The Implications Involving Dinosaur DNA

Not to mention the meaning of dinosaur DNA, it seems that the phrase "Jurassic Park" is using the phrase "Dino DNA". This movie was generally thought to be able to find a dinosaur DNA, b) to be able to clone a dinosaur from this DNA. This article does not cover the scientific value of Jurassic Park, but shares existing knowledge and information about dinosaur DNA. The discovery of DNA is important as it may reveal different information. The idea of ​​creating a clone of dinosaurs is particularly impossible at the moment.

The island of dinosaurs was created by a designer of the dead in winter. The goal is to collect the DNA of dinosaurs, conduct research, combine DNA in the right order to activate the dinosaurs and create the world's best dinosaur appeal. The game itself is full of vivid colors, and it has (surprising) dinosaur 's maple!

Everything can be a dinosaur DNA. The scientists actually got the amber color and obtained the DNA from the insects, but the DNA of the dinosaurs could not be obtained. What we have to do is hope that we can find small insects from the age of dinosaurs preserved in amber color. It is desirable that DNA of dinosaur exists in insects, it is intact DNA without any error. Dinosaurs may be alive! It is possible that some dinosaurs are kept in amber color. This has a better chance than insects. When dinosaurs eat a dead dinosaur, dinosaurs eat other dinosaurs very stupidly, perhaps the other dinosaur's blood turns to amber. Pellegrino thinks there is the possibility that DNA may exist also in the bone of the dinosaur, but it is not so. (Cohen 82)

In this story ancient mosquitoes that have destroyed the dinosaur's blood are found in amber color. InGen scientists can extract the dinosaur DNA from the abdominal blood of these mosquitoes and connect the genomes of several ancient reptiles (Triceratops, Tyrannosaurus Rex, Raptor etc). The gap of the dinosaur genome is filled with DNA extracted from contemporary frogs. Science has so far failed to revive dinosaurs in the real world, but techniques that can make clones of dead animals, and perhaps even recently even extinct species seem to be effective . On November 11, 2008, Wakayama Sayaka and its team of the Academy of Sciences of the RIKEN Center in Kobe, Japan reported that they produced clones of mouse frozen for 16 years. Production of embryonic stem cells using nucleus present in cells of frozen brain tissue