The “Mouth of Hell” in Russia marks the discovery of 40,000 YEARS OLD prehistoric frozen horses.

A prehistoric newborn horse was unearthed in the Batagai Valley, often dubbed just the “Mouth of Hell” in Russia’s Yakutia area, which was renowned to researchers and historians as the location of several wooly mammoth remains. The baby pony mainly was just three months old and 98 cm tall, just at the elbow.

How was the horse so well preserved?


The iced permafrost shielded this same foal’s body parts and epidermis to the finest detail, resulting in the discovery of well-preserved feces inside the foal’s urethra.

What surprised all paleontologists was the distinctive simple truth that somehow, this pony has been protected with no noticeable remnants of its vital organs. Still, the tail, mane, and wool are exceptionally seldom seen in this kind of excellent condition in dead, old organisms.


“This is the world’s first find of an ancient horse at such a young age and in such incredible condition,” stated Semyon Grigoryev, administrator of the renowned Mammoth Museum. According to researchers, this pony has become biologically distinct from horses currently surviving in the Yakutia area.


The 40,000-year-old horse was just an Equus Lenensis (popularly called the Lena horse), which emerged during the late Pleistocene, mainly in the Yakutia area.

The species has become extinct, and its remnants were recovered several years later in frozen dirt.


Is there any scope for DNA cloning?


Fur, secretions, biologically active compounds, and dirt samples were obtained again from the horse to help the scientist to do a thorough investigation, along with a complete postmortem to establish the exact cause of death.


Because red blood cells lack a nucleus, they cannot carry genetic DNA that could be used to duplicate the foal. Instead, cells devote all of their resources to muscle tissue and interior tissues, which they have discovered to be in decent form.


This is another tough method since DNA is decomposed when an individual organism passes.

As a result, despite extraordinary preservation circumstances, including permafrost, finding the DNA essential for cloning is extremely challenging.


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