Humanoid Reptile - A Detailed Analysis Of Alien Mummies Found On The Nazca Plateau - Alternative View

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Humanoid Reptile - A Detailed Analysis Of Alien Mummies Found On The Nazca Plateau - Alternative View
Humanoid Reptile - A Detailed Analysis Of Alien Mummies Found On The Nazca Plateau - Alternative View

Video: Humanoid Reptile - A Detailed Analysis Of Alien Mummies Found On The Nazca Plateau - Alternative View

Video: Humanoid Reptile - A Detailed Analysis Of Alien Mummies Found On The Nazca Plateau - Alternative View
Video: What Is Hiding Under The World Famous Nazca Lines In Peru | Blowing Up History 2024, May
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On November 19, 2018, at the initiative of the Peruvian Congressman Armando Villanueva Mercado (Institute of Incari-Cuzco) and his partners, the final results of various analyzes carried out on the Nazca mummies were finally presented. Results: these bodies are authentic!

The Nazca Case at the Congress of the Republic of Peru
The Nazca Case at the Congress of the Republic of Peru

The Nazca Case at the Congress of the Republic of Peru.

Countless studies carried out on samples by many international experts: X-rays, scans, DNA analysis and carbon analysis, carried out in a dozen countries around the world, have indeed shown that we are talking about creatures that lived on Earth in a distant period of human history. And despite criticism and skepticism, no evidence of fraud has yet been established!

These different bodies are from 1800 to 750 years old! And more than 7,000 years old - big three-fingered hands - according to two independent laboratories. Fabrics are dry, hard and tend to crumble. Moreover, the possible interventions - as probably took place in Vavit - could not have been done recently, more likely they were carried out at the time of their death, many centuries ago. Perhaps in the context of ritual ceremonies.

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After the "Nazca conference" on November 19, 2018, the arguments of the critics of this incredible incident literally shattered. Indeed, the hypothesis about the connection of body parts with different known species of animals and people, assumes the presence of traces (damage, scars, etc.). What devices or surgical instruments could be used in such a delicate way that our modern scanners cannot detect the marks left on these bodies? This implies a level of technology and knowledge incompatible with the age of these biological samples, as well as modern means that are not available even in our time. This would also imply the existence of modern biotechnology laboratories in the Nazca desert … almost two thousand years ago!

Finally, if the bodies of these strange mummies were reconstructed from the remains of humans and animals, as some uninformed critics still claim, DNA tests would be fairly quick and would demonstrate this without a doubt. In this study, after removing the “contaminated” DNA, the results would show the use of human or animal DNA. But this is not the case. Analyzes carried out over many months, especially with regard to the mummies "Maria", "Victoria" and "Josephine", in various laboratories around the world, show their absolute authenticity and belonging to two unknown species in the modern scientific literature. Their distant coincidence with human DNA varies from 19 to 35%.

Promotional video:

Medical reports were made by doctors and others who began clinical studies of biological material discovered by Mario Huaquero in the Nazca region at the end of 2015. Research has shown that bodies have:

Biological Origins, Species: Humanoid Reptile Ancient origins, even very old, lacking scars, cuts, or other signs of manipulation that might indicate modern fraud.

One of these species has been described as the "Humanoid Reptile" due to its resemblance to terrestrial reptile species. About ten samples were examined by the Institute of Inkari-Cusco between 2017 and 2018.

Sample "Josephine"

Sample "Josephine"
Sample "Josephine"

Sample "Josephine"

Discovered in Nazca Peru, it has characteristics that generally correspond to a specific species called the "Humanoid Reptile".

general description

Size: 58.50 cm.

Species: Humanoid reptile.

Gender Female.

3 fingers, including 3 phalanges, end in flat claws.

The legs consist of 3 toes with 3 phalanges.

The presence of joints.

9 pairs of edges, plus 2 pairs of floating edges.

Hollow bones.

The presence of the reproductive system.

The presence of cranial sutures.

There are eardrums (inner ear).

