Tukundub virus

Tukunduba virus: what is this disease?

Tukunduba virus is a virus of the Bunyavirus genus, which belongs to the ecological group of Arboviruses and the Bunyamwera antigenic group. Despite the fact that this virus is a member of the bunyavirus family, its pathogenicity for humans has not yet been established.

Bunyaviruses are a group of viruses that are transmitted by insects and can cause various diseases in humans, such as Rift Valley fever, Hantavirus and others. Tukunduba virus also belongs to this group and has been found in many regions of Africa.

At present, it is not well understood how the Tukunduba virus is transmitted and what its symptoms are. Some researchers believe the virus could be transmitted through the bites of insects such as mosquitoes, as is the case with other bunyaviruses. However, there is no reliable data on this yet.

Tukunduba virus is also known to have been found in animals such as rats and mice, but has not been confirmed to be present in humans. This means that we do not yet know whether the virus can cause any diseases in humans, and if so, which ones.

Overall, Tukunduba virus remains a poorly understood virus, and more research is needed to understand its biology and potential pathogenicity in humans. However, as with other new viruses, it is important to monitor the development of this problem and conduct additional research to study this virus in more detail.

The **tukundubu** virus is one of the most dangerous infectious diseases. It is caused by the tukundub virus, which belongs to the bunyavir family and the bunyavin genus. This virus is not pathogenic to humans, but its effects on animals and humans can be very serious.

In and

Tukunduba virus belongs to the genus Bunyavru, family Bunyavirus. It is an arbovirus and belongs to an ecological group of viruses that infect arthropods (mainly mosquitoes). The virus was isolated in 2015 during a study of people affected by a fever of unknown origin in central Africa. The antigenic group of this virus is called Bunyamwera, and its pathogenicity was not established at that time.

Tucundum virus has an icosahedral viral capsid. The capsid consists of a two-layer membrane covering