Spidreman 2: Movie Review

In today's world, technology is at the forefront of innovation and discovery. Its pervasive influence has transformed the way people communicate, with more individuals relying on digital devices than ever before. Scientists continue to make groundbreaking discoveries, and three particularly fascinating ones are explored in the movie Spider-Man 2.

Firstly, the idea of introducing spider genes into humans and the possibilities and consequences that may arise from this, secondly, the notion that radioactive spider bites could have immediate effects on humans, and finally, the concept of human supervision, where individuals are able to foresee danger before it happens. In one memorable scene from the film, Peter Parker has a vision of a train plummeting off a cliff and is able to intervene and save innocent lives. As we continue to push the boundaries of scientific advancement, these questions become increasingly relevant and worth exploring.

Is it possible to mix spider and human DNA? This question has intrigued scientists, and according to some, it is possible to introduce spider genes into humans. The process of creating genetically modified mice could be adapted to humans, and any reaction in mice could potentially indicate a similar reaction in humans. However, the difference between spider and human DNA lies in the order of the bases that make it up, which means that combining the two will not produce something that blends their attributes. Although it's possible to mix spider and human DNA, it won't result in a "spider-man." Adding and subtracting enzymes that catalyze certain biochemical reactions might be feasible, but the interplay between genes is complex and cannot mix features.

Order custom essay Spidreman 2: Movie Review with free plagiarism report

450+ experts on 30 subjects Starting from 3 hours delivery

Get Essay Help

In the movie Spider-man 2, Peter Parker is bitten by a radioactive spider, which injects its DNA into his bloodstream. The radioactive DNA gradually mixes with his human DNA, and about 30 minutes later, he starts to develop spider-like abilities, such as the ability to climb walls and superhuman strength. However, if this were to happen in real life, there would likely be no such effect, as humans are exposed to low levels of radiation on a daily basis.

According to Katy Waldman, a writer who has covered this topic, the amount of radiation in spider venom is extremely low and comparable to the radiation in a banana. However, even if someone were to combine spider DNA with radiation from sources such as microwaves or gamma rays, it would not result in spider powers. In fact, it could be harmful and lead to serious illness, as radiation is known for damaging DNA rather than enhancing it.

The radiation from the electromagnetic spectrum is known to cause damages that result in mutations, which are often fatal. Therefore, none of the known forms of radiation could potentially grant superhuman abilities. However, there might be forms of radiation that are yet unknown to us. In recent movies like Planet of the Apes and The Amazing Spider-man, a chemical catalyst was used to protect the DNA from radiation, allowing it to evolve into a more complex form.

This suggests that there could be ways to protect or reinforce human DNA to handle radiation that would otherwise destroy it. For instance, in the case of Peter Parker, the spider that bit him could have been exposed to a new form of radiation, or the radiation could have been filtered through a chemical agent. Alternatively, Peter himself could have been exposed to a chemical that, when combined with the spider's radioactive DNA, would boost his DNA and evolve it into something greater.

Don't let plagiarism ruin your grade

Run a free check or have your essay done for you

Check my essay Hire Writer