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The following anatomical features are noted:

  • Three fingers and toes are not distortions listed in the current

    medical literature in the case of possible congenital diseases.

  • The skeletons of the arms and legs are anthropometrically correlated.
  • The small skulls show no signs of artificial mechanical pressure to produce this elongation.
  • This species has no dentition.
  • Hair is completely absent.
  • The neck can be stretched.
  • The body has no mammary glands or an umbilical scar to attach this species to mammals.
  • The number of ribs in the found samples varies from 8 to 11.
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These eggs come in a variety of sizes. They do not correspond to the egg-shaped forms of birds, but seem to be closer to the eggs of reptiles (dinosaurs) and, accordingly, such as turtles, lizards, crocodiles, etc. Their shape is symmetrical, and their dimensions are approximately 2.7 cm, 3.5 cm and 3-4 cm.

We also note the presence of a kind of transverse cloacal opening under the Josephine's pelvis between the legs. Eggs could be laid through this hole.

Internal organs, brain, eggs of the "Humanoid Reptile" are still inside the body. Radiocarbon analysis of a sample called "Victoria" showed the period: between 800 and 11th centuries of the Christian era … That is, about a thousand years.

Tomography image showing that internal organs are present
Tomography image showing that internal organs are present

Tomography image showing that internal organs are present.

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Tomography images of eggs and internal organs. 1 - edge; 2 - Organs; 3 - Eggs; 4 - Left forearm; 5 & mdash; Cervical vertebra; 6 - Right forearm
Tomography images of eggs and internal organs. 1 - edge; 2 - Organs; 3 - Eggs; 4 - Left forearm; 5 & mdash; Cervical vertebra; 6 - Right forearm

Tomography images of eggs and internal organs. 1 - edge; 2 - Organs; 3 - Eggs; 4 - Left forearm; 5 & mdash; Cervical vertebra; 6 - Right forearm.

Abdominal cavity; 3 - Egg; 4 - Collarbone; 5 & mdash; Ribs; 6 - Internal organs; 7 - Vertebral body; 8 - Vertebral body; 9 - Leather; 10 - Cross hole; 11 - Spinal canal; 12 - Compact bone; 13 - Medullary cavity
Abdominal cavity; 3 - Egg; 4 - Collarbone; 5 & mdash; Ribs; 6 - Internal organs; 7 - Vertebral body; 8 - Vertebral body; 9 - Leather; 10 - Cross hole; 11 - Spinal canal; 12 - Compact bone; 13 - Medullary cavity

Abdominal cavity; 3 - Egg; 4 - Collarbone; 5 & mdash; Ribs; 6 - Internal organs; 7 - Vertebral body; 8 - Vertebral body; 9 - Leather; 10 - Cross hole; 11 - Spinal canal; 12 - Compact bone; 13 - Medullary cavity.

On the X-ray picture - the image of the head, neck and torso. A metal implant is observed on the chest
On the X-ray picture - the image of the head, neck and torso. A metal implant is observed on the chest

On the X-ray picture - the image of the head, neck and torso. A metal implant is observed on the chest.

The breast implant was used as a splint because Josephine's collarbone was broken.

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Spine

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The structure of the cervical spine

The spine consists of 10 cervical vertebrae, which have three sections, different from all existing on Earth
The spine consists of 10 cervical vertebrae, which have three sections, different from all existing on Earth

The spine consists of 10 cervical vertebrae, which have three sections, different from all existing on Earth.

The upper I-IV vertebrae with large bodies are a double-concave cylinder with a height of 7.8 mm, a width of 14 mm and a length of 9 mm; they have no processes or arcs. Between the bodies is the "articular cartilage" (72-207 HU). On the posterior surface of the vertebrae, in a groove 2 mm deep and 5.8 mm wide, there is a formation resembling a "spinal cord" (136-176 HU), in none of the living creatures the spinal cord extends beyond the canal. On the surface of the bodies of the upper cervical vertebrae there are two threads, the density of which is less than that of the "spinal cord" (-366-185 HU). On the anterior surface of the V cervical vertebra, these formations pass into the spinal canal and merge with the "spinal cord".

