Indominus rex

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Indominus rex (translation of the name: indomitable king) Gender: Female Length: 15.5 meters height: 7 meters weight: 10 tons

Composition of the hybrid

Indominus rex is a hybrid, and its components are: Tyrannosaurus rex, Velociraptor, Giganotosaurus, Therizinosaurus, Deinosuchus, Majungasaurus, Carnotaurus, Pycnonemosaurus, Kilmezaurus, Viavenator, Rugops, cuttlefish, some species of tree frogs and rattlesnakes, and the stag beetle.

Appearance

The exotic hybrid Indominus Rex showed features from a wide range of animals, thanks to structural genes derived from many different species. Its head clearly showed influence from abelisaurid and carcharodontosaurid species. The presence of genes from the abelisaurid Carnotaurus in its genetic makeup resulted in small horns above the animal's eye sockets, and a series of growths running down the nose of Indominus, similar to the abelisaurid Rugops and Majungasaurus, whose DNA was also used in the hybrid for other scale ornamentation. In addition to the growths on the nose, Indominus also had ornamental osteoderms on its head, stemming from its abelisaurid heritage. The shape of the skull was determined by the genes from the Tyrannosaurus rex and the carcharodontosaurid Giganotosaurus in its genome. The Giganotosaurus gave the skull a slightly elongated, tapering shape, but there was also some Tyrannosaurus influence in the shape, making the skull more convex. The 74 sharp, curved teeth of I-Rex, which were up to 25 cm long and were exposed and intersected, were due to the Deinosuchus genetic makeup. The teeth of Indominus were constantly regenerating, a genetic feature of all theropods, as well as almost all sharks. The juvenile specimen from Jurassic World had a number of damaged or broken teeth that protruded at different angles. The lower jaw appeared to have more teeth than the upper jaw, and the teeth at the front of the lower jaw tended to protrude outward, creating a basket-shaped lower jaw. The jaws were long and relatively narrow, and, thanks to the contribution of rattlesnake DNA, were able to extend to a very wide angle, like snakes. On its face, the skin appeared taut, making the skeletal elements clearly defined externally; this includes cavities similar to the loreal pits used by vipers to detect thermal radiation.

Appearance

The nostrils were fairly large, similar to those of a Tyrannosaurus, and the eyes were forward-facing. They had orange irises and a vertical pupil. Instead of using upper and lower eyelids, Indominus blinked horizontally using a thick, transparent ligament membrane that extended from the medial canthus, like a Komodo dragon. It had a relatively short, triangular, pink tongue that could not protrude. Much of the animal's body was covered in extremely tough osteoderms, which were derived from the genetic material of these abelisaurids: Carnotaurus, Pycnonemosaurus, Quilmesaurus, and Viavenator. These osteoderms provided it with decent protection from most attacks. They were visible on the neck and back, but its scaly skin was quite thick everywhere else, making Indominus nearly impenetrable. The hybrid's skin easily withstood hits from 7.62x51mm NATO weapons, such as the Heckler & Koch HK417. On the neck, the Indominus had sharp osteoderm-spines, inherited from the DNA of a number of reptiles.

Appearance

Its most notable anatomical feature, other than its enormous jaws, was its forelimbs. Engineered with structural genes from Therizinosaurus, these arms were long enough to allow the animal to walk on all fours, or crawl if necessary. The hands were erect, like those of a rabbit, a common flaw in many of InGen’s theropods, but this feature was actually useful to Indominus, as they allowed it to grip the ground. Each hand had four fingers, including one opposable thumb (which may have come from strands of frog DNA) and three much longer toes. The Therizinosaurus genes also meant that all four ended in large, sharp claws, with a few well-placed swipes of which Indominus was capable of taking down giant dinosaurs like Apatosaurus. Thanks to the genetic contribution of Velociraptor, the Indominus's hand structure resembles that of the InGen raptors, which had their longest claw on their longest finger, the middle one. The arms were extremely muscular, and had long, gray proto-feathers.

Appearance

The legs of Indominus were also very strong, ending in four-toed paws, including a dewclaw, which also had large claws on them. It was capable of running at speeds of 50 km/h (31 mph) when confined to its enclosure. While not necessarily quadrupedal, Indominus walked bipedally when in a hurry, unlike its descendant Indoraptor. The tail was long for balance. According to Dr. Henry Wu, the creator of the Indominus genome, the animal could have reached 50 feet (15 meters) in length as an adult, making it the second-largest theropod after Spinosaurus. Its size was due to the Giganotosaurus genes used during its creation. The longest-lived specimen only lived as a juvenile and grew larger than expected, reaching a length of 16.9 meters (55 ft) and a height of 6.7 meters (22 ft). Weight estimates vary, but the specimen is thought to have weighed in the range of 9.8–10.5 metric tons. This would make the animal larger in both linear dimensions and weight than a healthy, mature female Tyrannosaurus, although the weight at the previously expected dimensions would have made it lighter than a healthy female Tyrannosaurus.

Appearance

One of the most impressive features of the Indominus was its skin. Although it was normally a light gray color, the chromatophores in the animal's skin, which came from cuttlefish genes, allowed it to change the color of its body (excluding parts like its teeth and eyes, of course). Some of its osteoderms also apparently had a layer of tissue that carried the chromatophores, allowing it to hide more effectively. Additionally, thanks to the strands of tree frog DNA, it was able to modulate its infrared output and could determine when it had successfully lowered its body temperature to undetectable levels, thanks to its ability to sense infrared radiation using cranial cavities similar to the loreal pits found in snakes. According to Henry Wu, the strands of tree frog DNA were also added to allow the animal to easily adapt to tropical climates.

Story

Indominus rex ( English: Indominus rex ) is a genetically engineered hybrid of various dinosaurs created by InGen for the Jurassic World theme park. With its cover as a park attraction, it also formed part of a secret program to create dinosaur weapons. Seeing public interest in reanimated animals waning, Simon Masrani and Claire Dearing sanctioned the creation of a hybrid with the desired characteristics. Before being put on public display, it escaped containment and was largely responsible for the 2015 Jurassic World Incident, which resulted in multiple deaths and the closure of Jurassic World.

History in more detail

Initially she had a brother but everything was ruined by the conditions in the containment area, the enclosure created from wide reinforced concrete walls was too cramped everything was planted with plants because of this there was no open space in general it was cramped even there were no toys so the indominus ate her brother, she was fed meat and only a crane. In general the enclosure was not comfortable for her so she deceived the guards and caretakers in order to escape after that she began to kill everyone who came across people who were sent to catch her, dinosaurs and visitors of the park in general she sowed great chaos.

Weapon

Arms, legs, tail, jaws and high intelligence. It is not clear how, but she has colossal experience and many approaches to killing prey or an enemy, she easily killed herds of dinosaurs for fun, but she did not kill everyone, sometimes she tried to communicate mainly with predatory dinosaurs like Tyrannosaurus rex, Velociraptors or other predatory dinosaurs that are in her genome.