The Attack Of Legionnaires Disease

In African hospitals they often don’t use protective gear like masks, gloves, or gowns. When needles are used they may not be disposable or they might not be sterilized. Ebola is a biosafety level four virus. Biosafety level four is the highest level, and contain dangerous diseases that are possibly life threatening.

First discovered in the 1970’s, the ebola virus was contained to West Africa (“About Ebola Virus Disease”). Villagers’ diets consisted primarily of the resources readily available. Among these resources were fruit, vegetables, and animals, namely monkeys. Monkeys carried the ebola virus, and when people ate them, without proper cleaning and cooking techniques, they became infected. Ebola, formally known as Zaire Ebola Virus, is transmitted through bodily fluids like saliva, blood, semen, breast milk, mucus, sweat, tears, feces and urine. ("Ebola in West Africa."). Since it was introduced to a third world country, where hygiene is not regarded as important as survival. Without education, protection and segregated sewage, the virus began to spread. In days people were dying after spreading the virus to those closest to them (Waterman). The bodies, though dead, were still harboring the virus and

People can recover from Legionnaires’, but 5% - 30% die. The most likely people to die by the disease are the elderlies and people with underlying medical problems. The disease is not spread by person to person, but through the air.

It is not an airborne bacterium nor can it be transmitted from person to person. The elderly and any individual that has pre-existing respiratory conditions, chronic lung disease, smoke have asthma, or are fifty years of age or older are at a higher risk of death if diagnosed with this disease. The bacteria or bacterium, Legionella enters and is transmitted through the lungs from either inhalation of aerosolized contaminated soil and/or water or by aspirating contaminated water. Legionnaires’ disease can lead to life-threatening complications such as; respiratory failure, septic shock, acute kidney failure and even

Ebola is a virus that is transmitted to other individuals through direct contact with blood and body fluids of those infected (Centers for Disease Control and Prevention [CDC], 2015). In the most recent outbreak in 2014, the video Ebola Outbreak (2014) illustrated that the virus quickly became a worldwide epidemic. As the virus became so widespread throughout Africa, Ebola-infected so many people in such a short time frame. While the organization, Doctors without Borders was intimately involved early on, they quickly learned that the manpower they had to offer was not nearly enough. The group identified that they had no way of performing contact tracing, which is a way of following patients that were contaminated and quickly led to additional cases of infection in astronomical numbers. According to the follow-up video, Outbreak (2014) the organization Doctors without Borders communicated to the World Health Organization (WHO) made a valiant

The infected person should be in separated from other people. All equipment, medical waste, patient waste and surfaces that may have come into contact with body fluids need to be disinfected. During the 2014 outbreak, kits were put together to help families treat Ebola disease in their homes, which include protective clothing as well as chlorine powder and other cleaning supplies. Education of those who provide care in these techniques, and the establishment of such barrier-separation supplies has been a priority of Doctors without Borders.

While Ebola is not an airborne virus, it can be transmitted through direct contact with an infected person’s fluids, such as blood, urine, vomit, sweat, semen and sexual contact (Nevins, 2014). With these deadly symptoms and ease of transmission, the Ebola virus can quickly wipe out an entire community. Yet, scientists have found that the severity of the disease in humans varies widely, from rapid fatality to mild illness or even asymptomatic response, further complicating the ability to quickly identify infected patients and reduce the possibility of transmission (Kolata, 2014). Moreover, the virus has different strains and mutates according to the specific environmental conditions in which it exists (Peters et al., 1991).

The filovirus family encompasses two genera: Ebolavirus and Marburgvirus; note that filoviruses are zoonotic, and have recently been traced to some species of African bats (CDC 2014). Currently, there are four species of ebolavirus that cause disease in humans: Ebola virus, Sudan virus, Tai Forest virus, and Bundibugyo virus (CDC 2015 B, 1). For the purposes of this scenario, Ebola virus will be the agent of focus and use. Symptoms of Ebola virus infection range from common illness characteristics, such as fever and fatigue, to the more detrimental characteristics of unexplained bleeding, vomiting, diarrhea, and body pains; symptoms can appear anywhere from two days to three weeks after exposure (CDC 2015 B, 1). Transmission of infection occurs through direct contact between an individual’s mucous membranes or broken skin and body fluids of an infected person (CDC 2015 A). Body fluids can include sweat, saliva, blood, semen, and urine, amongst several others. The US Centers for Disease Control and Prevention has stated that “Although … the viruses display some capability of infection through small-particle aerosols, airborne spread among humans has not been clearly demonstrated”