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The 4 upper vertebrae are followed by the V and VI vertebrae without a body, with open arches. These vertebrae are interesting in that each arch in the anterior section ends with a grooved process. The V vertebra is larger in size - 26.5 mm in width and is displaced relative to the canal to the left, the transverse spinous process is small. The large size of the vertebra contributes to the formation of a canal in front of the spinous process through which the "spinal cord" enters the spinal canal.

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The VI vertebra is equal in width (22.2 mm) with the vertebrae VII-X, the transverse and spinous processes are pronounced, and also similar to the underlying vertebrae, but there is no horizontal plate representing the vertebral body. The VI cervical vertebra and the clavicle fracture are at the same level and in the same plane, and it seems that after the injury in this area there was a loss of the thoracic ends of the clavicle with the joint and body of the VI vertebra.

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Vertebrae VII-X are located below, have a closed arc, transverse and spinous processes, but the body is represented by a plate (as thick as an edge). These plates are located horizontally relative to the vertical axis and are inclined relative to the front. The body of the last X vertebra of the cervical spine is tightly connected with the tendons of the body of the thoracic vertebra, which is a cylinder.

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Hands

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Hollow bones.

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Head:

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Air cavity in the skull.

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Eye socket.

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Air cavity at the back of the head.

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Mastoid processes

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Pronounced mastoid processes attract attention - the muscles attached to them are clearly expressed (in males, these are strong muscles), which perform the function of turning the head and nodding. Together with a large number of cervical vertebrae, this may indicate a significant angle of head rotation (by analogy with a three-toed sloth) - up to 270 degrees.

Nasal cavity

The nasal cavity is 7.5 m of the skull. The nasal cavity is not pneumatized - according to computed tomography, it is filled with a substance with a density of - 435 to - 300 HU, while air is 1000 HU. The cavity begins at the level of the lower edge of the orbits and is an “m” -shaped gap open outward, 17 mm wide and 3 mm deep, while the bony walls do not communicate with the cavity according to the Hounsfield scale.

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Jaw wound.

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In the area of the upper and lower jaw plate on the right, there is a trace of a stab wound with destruction of the joint. The wound has a vertical direction and completely crosses the upper jaw plate and destroys the lower jaw plate at the level of the joint.

Joint structure

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The left joint is visible in the mouth - it allows the jaw to move. In appearance, it can be formulated as the articular surface of the lower "jaw" representing a convex spherical head, and in the middle in front and above the concave articular cavity.

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Neurovascular system

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Reproduction

Gonochoric species (female and male). The female lays an egg, the embryo begins its development after laying, both have a transverse cloacal gap located between the legs.

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The view between the legs. You can see the transverse cloaca.

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A developing egg in the oviduct.

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The eggs of the "Humanoid Reptile" resemble those of reptiles in their morphology and symmetry.

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X-ray image. The eggs are symmetrical in shape, similar to those of reptiles. In a state of calcification. The eggs of a humanoid reptile differ in their shape from those of birds, being symmetrical - like in reptiles, they differ in their size, in X-rays they look translucent, which allows you to see the ribs behind.

Detailed structure of the egg

An embryo is probably present inside.

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Representation of an embryo of a humanoid reptile after three months of development. Rios J. 2017.

Conclusions. The presence of eggs in this specimen of unknown origin has never been identified in humanoid-type creatures before. Today, there are primates and hominids, all mammals, whose offspring are formed inside the placenta, and not inside a calcified shell. except for four-footed mammals like monotremes; the echidna and the platypus, as well as in birds and reptiles. The egg shape of this specimen is symmetrical, which differs from the egg-shaped shape of modern birds, and more refers to extinct species (dinosaurs) or modern reptiles. The shape of their eggs corresponds to that of reptiles, but in a humanoid form, but their evolutionary origin is completely alien to that of terrestrial biological groups known to science.

