The “Cost-effectiveness Analysis of a Rotavirus Immunization Program for the United States” was designed to estimate the economic impact of a national rotavirus immunization program. The research question and objective of the analysis was to determine if a rotavirus vaccine immunization program would be beneficial and cost effective. The study is policy relevant because it will determine if a rotavirus vaccine immunization program is effective enough for implementation and will assist in setting priorities for policy makers. The conclusions of the analysis will affect healthcare providers, doctors, hospitals, the vaccine users, and society as a whole.
To cultivate results that illustrate a need for a rotavirus immunization program, decision analysis is an appropriate method because the decisions are objective rather than subjective, they are more focused on operations instead of strategy, and they encompass repetition rather than infrequency. Decision analysis looks to distinguish the most appropriate alternative outcomes and extracts data that identifies elements of the program that reflect value or disvalue. Additionally, it takes the viewpoint of the organization when decision-making, opposed to an individual standpoint.
Date included in the study consisted of the number of physician and emergency room visits, incidence rates, rotavirus infections, mortality estimates, hospitalizations, hospital discharge records, affected children, and vaccine coverage. The
Thesis: Immunizations are one of the most important medical advances in history. They have severely reduced the effects of dozens of viral infections and everyone should consider getting immunized.
It has been found that universal vaccination with inactivated trivalent influenza vaccine is cost-saving relative to providing helpful care alone in the pregnant population. In addition, in Canada, targeted vaccination of pregnant women with co-morbidities has been found to be cost-saving. Studies observing the economics of influenza vaccination of persons with chronic disease show it is cost effective. (Burden of Influenza & Benefit of Vaccination, 2014)
Many infectious diseases that once quickly spread and easily killed have been controlled or eradicated due to vaccinations. The efficacy of vaccines in reducing morbidity and mortality, particularly in children, is undeniable. Per the World Health Organization, childhood vaccinations prevent approximately 2-3 million deaths per year worldwide (WHO, 2016). In the United States, the value of immunizations is clearly displayed by comparing pre-vaccine era morbidity/mortality rates to post-vaccine era in regards to vaccine-preventable diseases. For example, prior to the diphtheria vaccine in the 1920’s, 206,000 people annually contracted the disease resulting in 15,520 deaths (History of Vaccines, 2009). However, between 2004 and 2014, only
Despite significant progress in the fight against preventable disease, millions still die needlessly each year. According to UNICEF, originally known as the United Nations International Children’s Emergency Fund, a vaccine preventable disease is responsible for 2 million fatal infections worldwide each year. About 75% of these deaths occur in children under five years of age. (N) In more vivid terms, UNICEF notes that vaccine-preventable diseases kill a child every 20 seconds. (D) Due to high rates of childhood vaccination, the United States has experienced a dramatic reduction in such deaths. A comparison of the years 1950 and 2010 clearly illustrates the benefits of vaccinations. During this 60-year period, deaths from diphtheria reduced from 410 to 0, tetanus from 336 to 3, pertussis from 1,118 to 26, and polio from 1,904 to 0. Measles deaths dropped from 468 in 1950 to 0 in 2008, the last year a United States death rate was recorded. It’s not surprising that vaccinations have been touted as one of the top ten health achievements of the 20th century by the Centers for Disease Control and Prevention (CDC).
Failure to immunize people impacts negatively on a country 's growth as it is a health burden to the public. This is because most people are left with chronic disease conditions that are difficult to manage; as such infections require complex and costly care. It is imperative to note that there are many barriers to enhancing the use of adult vaccination among people. The low rates of vaccination indicate the existence of limited public and provider knowledge on the issue of immunization. Other issues include existence of different economic constraints and infrastructure to support the program. Adult immunization is undervalued by the public and healthcare providers as very little information is known about its benefit.