The resulting symptoms are bleeding, especially in the nose, abdomen, and pericardium. Capillary leakage appears to lead to loss of intravascular volume, bleeding, shock and the acute respiratory disorder seen in fatal cases. Patients basically die of intractable shock. Those with severe illness often have fevers and are delirious, combative and difficult to control.Some victims of the Ebola virus, one out of ten people infected, survive the virus's deadly operations. Due to its self-limiting nature, the Ebola virus is known to sometimes die out within a person before killing the host organism. Just like the history of wars and other social epidemics, the Ebola outbreaks need to be remembered and learned from.

Ebola Virus Disease (EVD) is a severe and often fatal disease that can occur in humans and nonhuman primates (such as monkeys and gorillas). The outbreaks of EVD occur predominantly in remote villages in Central and West Africa, near tropical rainforests and where contact with animals is more likely to take place. EVD is transmitted into the human population through close contact with the blood, secretions, organs or other bodily fluids of infected animals (typically nonhuman primates and fruit bats). Once a human is infected it spreads in the community through skin-to-skin contact, direct contact with the bodily fluids of an infected individual, or contact with environments that are contaminated with such fluids. The incubation

For humans, Ebola is a viral hemorrhagic fever caused by the ebolaviruses. The virus is from the Filoviridae family. “Ebola is introduced into the human population through close contact with the blood, secretions, organs or other bodily fluids of infected animals such as chimpanzees, gorillas, fruit bats, monkeys, forest antelope, and porcupines found ill or dead or in the rainforest. Ebola then spreads through human-to-human transmission via direct contact (through broken skin or mucous membranes) with the blood, secretions, organs or other bodily fluids of infected people, and with surfaces and materials (e.g. bedding, clothing) contaminated with

It enters the body thru mucus membranes. Ebola lives in an animal host such as fruit bat or smaller mammals. Transmission for Ebola varies from contact with blood contaminated needles, or bodily fluids. Profuse bleeding is the number one indicator of the infection. Arenavirus can be detected using enzyme-linked immunosorbent assay (ELISA) or reverse transcriptase polymerase chain reaction (PCR). Currently, there are no treatments available for Ebola. Prevention chances of getting Ebola include washing hands frequently. Avoid any known Ebola outbreak areas. Nursing interventions check for occult blood in the stool, urine, and

Disposing of an Ebola virus casualty is also a way to catch the virus because viral presence remains after death.

The symptoms of Ebola are a fever, headache, joint and muscle aches, vomiting, stomach pain, sore throat, diarrhea, weakness and occasionally read eyes, rashes, hiccups, and internal and external bleeding and since these symptoms are not specific to Ebola, it is difficult to clinically diagnose and can often be confused with other viruses. The ELISA testing, short for enzyme-linked immunosorbent assay, and virus isolation are a couple of examples of the types of laboratory testing that can be done to diagnose and Ebola patient. Because of how easily it can be transmitted, it is extremely difficult to treat and there is no approved, official treatment. As of now, there is not standard treatment but usually the patients are given fluids and oxygen, have their blood pressure monitored and other necessary treatment. To prevent transmission and spreading the virus, the doctors use extreme caution and wear head to toe protective gear and isolate the patient. Even though the Ebola virus is common in Africa, there has been no known outbreak in the United States. Another difficulty facing scientists and the treatment for Ebola is that the natural reservoir for the virus unknown. The natural reservoir of a virus is it’s long term host of the

Although there is not a scientific or natural cure found yet, there are some methods that can increase a person’s chance of survival if contracted with the virus. First, supportive care could help physically and even more psychologically. Studies on blood samples have shown that there is an identification between genes and the prediction of survival. Also, there is a new association between survival and levels of a certain protein in platelets. This protein helps to repair damaged blood vessels. Certain levels of this protein could determine the chances of survival of an infected person. Scientists are also trying to develop a cure by utilizing the benefits of this protein. Currently, there are 2 possible vaccines that are being tested to see if they will prevent the virus.