Novel 'Vampire Viruses' Found in U.S. Raise Alarm Among Scientists.!
Since the onset of the global Covid-19 pandemic, viruses have become a significant topic of interest worldwide. Whenever news of a new virus emerges, discussions inevitably focus on the problems it poses, its symptoms, severity, and necessary precautions. Now, a new virus has appeared on the scene, raising concerns.
These vampire viruses were identified in soil samples from maryland and Missouri in the United States. While researchers have been aware of their existence for decades, this marks the first time a new species has been identified in soil samples. Researchers from the university of maryland Baltimore County have classified them as "mobile genetic elements."
Vampire viruses function as facilitators, aiding in the transmission of their genes into the host's main cells. This cooperative process allows both viruses to infect the host's cells simultaneously. When bacteria infiltrate and infect human cells, they take on the role of helper viruses. There is another alarming aspect to consider: influenza virus samples found in pigs are believed to pose a more significant risk when they undergo genetic recombination to create new strains.
For this to happen in a person, the virus must be in close proximity to the host's cells. Recent observations have indicated that the dependent virus appears to be closely associated with the helper virus, as seen through an electron microscope. The details of this discovery were published in a study on october 31 in the "Journal of the international Society for Microbial Ecology."
These vampire viruses were identified in soil samples from maryland and Missouri in the United States. While researchers have been aware of their existence for decades, this marks the first time a new species has been identified in soil samples. Researchers from the university of maryland Baltimore County have classified them as "mobile genetic elements."
Vampire viruses function as facilitators, aiding in the transmission of their genes into the host's main cells. This cooperative process allows both viruses to infect the host's cells simultaneously. When bacteria infiltrate and infect human cells, they take on the role of helper viruses. There is another alarming aspect to consider: influenza virus samples found in pigs are believed to pose a more significant risk when they undergo genetic recombination to create new strains.
For this to happen in a person, the virus must be in close proximity to the host's cells. Recent observations have indicated that the dependent virus appears to be closely associated with the helper virus, as seen through an electron microscope. The details of this discovery were published in a study on october 31 in the "Journal of the international Society for Microbial Ecology."