Sexual dimorphism. The male has slightly long limbs and the body is slightly shorter than that of the female. The central part of the clavicle also protrudes more strongly.

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Thick long fingers
Thick long fingers

Thick long fingers.

Large elongated head
Large elongated head

Large elongated head.

Fingers on the left hand
Fingers on the left hand

Fingers on the left hand.

Fingers on the right hand
Fingers on the right hand

Fingers on the right hand.

Legs
Legs

Legs.

Stomach
Stomach

Stomach.

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Big eyes
Big eyes

Big eyes.

Chest. A metal implant can be seen
Chest. A metal implant can be seen

Chest. A metal implant can be seen.

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conclusions

When viewed from the clavicle, located in this area, you can see the fracture line and nearby fragments. The collarbones in the remaining 5 minums along the midline were intact. This may suggest that after Josephine's surgery, an operation was performed to remove the articular parts (which reduced the overall length of the clavicle) and a metal plate was placed to maintain the shape of the chest - a splint. Some mummies also have metal objects in their fabrics. This fact indicates that either these creatures "humanoid reptiles" themselves performed medical manipulations, or they were under guardianship, possessing this knowledge. The absence of a horizontal plate, which serves as the body of the VI cervical vertebra, and the clavicle fracture are at the same level and in the same planeand the difference in the level of damage to the clavicle from the upper jaw is about 55 mm. In addition, the distance between the fracture of the VII thoracic vertebra and the rupture of the intervertebral disc between the XII thoracic and I lumbar vertebrae (which is linear) is 55 mm. In addition, the distance between the fracture of the VII thoracic vertebra and the rupture of the intervertebral disc between the XII thoracic and I lumbar vertebrae (which is linear) is 55 mm. Given these facts, it can be assumed that the injuries were inflicted on animals with canines, the distance between which is about 55 mm. But in any case, they helped after the injury, which means the creature survived. In addition, the distance between the fracture of the VII thoracic vertebra and the rupture of the intervertebral disc between the XII thoracic and I lumbar vertebrae (which is linear) is 55 mm. Given these facts, it can be assumed that the injuries were inflicted on animals with canines, the distance between which is about 55 mm. But in any case, they helped after the injury, which means the creature survived. In addition, the distance between the fracture of the VII thoracic vertebra and the rupture of the intervertebral disc between the XII thoracic and I lumbar vertebrae (which is linear) is 55 mm. Given these facts, it can be assumed that the injuries were inflicted on animals with canines, the distance between which is about 55 mm. But in any case, they helped after the injury, which means the creature survived.

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Chest section. At the seventh thoracic vertebra, a fracture of the vertebral body and rupture of the intervertebral disc are determined. Josephine was able to live with this fracture for a considerable time, since the cortical plate was able to form on the debris and the non-fused fracture line turned into a pseudarthrosis.

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Between the XII thoracic and I lumbar vertebrae, there is a violation of the integrity of the articular disc with a rupture. The linear nature of the disc damage and the fact that the bodies, arches and processes of the vertebrae are not damaged most likely indicates the influence of the traumatic factor in the front, in the disc area.

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Humerus

Shoulder bones. When examining the X-ray, the feeling is that the bone of the left shoulder is “cut and inserted” into the region of the distal pineal gland. But when working with computed tomography, it is possible to trace the attachment of the joint capsule to the bone. However, when performing computer tomograms of the right distal epiphysis of the humerus, the absence of the cortical plate from the lateral and medial sides to a height of 22 mm and the splitting of the right distal epiphysis by 8 mm to the left are seen. In the distal epiphysis of the humerus, these distances are 9.4 mm and 4.5 mm, respectively.

