John Lydniki, PhD, Malik Biber and Florida University College of Public Health, a health profession virus specialist in Bieber-is evil from the short-tellers-in the laboratory for testing as part of his continuous work to understand the transmission of the mule virus.

The test revealed that SHRW had an unspecified breed by the orthopedic virus. It is known that the viruses in this sex affect humans, white tail deer, bats and other mammals. While the effects of orthopedic viruses on humans were not yet well understood, there were rare reports that the virus is associated with encephalitis, meningitis, stomach and intestinal inflammation in children.

“The bottom line is that we need to pay attention to orthopedic viruses, and know how to discover them quickly,” said Lydniki, a professor of research at the Ministry of Environmental and International Health at the Ministry of Defense and a member of the Emerging Diseases Institute at UF.

The UF team has published the full genetic coding sequence of the virus, which they called “Gainesville Shrew Mammalian Orthoreovirus Type 3 UF-1” in the magazine Microbiological resources ads.

“There are many orthopedic viruses in mammals, and it is not known enough for this recently identified virus,” said Emily Deirterte, the main author of the newspaper, Emily Derrete, a PhD at UF. One health candidate. “Orthopedic viruses in mammals have been considered” orphan “viruses, which are found in mammals, including humans, but are not related to diseases. Recently, it was involved in the respiratory system, the central nervous system and digestive diseases.”

The Gilongv Virus Virus Lydniki Labes and Orthopedic Virus discoveries come in the wake of the publication of the team that spreads their discovery of other virus in the deer with the cultivated white tail. Lydniki said the tendency of viruses to develop constantly, associated with the advanced laboratory techniques of the team, finding new viruses is not completely surprising.

“I am not the first to say this, but basically, if you look, you will find, and for this reason we continue to find all these new viruses,” said Lydniki.

Like the influenza virus, two different types of bone viruses can affect a host cell, causing the viruses to be mixed and matched with it, in its essence, creating a new virus.

In 2019, Lydniki and his colleagues dismissed the first bone orthodontic virus in the deer. The genes of this strain were almost identical to the orthopedic virus in the cultivated Mink in China and with a patient with a patient in Japan. How in the world, the scientific community wondered, can the hybrid virus itself appear in the deer in Florida and two types of meat -eating animals around the world? Some experts speculate that animal feeding components can come from the same manufacturer.

With many questions that were not answered about bone evaluation viruses and their transmission methods, spread in the human and animal hosts, and the extent of their illness, more research is needed, as Derity and Denke said.

The following steps will include vaccine and immunity studies to understand the threat of Gainesville Shrew Mammalian Orthoreovirus Type 3 UF-1 strain that may carry it for humans, wildlife and pets.

For readers interested in pepper health, be reassuring. There were no signs of the disease from his external adventures, and he would likely continue to contribute to the scientific discovery through the set of samples.

“This was an opportunistic study,” said Lednishi. “If you come across a dead animal, then why don’t you test it instead of burying it only? There is a lot of information that can be acquired.”