What is the Obelisks virus discovered in 2024, and what are its symptoms?
Obelisks Aren’t a Virus, But a Recently Discovered Mystery. A new virus named Obelisks virus discovered in 2024 has caused COVID-19-like panic among many. recently discovered Obelisks virus is the type of microscopic biological entity found in the human mouth and gut.
While headlines might have you thinking “obelisks virus” is the latest health threat, it’s crucial to understand that obelisks are not actually viruses. They are a recently discovered type of microscopic biological entity found within the human mouth and gut.
The work has already been widely reported on, even though it is still in preprint form and has not yet undergone peer review. This includes articles in two prestigious journals, Science and Nature.
The recently discovered ‘Obelisk’ was discovered while conducting research to identify infections known as viroids from the genomes of human samples. Viruses that cause infectious diseases, such as influenza, cannot replicate without host cells, although they do have a protein shell that protects their genes.They termed them Obelisks because the viroids’ secondary structure — a 3D shape formed by folding over themselves — is expected to resemble a slender rod.
Viruses are considered intermediary creatures between living and nonliving organisms since their genes are separated from the outside world, yet a pathogen even smaller and simpler than viruses was identified in the 1970s
Although viroids were previously considered to just infect plants, recent research suggests they may also infect animal species, fungi, even bacteria. In the latest study, researchers looked for potential viroids among the DNA of bacteria found in the human body. The Stanford team discovered roughly 35 thousand unique obelisk types after analysing existing records from human gut and mouth, as well as other diverse sources.
Obelisks brief intro :
• Found in 2024 by Stanford University researchers.
• Microscopic, rod-shaped objects having one or two genes composed of genetic material (RNA).
• Found in various settings, but most abundant in the human mouth and stomach.
• Because they lack a protein coat, a crucial component of viruses, it is now categorized as non-viruses.
These obelisk genomes had previously been ignored due to their striking dissimilarity to anything previously described. The Stanford scientists discovered them by employing an advanced tailored method for searching databases for single-stranded circular RNA molecules to identify any viroid-like elements.
Their findings demonstrate that obelisks are common. The researchers discovered them in datasets from all around the world and in a variety of fields.
What signs and symptoms are present?
The important thing to remember is that obelisks don’t currently have any known symptoms. Not because they produced any obvious health issues, but rather because they were found via genetic study.
What do we know according to research?
Although research is ongoing, this is what we know so far :
• Obelisks are diverse; more than 30,000 different kinds have been found.
• It’s likely that it depend on other microbes for reproduction, although their precise hosts are unclear, it may need fungus or bacteria.
• Researchers are currently looking into the meaning of obelisks and how it might affect human health.
What’s causing the confusion?
The misperception may have been reinforced by the term “virus-like entity” used in the initial reports. Furthermore, a few major media outlets sensationalized the discovery by calling it the “obelisks virus” despite scientific errors. so while coming up with any judgement one should always research about it thoroughly as it may cause panics among people. WHO would have had alerted the world if it had catastrophic in nature.
Point to remember:
As of now, there is no evidence linking obelisks to any illness. It is not a virus. Studies are being conducted to study the nature of their function in our body and any possible ramifications.
Obelisk virus,Many people are not aware of this new bacterial.