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The Megalodon, a legendary prehistoric shark that ruled the oceans millions of years ago, has captivated the imaginations of people for generations. With its massive size, estimated to be up to 60 feet in length, and formidable power, the Megalodon stands as one of the most awe-inspiring creatures ever to have existed. Yet, as technology and scientific understanding have evolved, the question remains: does the Megalodon still exist today, lurking in the depths of our oceans, or is it truly a creature of the past?

The Prehistoric Giant

The Megalodon, scientifically known as Carcharocles megalodon, lived during the Cenozoic era, approximately 23 to 3.6 million years ago. Its name translates to "big tooth," and its teeth are one of the few remnants of this colossal predator that have been discovered. Fossil evidence suggests that this ancient shark had a global distribution and was a dominant apex predator in the oceanic food chain.

The Enigmatic Disappearance

Despite its fierce reputation, the Megalodon eventually vanished from the fossil record around 3.6 million years ago during the Pliocene epoch. Researchers have proposed several theories to explain its disappearance, including changes in climate, loss of prey species, and competition with other predators. One leading hypothesis suggests that the global cooling during the Pliocene era affected its preferred habitats, leading to a decline in population and eventual extinction.

The Megalodon Mythos

Even after its extinction, the Megalodon continued to live on in mythology, folklore, and popular culture. Tales of colossal sea monsters have been recounted by sailors and coastal communities throughout history. In recent times, Hollywood films like "The Meg" have further perpetuated the notion of the Megalodon as a modern-day menace. However, such portrayals are firmly rooted in fiction, with little scientific basis.

The Quest for the Megalodon's Survival

Despite the lack of concrete evidence, some enthusiasts and cryptozoologists argue that the Megalodon may still exist today in the unexplored depths of the world's oceans. They point to reports of massive unidentified creatures and unexplained disappearances of marine life as potential evidence of the Megalodon's survival.

However, these claims are met with skepticism from the scientific community. The absence of credible sightings, genetic evidence, and the fact that large marine creatures typically need substantial food sources to survive pose significant challenges to the idea of a living Megalodon.

The Role of Science and Technology

To determine whether the Megalodon still exists, scientists have utilized advanced tools and techniques to explore the ocean depths. Marine biologists, oceanographers, and paleontologists have conducted extensive studies of marine ecosystems, collected genetic samples, and used remotely operated vehicles (ROVs) and deep-sea submersibles to survey unexplored regions.

While these efforts have led to important discoveries and a deeper understanding of marine life, they have not yielded any evidence supporting the existence of the Megalodon in contemporary times.


As intriguing as the idea of a living Megalodon may be, the scientific evidence firmly points to its extinction millions of years ago. The Megalodon remains a fascinating relic of the past, a testament to the incredible diversity and power of ancient marine life. While there are still vast expanses of the oceans yet to be explored, the likelihood of discovering a living Megalodon is exceedingly slim.

As our understanding of marine ecosystems continues to evolve, new discoveries may reveal more about the Megalodon's ancient world and the circumstances that led to its eventual disappearance. Until then, the legend of the Megalodon will continue to inspire curiosity and wonder about the mysteries of our planet's past.

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Human DNA, numbering about 20 thousand. years, were taken from the pendant, specifically - a deer tooth, which served as a pendant. It was found in the Denisova Cave in Siberia. Scientists from an international team used an innovative non-invasive method of obtaining a sample of genetic material.

Former ornaments made of animal bones or teeth are promising in terms of obtaining DNA samples. Their porous structure allows human body fluids, such as sweat, blood or saliva, to penetrate and settle there. By the way, human DNA is also deposited with them.

Scientists have developed a non-invasive method that allows DNA to be extracted from such objects without damaging them. It involves dipping them in a sodium phosphate solution and then slowly heating them up. In this way, DNA molecules that were previously trapped there, getting with blood, sweat or saliva, are washed out of such ornaments or other objects.

Scientists were able to get the DNA of the wapiti deer, which the tooth belonged to, and human DNA. It turned out to be the DNA of the woman who most likely owned the pendant.

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