Vaccination Types Of Influenza Vaccination

When we hear the word virus, we usually think of something that makes us sick. A virus is an ultramicroscopic infectious organism that, having no independent metabolic activity, can replicate only within a cell of another host organism. A virus consists of a core of nucleic acid, either RNA or DNA, surrounded by a coating of antigenic protein and sometimes a lipid layer surrounds it as well. The viral genome provides the genetic code for replication, and the host cell provides the necessary energy and raw materials. To fight viruses, we use vaccines. While some may infect a broad range, other viruses can only infect certain kinds of cells. Vaccines are made of inactive, dead or weakened virus cells or protein antigens that can no longer infect

Through the understanding of infectious diseases, researchers have been able to create several types of vaccines to help prevent a variety of life-threatening illnesses. Scientists develop immunizations using different techniques to treat diseases. These types include: live, killed, toxoids, subunit, and conjugate vaccines. Vaccinations that are the live type use a specific process which when administered will expose the patient to the actual disease, but in a much

1.With a mutated influenza strand emerging each year new vaccines must be made to properly protect against them.

Additionally, as many as 500,000 chicken eggs per day are needed for the process. Influenza viruses are injected into chicken egg embryos, where they are allowed to incubate and multiply for several days. A machine extracts the virus from the egg, which is then purified and chemically killed and made into the vaccine. (Tenpenny, 2008, Davidson, 2007-2009, Offit, 2008).

Every year, millions of people start talking about the influenza virus and getting their vaccines as the flu season approaches, which starts around the October-November period and reaches its peak between December and March. Therefore, public health officials around the world- and in the U.S in particular- are constantly challenged by properly preparing for the annual influenza dilemma, given that this viruses, and other respiratory viruses, are a serious health threat to the U.S population and the world as a whole. Furthermore, what makes the influenza virus even more challenging to control is that it can mutate rapidly and reassort to form new strains, having the ability to reside in multiple animal hosts. In fact, many scientists and researchers have been doing in-depth intensive research so as to understand the mechanism behind this unique characteristic of the virus, try to find new ways to control it, and explore different areas of protection and vaccination.

With influenza vaccination rates remaining low in the HCP population, there has recently been an increased emphasis on improving vaccination rates among HCPs. Low influenza vaccination rates have caused many healthcare facilities to initiate and mandate employees to receive the influenza vaccine. Research has proven to reduce morbidity and mortality among patients in healthcare facilities as well as decrease illness and absenteeism among HCPs (Sickbert & Weber, 2013). For these reasons multiple professional organizations are recommending an annual influenza vaccine for all HCPs, if medically suitable for this vaccination. Requiring a physician waiver for non-suitable HCP, all non-suitable HCP are expected or required to wear a mask in direct patient care areas.

Six different batches of recombinant HVT-H5 avian influenza vaccines obtained from office of receiving samples in central laboratory for evaluation of veterinary biologics (CLEVB), Abbasia.

Seasonal influenza is a major cause of mortality and morbidity in the industrialized world. The United States alone averages more than 23,000 influenza-associated deaths annually (Cortes-Penfield, 2014). Everyone is given the option to receive the flu vaccination each year. The vaccine is offered in health care facilities, clinics, and pharmacies around

Great ideas on finding a solution that can increase the rate of vaccination for the older population. Having a strong community that offers different programs to help different ethnicity is a good solution for them to have a good quality health care. With the community, there can be an outreach that can collaborate with the community partners and health care providers to educate, motive, and promote seasonal influenza vaccination (AHIP, 2011). With many minority populations (Hispanic, Asian, etc) believed that vaccination can cause more serious illness, there should be an agency that can address those misconceptions and educate them risk and safety of vaccination (AHIP, 2011). The local pharmacies and supermarkets are also a good way

Annually there are a number of children who contract the influenza during the influenza season that results in an increase in costs in pediatric office visits and antibiotic and other medications consumption and also in a significant increase in absences from school and work. Thus influenza vaccination of children can help reduce the number of visit to pediatric office,  hospitalizations, and help prevent the spread of influenza in the wider community. Moreover vaccinating children is cost effective when considering all the cost of treatment for influenza and its complications. Therefore yearly vaccination of children with the inactivated influenza vaccine save  parent money and time away from the pediatric clinic. Influenza vaccine does not

Everywhere you look you see ads on the tv, at the store, on the highway, even in school you will sometimes see some sort of advertising one ad you will see more frequently during flu season are ads put out by the center for disease control but what makes an add effective to a certain audience? In America alone an average of between 5 and 20 percent of americans will be infected with the influenza virus per year. The CDC has been effectively running their flu vaccination for many years now but the question is what makes these adds effective or ineffective? The three adds benefits of vaccination, quiz add, and travel ad each have a certain techniques they use to promote vaccination.

Each year 6-20% of U.S. residents are infected by influenza and more than 200,000 people are hospitalized due to complications (Klepser, Corn, Schmidt, Dering-Anderson, & Klepser, 2015). Influenza has a huge impact on not only the health of our nation, but economically, as well. Studies show that the single most effective way to prevent the spread of influenza is to vaccinate. The CDC recommends that all children over 6 months old to be vaccinated against influenza yearly (CDC, n.d.). Seldom have there been medical advancements that have impacted the health of billions of people. One such important medical advancement is the invention of vaccines. At the end of the 20th century, the CDC published its list of

Influenza is responsible for hospitalizations and deaths in the United States. Prevention through vaccination is one way to circumvent illnesses, hospitalizations and deaths. Those persons who were more susceptible fall into the categories of 6 months to 4 years of age and 65 years and older. According to CDC (2013), the 2012-13 influenza season was characterized as a moderately severe season based on the surveillance data. Regardless of suggestions and encouragements of schools and places of employment for individuals to be vaccinated against the flu, fewer than half the persons in the United States each year are inoculated against this disease. Influenza vaccines are now widely used to reduce the burden of annual epidemics of influenza virus infections (Cowling, et al., 2016).

Vaccinations are produced by developing a live, but weakened or inactive form of a disease. This weakened form of the disease, is then introduced into the body via injection, inhalation, or ingestion. Providing the body with this inactive version of the disease, the body’s natural defense mechanisms are triggered and begin creating antibodies against the disease, which in turn, allows

Influenza fortunately can be prevented in most cases. You can prevent it through an annual vaccination. The vaccine is made up of 8 to 10 strains of the influenza virus. When you receive the vaccination the strains have been “killed”, so there is no possible way for you to get this illness just by receiving the vaccination. Your body recognizes the unknown strains and builds up immunity so if a “live” virus gets in your system your body has the correct code to “kill” it off.