Through analysis of the reconstructed CT images of mummy 317b, we detected tooth mineralization and multiple ossifying centers around the knee, foot, sternum, and pelvis (Table 2). CT detection of secondary ossification centers around both knees of mummy 317b suggested a gestational age of approximately 38 weeks compared with known values [10]. Secondary ossification around the knees was not visualized on radiographs in a previous study of mummy 317b by Hellier and Connolly [5], who suggested a gestational age of approximately 30 weeks. More sophisticated radiographic methods of perinatal assessment of bone age with parameters such as detailed mineralization of the teeth, changes in shape in centers of ossification, and the mere presence or absence of a center have been used [11, 12]. With two of these methods, the Stempfle score and the Olsen method, we estimated gestational ages at mummification of mummy 317b of 37.3 and 39 weeks. We calculated the mean gestational age of mummy 317b to be 36.78 (SD 1.91) weeks by considering the results of the different methods we used for age estimation.
The Secondary centre
The secondary centres generally appear at the epiphysis. Secondary ossification mostly occurs after birth (except for distal femur and proximal tibia which occurs during foetal development). The epiphyseal arteries and osteogenic cells invade the epiphysis, depositing osteoblasts and osteoclasts which erode the cartilage and build bone. This occurs at both ends of long bones but only one end of digits and ribs.