The Epidemic Of West Nile

West Nile Virus has emerged in recent years throughout the temporate zones of Europe and North America. Causing a variety of conditions in its hosts, the most serious manifestation of WN virus infection is fatal encephalitis (inflammation of the brain) in humans and horses, and many birds.

West Nile Virus has many effects on the human body as well as on the bodies of other animals. West Nile is an extremely dangerous virus that attacks the Central Nervous System. It can cause inflammation of tissues in and around the brain and spinal cord. In humans, there are three levels of West Nile Virus, which have different symptoms. Humans can also get specific diseases such as encephalitis from West Nile Virus. West Nile Virus also affects animals. Wild birds and horses are the most susceptible to the virus and most animal deaths occur in these species. Dogs and cats are much less likely to contract the disease. The only way for a human or animal to get the disease is to be bitten by a mosquito

West Nile Virus (WNV) was originally detected from a woman in Uganda in 1937. WNV first appeared in the United States in 1999 in New York which was the first incident in the Western Hemisphere. WNV is a mosquito-borne virus (arbovirus). It is in the flavivirus family. WNV is a neurotropic virus. WNV is a member of the Japanese encephalitis virus. Severe encephalitis outbreaks in humans have been escalating. The means by which the virus gains access to the brain (also known as neuroinvasion) seems inadequately understood. Suggestions of the hypothesis of WNV leans towards the concept of blood-brain barrier disruption and retrograde axonal transport (Suen et al., 2014)

The West Nile Virus is a virus that people can get from an infected mosquito bite. This virus disappeared and no one heard much of many people getting the virus for about 20 years. In the 1990´s there was a big comeback on the rise for the West Nile Virus. That also consisted of the infected bugs slowly but surely making their way to America from Africa, the Native country to this virus (Phillip).

Lower return crops such as corn, wheat, cotton and rice will bear the brunt of this whereas the higher return crops such as nuts, citrus and vine crops will be least affected (Kowalski, 2015).

The main point of the press release is to notify the public that the West Nile Virus has surfaced and is active. One of the sub-points is to inform the public of the current case and the number of cases over the years of people who have been infected with the West Nile Virus. Another sub-point is to give the description and signs of the West Nile Virus. Another sub-point is to notify the public where the West Nile Virus is coming from. Another sub-point what is causing the mosquitoes to breed and how to prevent the breeding of the mosquitoes to notify the public that there are two types of West Nile Virus. The West Nile encephalitis and the West Nile poliomyelitis are the two viruses the press release also notified the public of the signs and symptoms of the west Nile virus. What to do and who to contact once bitten the press release gives a statistic of number of cases from 2002 to 2011 (2012). The press release also notifies the public who is at the highest risk to becoming ill with this type of virus. The press release also gives other website to seek out more information regarding the West Nile Virus.

In New Mexico, we started off with 47 West Nile cases in the year 2012, in the year 2013 there were 38 cases, and in the year 2014 there 24 cases were identified (CDC, n.d.). With these CDC statistics, it can be said that both Epidemiologists and Public Health Professionals are doing an adequate job of educating and preventing further West Nile cases. There are also tools such as the CDC website that give information on how to prevent people from catching West Nile. No new information has been learned about the virus and viral transmission. However, a few small amount of cases have shown human infection which consisted of the

Ebola and West Nile virus have negative effects on human health. Both Ebola and West Nile virus ara capable of disabling protein receptors within cells. This allows the pathogen to continue to spread through the body, therefore evading the immune system. Ebola causes flu like symptoms, including fever, headaches, muscle pain, fatigue, diarrhea, vomiting, and even unexplained hemorrhaging. These symptoms may appear anywhere from 2 to 21 days after exposure. Survival rate is dependant on the person's immune system due to the lack of a specific treatment. Symptoms are typically treated as they appear. West Nile virus, however, is different. Most people infected do not experience symptoms, while a small amount (1 in 5) will experience symptoms similar to Ebola. About 1 in 150 people will experience severe symptoms such as high fever, disorientation, coma,

In year 2013, CDC (Centers for Disease Control and Prevention) get report of 2605 cases as regards to noticeable arboviral disease, comprising those caused through 2469 cases of WNV (West Nile Virus), 85 cases of LACV, 22 cases of JCV, 8 cases of EEEV, and 15 cases of POWV, and cases of few other diseases. These cases were stated from 26 percent (830) among the 3141 nations of U.S., no cases were stated from Hawaii or Alaska. The WNV virus is having majority of cases from all other cases. Therefore, it is measured as a vital or serious disease. (Nicole P. Lindsey, 2014)

In conclusion, the West Nile Virus is not that dangerous to our society today. Even if someone does get bitten by a mosquito that is carrying the virus, only about 20 percent of people will get the disease. Even if they do get the disease it is usually just a little sickness that you will overcome. The most dangerous part of this disease is when it affects the brain, but this is a 1 percent chance. There has been various incidents in the U.S. There has been about 44,000 cases of West Nile virus have been reported in the United States since

Since 1999, the West Nile virus spread geographically throughout North America, except for two states, Alaska and Hawaii, which till this day does not have occurrences of WNV statistically shown by the CDC (2014). The introduction of the WNV resulted in the United States centers of Disease Control and Prevention (CDC) to initiate what was known as the National West Nile Virus Surveillance System for 2000. These objectives include:

What is West Nile Fever? West Nile fever also known as West Nile virus is a mosquito borne disease transferred from mosquito to person. Encephalitis is a disease that West nile virus can cause. What encephalitis does is it causes inflammation of the brain which in some cases can be fatal. The west Nile virus wasn’t discovered until 1937 in Africa. The disease didn’t make its way into the United States until 1999. The Virus is most common during the summer months (July- September) which is when mosquitos the carrier of the disease are most active. But in some states it is at risk all year round. Most people who are bitten and infected even receive the virus.

The distribution of exotic animals has influenced the infection among humans concerning West Nile Virus. West Nile Virus is an infection that can cause serious disease in humans. West Nile Virus is a seasonal epidemic that is in North America. It flares up in the summer and continues into the fall.

Viral encephalitis is considered as the most common infection in the CNS as it causes acute inflammation and infection to the brain (S. K. Saxena, 2008) . Japanese encephalitis (JE) is a serious mosquito borne disease caused by Japanese encephalitis virus (JEV) belonging to the family Flaviviridae (Cha et al., 2014). The Japanese encephalitis virus cause significant morbidity and mortality by infecting CNS and spinal cord. Japanese encephalitis virus (Flaviviridae, Flavivirus) is an enveloped virus having 40–50 nm in diameter and it contains single stranded RNA as genome (Vashist, Bhullar, & Vrati, 2011). JE was first reported from Japan as a clinical entity in 1817 later the JEV was isolated in 1934 from a fetal human case(Erlanger, Weiss, Keiser, Utzinger, & Wiedenmayer, 2009).

Some of the viruses that cause encephalitis are arboviruses, cytomegalovirus, poliovirus, herpes zoster, and herpes simplex type 1. West Nile virus has been a big