This fictional hybrid, engineered for Jurassic World, represents a pinnacle of imagined genetic manipulation, combining the base genome of a Tyrannosaurus rex with the altered DNA of various other species. The Role of Epigenetics and Environmental Factors It is crucial to consider that the phenotype—the physical and behavioral traits—of the Indominus would not be solely determined by its genotype.
How Environment and Epigenetics Shaped Indominus Rex Behavior
The theoretical recreation of T. The inclusion of genetic sequences from a pit viper would grant it the ability to detect infrared radiation, effectively giving it thermal vision to hunt in complete darkness.
Epigenetic factors, which control how genes are expressed without altering the DNA sequence, would play a massive role. This likely included sequences from rapidly growing organisms to achieve its immense size in a short period.
How Genes and Surroundings Shape the Indominus Rex
Physical and Sensory Augmentations Beyond intelligence, the genome would be modified for superior sensory input and physical weaponry. Furthermore, DNA from a tree frog might have been integrated to facilitate thermoregulation, potentially allowing the hybrid to alter its body temperature to match the environment, a trait that would enhance its survival and adaptability.
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