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Camp Hill virus increases risk of epidemic in Alabama

Why in the NEWS?

  • Camp Hill virus, related to Nipah, has emerged in North America, and there is growing concern it may spread from animals to humans.

Key Points:

  • Recently, researchers at the University of Queensland have identified the Camp Hill virus in shrews in Alabama, USA.
  • This virus belongs to the Henipavirus family, which is part of dangerous viruses like Nipah virus and Hendra virus.
  • The identification of this virus for the first time in North America has raised concerns among scientists and health experts, as it can also pose a risk of infection and epidemic in humans.

What you will read next in this topic?

  1. Camp Hill Virus and Henipaviruses
  2. The threat of henipavirus in North America
  3. Symptoms and effects of henipavirus
  4. Modes of transmission of the virus

Camp Hill Virus and Henipaviruses

  • The Camp Hill virus is a henipavirus related to the Hendra and Nipah viruses previously found in Australia and Southeast Asia.
  • Henipaviruses, which are usually spread by bats, can cause severe respiratory and neurological problems in both humans and animals.
  • The diseases caused by these viruses are very dangerous and have a high mortality rate.
  • Hendra virus has a mortality rate of 70%, while Nipah virus outbreaks have had mortality rates ranging from 40% to 75%, especially in Malaysia and Bangladesh.
  • The identification of the Camp Hill virus has raised the fear that this virus of the Henipavirus family can spread more widely than previously thought.
  • Queensland University researcher Dr. Rice Parry has confirmed the identification of this virus and said that this virus can spread not only through bats but also through other organisms, such as shrews.
  • This indicates that the virus is now likely to spread to even wider areas, which can become a serious concern for global health.

The threat of henipavirus in North America

  • So far, henipavirus was mainly identified in countries like Australia, Malaysia and Bangladesh, where it spread to humans through bats.
  • But now its presence in North America has given rise to a new concern.
  • This discovery has raised the possibility that the spread of henipavirus is no longer limited to other parts of the world.
  • The discovery of this virus in North America indicates its spread globally, which can prove to be more dangerous than before.
  • The identification of the Camp Hill virus has also made it clear that there may be a risk of this virus spreading from other animals to humans.
  • Its closest relative is the Langya virus, which spread from shrews to humans in China.
  • This has raised hopes that the Camp Hill virus can also spread to humans through shrews, although more research is still needed for this.

Symptoms and effects of henipavirus

  • Henipaviruses, which include viruses such as Nipah and Hendra, can cause severe respiratory and neurological problems in humans and animals.
  • The symptoms of the Nipah virus include common problems such as fever, headache, muscle pain, and sore throat, which can later affect the nervous system.
  • The Hendra virus also causes similar problems and can cause death after infection in animals.
  • On the other hand, if the Camp Hill virus spreads to humans, the consequences can be equally serious.
  • So far, its effect has been seen only on shrews, but as research progresses, we will get a chance to know its effect on humans.

Modes of transmission of the virus

  • Henipaviruses are primarily spread by bats, which are the natural hosts of the virus.
  • In addition, the virus can also be transmitted from animals, such as horses, pigs, and now also through shrews.
  • The main transmission of these viruses is through contact with humans, especially through contact with body fluids of infected animals.
  • Since Camp Hill virus also belongs to the henipavirus family, it is also likely to spread to humans in this way.

Q. Camp Hill virus belongs to which virus family?

(a) Coronavirus

(b) Henipavirus

(c) Adenovirus

(d) Influenza virus

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