Scientists made a remarkable discovery when they identified a previously unknown life form in the human microbiome. However, small rods made of ribonucleic acid (RNA), called obelisks, cause serious headaches for researchers. Where did they come to our organization? What is their purpose? How does it affect our health?
These questions remain unanswered, but the discovery of obelisks could revolutionize microbiology and open new horizons in understanding how the human microbiome works.
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Obelisks have been discovered in the intestines and oral cavity. Depending on how widespread it is, it's likely that it's been in our bodies for a long time, but we've only been able to notice it now. Researchers do not yet know how they entered our bodies, and they believe that it is possible that they enter at birth, through nutrition, or through contact with the environment.
Obelisks are neither viruses nor viroids, but they resemble both.
They are able to produce their own proteins, but these proteins are not similar to the proteins known to science so far.
This discovery raises new questions about the origin of life and the evolution of microscopic life forms. The obelisks likely had a single host Streptococcus sanguinis Bacteria, but the nature of the relationship between them is still unclear.
The researchers assume that the obelisks receive energy and nutrients from the bacteria and provide them with some kind of service in return. You can learn more about the amazing discovery made by the Stanford University research team in this video:
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The discovery of obelisks may be of great importance to microbiology. Researchers hope to solve the mystery of the obelisks soon, and thus better understand how the human microbiome works.
These entities can play an important role in the development of various gastrointestinal diseases, allergies, and even nervous system disorders.
Scientists continue to study obelisks to discover their origin, function, and effect on the human body. The discovery of the obelisks has opened another exciting chapter in microbiology research and will hopefully contribute to the preservation of human health and the development of medicine.
source: Science.org