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Sample "Victoria"

Sample "Victoria"
Sample "Victoria"

Sample "Victoria"

Victoria is a humanoid reptile that was found sitting, headless.

general description

  • Species: Humanoid reptile
  • The head is missing from the body
  • Gender: Possibly male
  • Height: about 56.00 cm
  • Hands: consist of 3 fingers with four phalanges
  • Legs: composed of three toes with three phalanges
  • Joints are present
  • 11 pairs of edges, including two pairs of floating
  • Visible skin, as well as porosity in the neck (stretching neck)
  • Sample found in a seated position with upper and lower limbs folded in half

Histological examination of the sample "Victoria"

The discovery of various bodies and remains, the characteristics of which are similar to each other, were the reason for decisive scientific research to clarify the biological origin. The results of the histological examination will be presented below.

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The skin of the sample was cleared of diatomaceous earth from the back.

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Two skin samples were taken from the scapular region and the thigh region.

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A sample taken from the scapular region showed diatomaceous earth coating.

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Bumps are observed on the sample, which are present one by one or in groups of two. On the skin of the thigh, these formations are not observed.

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Photo 1. - Micrograph of a histological section of the skin of the scapular region and bulge shows that this is a cell-free keratin - it is a very thickened and keratinized layer of the epidermis, similar to that observed in reptiles. Magnification 10 times.

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Photo 2. - Micrograph of the skin of the thigh, whose epidermis is keratinized, similar to that observed on the scales in reptiles. Increased 10 times.

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Photo 3. - Keratin fibers of the epidermis at 40 times magnification.

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Photo 4. - Location of biological material near the bulge. Magnification 40 times

As can be seen in the first two photographs, the bulges visible on the skin of the scapular region correspond to acellular keratin. Apparently, it is a very thickened and keratinized layer of the cornea of the epidermis, similar to that observed in reptiles.

The third photo shows the skin of the thigh, which also shows the stratum corneum. In the photo we see a brown-orange inorganic material that corresponds to the substance covering the skin. The histological examination was carried out at the Diagnostic Clinical Pathology Laboratory of Campeche Mexico.

Sample "Alberto"

Sample "Alberto"
Sample "Alberto"

Sample "Alberto".

Specimen "Alberto" - Discovered in Nazca Peru, is a 60.5 cm tall humanoid reptile with a metal implant on its right thigh. He probably suffered from a bone disease.

general description

  • Height: 60.5 cm
  • Species: Humanoid reptile
  • Gender: Male
  • Hands: Consist of three fingers with three phalanges
  • Legs: Consist of three toes with three phalanges
  • The presence of joints
  • 6 pairs of edges + 2 floating
  • Possibly stretching neck
  • Have bone diseases

His hands have long, thin fingers, ending in claws that occupy more than 80% of the distal phalanx. In humans, the nail does not exceed 50% of the distal phalanx.

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A Length of the distal phalanx.

B Claw length.

X-rays from Alberto:

A metal implant is visible on the right thigh
A metal implant is visible on the right thigh

A metal implant is visible on the right thigh.

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Photographs

The neck can be stretched
The neck can be stretched

The neck can be stretched.

Side view of the head
Side view of the head

Side view of the head.

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Hip implant
Hip implant

Hip implant.

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The pelvis
The pelvis

The pelvis.

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MRI

Family samples

The family consists of three "Humanoid" types of "small gray" specimens ranging in size from 44 to 53 cm
The family consists of three "Humanoid" types of "small gray" specimens ranging in size from 44 to 53 cm

The family consists of three "Humanoid" types of "small gray" specimens ranging in size from 44 to 53 cm.

The specimens studied by the team of the Institute of Inkari - Cuzco range in size from 47 cm to 60.50 cm. This species has a small oval head, elongated towards the back, large in front. The front ends in a pointed shape. The top of the skull has three ridges, no hair. No septum, no pinnae, but x-rays showed the middle ear (inner).

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The skin is gray.

Photographs

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Notable brow ridges
Notable brow ridges

Notable brow ridges.

