A miniature skeleton found in Chile 10 years ago and its the kind of instilled in many ufologists hope for proof that aliens exist actually turned by man.
This conclusion was made by American scientists by DNA analysis. The results of the study were announced in a Hollywood movie. “Sirius”.
A photo from open sources
The mummy of the “alien” was found in October 2003 by the Chilean Oscar Munoz, who wandered in search of artifacts in the abandoned city of La Noria in the Atacama Desert. Not far from the ruined church, he found a bundle of white fabric. The matter was wrapped a humanoid creature measuring just 15 centimeters from the feet to the top of the head. He had hard teeth, a bulging head, and in contrast from a normal person, only nine pairs of ribs, writes Diario Uno. The creature immediately received the name “Atacama Humanoid.”
A photo from open sources
In addition to the mystical version that this is the skeleton of an alien, it has been suggested that this is a baby monkey or human embryo. The latter, as it turned out, was closest to the truth. Six months ago in connection with the filming of a documentary “Sirius” its producer and part-time ufologist Stephen Greer turned to professionals with a request to find out the origin abnormal skeleton.
A photo from open sources
For six months he was examined by Stanford staff. University of California. They did him an x-ray and tomography, however, DNA analysis helped achieve the final results. “We took an excellent DNA sample from the bone marrow in the ribs of the mummy “, – Greer said.
As a result, a team of researchers concluded that the Chilean the find is an “interesting mutation of the male man gender who died at the age of 6-8 years. “” I can confidently say that this is not a monkey. This is a real person who breathed, ate, digested food. The only question that remains open – what size is the creature at birth “, – said Stanford University geneticist Harry Nolan. Researchers also did not note when this creature lived.
Trailer of the movie “Sirius”
Mummy DNA