It is very important for healthcare providers to be educated on the safety concern of vaccination. Proper protocols must be taken through evidence-based research on the issue of vaccination and the risk factors that can allow stakeholders better implementation on laws that can be beneficial to parents. The stakeholder’s in the healthcare field such as patients, healthcare providers, insurance companies, organizations, and those who enforce policy main concern are the safety of these patients. The decisions most of these stakeholders make can either benefit patients or affect them. For example, the consequences parents have if their child is not vaccinated. The mandatory law of children who are not vaccinated cannot enrolled in school is unfair to parents. I believe parents should not be penalized or forced for their child to be vaccinated. If all stakeholders can reunite through evidence based research on the topic of vaccinations risk concern it can cause a positive impact on parents and alternative ways children can prevent the side
Since the 1970s, cost benefit analyses have been performed on the use, subsidization, and compulsory action of vaccines (Willems 1982, 978). These vaccine cost-benefit analyses follow the same general format. The objectives are defined, the possible alternatives including the costs and benefits are determined, the effects of discounting future effects are derived, the uncertainties in key variables are discussed, the key ethical issues are addressed, and general conclusions
Vaccinations to the health care providers and managers of the epidemic treatment plan would be needed regardless of age due to the
Immunizations are essential components in the primary and preventive care setting to ensure a healthier population. Immunizations are aimed to prevent illnesses such as Tetanus, Diphtheria, Varicella, Hepatitis A, Influenza and Pneumonia to mention a few. Upon their discovery and implementation, vaccines have aid to decrease the incidence of infectious diseases, which were once the leading causes of death in the country and around the world. Despite their validated benefits; amongst the adult population, there are existing misconceptions related to immunization usefulness and effectiveness resulting in an unacceptably low adult vaccination rates and unmet vaccine recommendations. Consequently, leading to approximately 40,000-50,000 preventable death and an increased spread of communicable illnesses("Adult Immunization:
This essay will attempt to investigate the employment of the 23 plus vaccinations used today and how they defend the preventions and spread of diseases. The paper will support the pros and the cons of vaccinations that are supported by research statistics as well as the different symptoms that have been reported for each available vaccine.
In 2012 a flood of varicella cases were confirmed in a community near Concord, New Hampshire in a private daycare center, 25 cases were reported. Out of those 25 cases, 17 (68%) of those children were vaccinated and 8 (32%, including two who
People are dying every second to a variety of reasons, some that could be prevented others where that is not the case. However, experts agree that influenza and influenza related deaths could be significantly prevented if people took the influenza vaccine annually. The influenza virus is a deadly virus that has been killing people since the 1900s; in 1918 the first recorded epidemic of a strain of influenza known as the Spanish flu killed approximately 50 million people ("Pandemic Flu History"). Because people did not know what the virus was or how to fight against it, it spread very fast. However, after the vaccine was made, later epidemics such as the 1957, 1968, and 2009 epidemics were not as fatal, killing approximately one million people worldwide. Vaccines played a large role in human history in fighting and preventing diseases from annihilating human beings. This paper will discuss the economic aspects of whether it should be mandatory for hospital health care workers to take the flu vaccine.
It has been proven through the measures of the Randomized Control Trial study and the Observational study that vaccinations serve as an effective way of preventing viruses. For example, when a RCT is performed, volunteers can be placed in two groups. One group receives the actual vaccine, and the other receives a placebo. Within this study, vaccine efficacy is also measured by comparing the frequency of the illness in the vaccinated and unvaccinated groups. When the Observational study is performed, it’s important to remember that it’s totally upon the individual to whether or not they prefer to be
Despite the fact, that some people believe that vaccination is bad, majority of the population still getting vaccinated yearly. One of the diseases children might experience is rotavirus which is major cause of severe acute gastroenteritis or AGE. Previously it infected nearly every child in United States by age of 5 years old until “routine rotavirus vaccination on United States infants began in 2006” (245). There were two studies conducted that proved that vaccination protects children from certain diseases. (name of the study) provided many rated based on their study and it showed that “rotavirus vaccination had dramatically decreased rates of hospitalization for rotavirus infection among children in United States countries” (245). The study demonstrated a burden of severe
These finding prove that vaccinating children could yield big monetary savings for the specific families affected as well as for society as a whole. Choosing not to vaccinate one’s child could potentially affect the monetary health of the family, forcing parents to take time off work and pay for expensive medical treatments. Having a vaccinated population also brings benefits to the society as a whole. This shows that stricter vaccination laws need to be put in place by the states in order to prevent monetary loss in the future and help the overall community.