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General description of the species "Humanoid reptile"

  • Species: Humanoid reptile
  • Height: 60.5; 53cm; 45.5cm; 44cm
  • Hands: consist of 3 fingers with three or four phalanges
  • Legs consist of three toes with three phalanges
  • Joints are present
  • 8-11 pairs of edges

The foramen magnum, or foramen magnum, is square. None of the listed terrestrial species have this anatomical feature. It is located in the second cranial fossa, in the center of the base of the skull, and not on the back like in humans or gorillas.

1 - Head ridge; 2 - Metopic crest; 3 - Large almond-shaped eyes with slanted eyelids; 4 - There are no auricles; 5 & mdash; Small nasal openings, no septum; 6 - Tiny mouth - without lips; 7 - Small chin; 8 - Retractable neck
1 - Head ridge; 2 - Metopic crest; 3 - Large almond-shaped eyes with slanted eyelids; 4 - There are no auricles; 5 & mdash; Small nasal openings, no septum; 6 - Tiny mouth - without lips; 7 - Small chin; 8 - Retractable neck

1 - Head ridge; 2 - Metopic crest; 3 - Large almond-shaped eyes with slanted eyelids; 4 - There are no auricles; 5 & mdash; Small nasal openings, no septum; 6 - Tiny mouth - without lips; 7 - Small chin; 8 - Retractable neck.

Based on the work of biologist José de la Cruz Rios Lopez / Translation: Antoine Bruno.

The humanoid reptile found at Nazca has a difference in anatomical structure (ulna and carpal), suggesting evolutionary homology - not consistent with any common ancestor known on Earth.

1 - The upper limbs of the forearm have no differentiation of radius and ulna, only one bone functions for this limb. 2 - The carpus is not differentiated by the carpal bones, instead it is a separate crescent-shaped bone. 3 - The leg is not differentiated into the tibia and fibula, it has only one bone for the specified limb. 4 - Also, there are no numerous foot bones forming the foot. It is the only bone articulating to the leg and phalanx without the presence of the metatarsal bones
1 - The upper limbs of the forearm have no differentiation of radius and ulna, only one bone functions for this limb. 2 - The carpus is not differentiated by the carpal bones, instead it is a separate crescent-shaped bone. 3 - The leg is not differentiated into the tibia and fibula, it has only one bone for the specified limb. 4 - Also, there are no numerous foot bones forming the foot. It is the only bone articulating to the leg and phalanx without the presence of the metatarsal bones

1 - The upper limbs of the forearm have no differentiation of radius and ulna, only one bone functions for this limb. 2 - The carpus is not differentiated by the carpal bones, instead it is a separate crescent-shaped bone. 3 - The leg is not differentiated into the tibia and fibula, it has only one bone for the specified limb. 4 - Also, there are no numerous foot bones forming the foot. It is the only bone articulating to the leg and phalanx without the presence of the metatarsal bones.

Based on the work of biologist José de la Cruz Rios Lopez / Translation: Antoine Bruno.

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The hand is in a prone position, the wrist contains a crescent-shaped bone, the long fingers consist of 4 phalanges and end in claws
The hand is in a prone position, the wrist contains a crescent-shaped bone, the long fingers consist of 4 phalanges and end in claws

The hand is in a prone position, the wrist contains a crescent-shaped bone, the long fingers consist of 4 phalanges and end in claws.

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Hand with 4 phalanges on each finger. A foot with 3 phalanges on each toe
Hand with 4 phalanges on each finger. A foot with 3 phalanges on each toe

Hand with 4 phalanges on each finger. A foot with 3 phalanges on each toe.

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Mummified heads

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These mummified humanoid reptile heads found near Nazca in Peru were studied by the INKARI - CUSCO team

general description

  • Type: Humanoid
  • Style: "Reptilian" style "Little gray"
  • Lack of hair
  • Large almond shaped eyes
  • Lack of ears and ear canals (but they do have "Middle ear and inner ear" - COCHLEA DIXIT, Mexican biologist Jose De La Cruz Rios)
  • No teeth
  • The foramen magnum is located in the middle of the base of the skull
Head
Head

Head.

Head - side view. No ears, gray skin
Head - side view. No ears, gray skin

Head - side view. No ears, gray skin.

Square foramen magnum
Square foramen magnum

Square foramen magnum.

X-ray
X-ray

X-ray.

Humanoid reptile - The restored head image
Humanoid reptile - The restored head image

Humanoid reptile - The restored head image.

The restored head image
The restored head image

The restored head image.

Humanoid reptile - Restored look
Humanoid reptile - Restored look

Humanoid reptile - Restored look.

The base of the head of a humanoid reptile, along its central part, is straight with reduction to the occipital region, it has a square hole, slightly behind the center, and on both sides - the occipital condyles.

Comparison with gorilla and human
Comparison with gorilla and human

Comparison with gorilla and human.

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Head 1 - an x-ray image of a humanoid reptile, where a structure can be observed that corresponds to the cochlea and the middle ear located in the front
Head 1 - an x-ray image of a humanoid reptile, where a structure can be observed that corresponds to the cochlea and the middle ear located in the front

Head 1 - an x-ray image of a humanoid reptile, where a structure can be observed that corresponds to the cochlea and the middle ear located in the front.

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A scanned image of the skull of one of the humanoid reptile specimens showing the withered brain inside. The presence of organs in these samples is vital for future research and for obtaining biological material for DNA isolation under excellent conditions
A scanned image of the skull of one of the humanoid reptile specimens showing the withered brain inside. The presence of organs in these samples is vital for future research and for obtaining biological material for DNA isolation under excellent conditions

A scanned image of the skull of one of the humanoid reptile specimens showing the withered brain inside. The presence of organs in these samples is vital for future research and for obtaining biological material for DNA isolation under excellent conditions.

X-rays and MRI

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X-rays show the inner ear
X-rays show the inner ear

X-rays show the inner ear.

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Photographs

Pregnant belly
Pregnant belly

Pregnant belly.

Fingers
Fingers

Fingers.

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General anatomical description

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"It does not belong to the homonoid family, primates or mammals - its characteristics are like that of a reptile, but in a humanoid form."

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Stretching neck. Anatomical differences of the cervical vertebrae in comparison with humans were revealed in this sample. A spinous process and a transverse process are also present, as in humans.

Restored look
Restored look

Restored look.

Restored look
Restored look

Restored look.

Restored view of the Victoria sample
Restored view of the Victoria sample

Restored view of the Victoria sample.

Restored view of the Victoria sample
Restored view of the Victoria sample

Restored view of the Victoria sample.

Restored view of the Victoria sample
Restored view of the Victoria sample

Restored view of the Victoria sample.

Restored view of the Victoria sample
Restored view of the Victoria sample

Restored view of the Victoria sample.

Reconstructed view of the Josephine specimen
Reconstructed view of the Josephine specimen

Reconstructed view of the Josephine specimen.

Reconstructed view of the Josephine specimen
Reconstructed view of the Josephine specimen

Reconstructed view of the Josephine specimen.

Reconstructed view of the Josephine specimen
Reconstructed view of the Josephine specimen

Reconstructed view of the Josephine specimen.

Skeleton

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Differences in the number of ribs

Josephine, Victoria: 11 edges, including 2 floating.

Family: 10 edges, including 2 floating.

Alberto: 8 edges including 2 floating edges.

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Genetic examination

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A comparison of the DNA of mummies and humans showed that about 30% of DNA corresponds to human, the remaining 70% does not belong to humans.

Common ancestor

Since there is no differentiation of bones, such as the radius and ulna in the forearm and tibia and fibula in the legs, as well as the absence of carpal bones, evolutionary homology does not correspond in its biological origin to ancestors and does not correspond to any of the species of this planet, although it has a definite anatomical connection with the hands of extinct dinosaurs, so that its biological origin is unknown to modern science.

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Characteristics:

Very thin body, extended backward head with a flat front and a pointed occiput. The jaw is very small in size. Stretching neck. The fingers are thick and long at the ends with claws. No mammary glands.

conclusions

The skin of the Victoria specimen is composed of highly keratinized squamous stratified epithelium, acellular and thick, similar to reptile scales. The skin of the scapular region has small, strongly thickened white protrusions that look like warts, their distribution over the skin is single, as well as in pairs. Absent in the sample taken from the thigh.

In the protrusion, the keratin becomes slightly more compact and becomes amorphous. There are no mucous glands and no sweat glands, so the loss of water through the skin is practically zero (it is keratin that provides moisture and protection), which allows them to live in very dry places - for example, in the Nazca desert, where these bodies were found covered with diatomaceous earth for their preservation.

Conclusions of the forensic scientist Jose de Jesús Salze Benitez

By examining these images, it was possible to identify bone structures that have a harmonious and functional anatomical relationship between them, which made it possible to determine the organic mobility of the analyzed sample.

We were also able to identify similar structures in their physiognomy with internal organs and their components, which have similarities with the vascular bundles, the digestive tract and the reproductive system, but have features that distinguish them from what is known about human anatomy and brings them closer to other species …

By examining these images and their three-dimensional reconstruction, we can determine that the anatomy of bones, as well as ovoid structures (4 eggs) and flexible anatomy (skin, fat, muscles, organs, blood vessels, oral cavity, digestive tract, reproductive system, oviduct and other articular structures (such as muscles, tendons, ligaments and cartilage) have a direct relationship between their position and pathways, demonstrating their authenticity and organic functionality in their own right, which is unique and not reproducible.

It is an organism of a new and unknown species, biological and evolutionary origin, unique and different from what has been described and known to man.

The DNA results confirm that it has no direct relationship with any animal-like organism known or described to date.

And I would like to clarify that we are talking about a match between 30% and 33% of human DNA. It doesn't matter, it's not the 30% that matters, but how different they are by 70%.

This 70% difference and differentiation makes this species unique, invaluable and non-reproducible and deserves additional research and analysis.

Carbon analysis results provide an approximate dating period that implies a taxonomic origin other than that known or described for terrestrial species already studied and referenced by science.

There are other studies, such as skin, diatomaceous earth, artificial and natural mummification, which means there is still a lot to explore and a lot to add to this study.

I insist that this need is maintained, and that research will continue and that access will be expanded to examine each of these body parts of the recovered specimens, by scientific institutions in a collegial and interdisciplinary way, to confirm what has already been said. And therefore, determine their origin, as well as the typology and taxonomic classification of these bodies, mummified by desiccation, which can be found here in Peru.

SUMMARY

General view of the "Humanoid reptile"
General view of the "Humanoid reptile"

General view of the "Humanoid reptile".

For the first time in the history of biological sciences, a new species with reptilian but humanoid features has been described. Anthropometric data as well as the phenotypic characteristics of 6 specimens (Alberto, Josephine, Victoria and 3 bodies), as well as 3 heads corresponding to the same species, named "Humanoid Reptile", confirm this scientific evidence as genuine. This species is about 58.5 cm in size in adulthood, it has a macrocephalic head, elongated back in the form of an ovoid shape, with wide front and rear built-up ends, has three keels or ridges on the crown of the head, no hair, no nasal septum, absent ear part, neck retracts, no mammary glands. Represents gonochoric sex (male and female). The female and male have a transverse cloacal opening between the legs, reproduction is oviparous. Knee caps are missing. He has differences in anatomical structure, which, according to evolutionary homology, has no common ancestor with the species of the Earth, his hands are similar to the extinct dinosaur Velociraptor - with long and thick fingers ending in claws.

The results of radiocarbon analysis indicate an age of 791 + - 30 years. Images of these creatures are found in archaeological records such as petroglyphs, textile geoglyphs and on ceramics - 7000 years ago, during which they lived and came in contact with ancient Peruvian settlements.

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Reconstruction and animation of motion:

Conference (in Spanish):