The booster dose vaccination protects against a COVIDIY that has 0.04 probability of killing an infected person. 25% of the population has been Vaccinated. The probability of any unvaccinated individual acquiring the disease is 0.30. Once vaccinated, the probability of acquiring the disease through normal means is zero. However, 2% of vaccinated people will show symptoms of the disease, and 3% of that group will die from it. The people 0.05% who are vaccinated and show no symptoms from the vaccination, will die. If a person is vaccinated with a booster dose, what is the probability of dying from the vaccine? If he was not vaccinated, what are the chances of dying? What is the probability of a randomly selected person dying from either the vaccine

The booster dose vaccination protects against a COVIDIY that has 0.04 probability of killing an infected person. 25% of the population has been Vaccinated. The probability of any unvaccinated individual acquiring the disease is 0.30. Once vaccinated, the probability of acquiring the disease through normal means is zero. However, 2% of vaccinated people will show symptoms of the disease, and 3% of that group will die from it. The people 0.05% who are vaccinated and show no symptoms from the vaccination, will die. If a person is vaccinated with a booster dose, what is the probability of dying from the vaccine? If he was not vaccinated, what are the chances of dying? What is the probability of a randomly selected person dying from either the vaccine

Microbiology for Surgical Technologists (MindTap Course List)

2nd Edition

ISBN:9781111306663

Author:Margaret Rodriguez, Paul Price

Publisher:Margaret Rodriguez, Paul Price

Chapter1: Introduction To Microbiology

Section: Chapter Questions

Problem 3UTM

See similar textbooks

Similar questions

Suppose that the health department of city A mounts a suc-cessful campaign to get children immunized against measles.Only 100 out of 10,000 children fail to receive the vaccine. Nowsuppose that city B, the same size as city A, has not carried out asuccessful measles vaccination program. Of the 10,000 childrenin city B, 5,000 had measles when the disease last struck thepopulation.(a) If a child with measles moves to city A, what is thechance that child will encounter a susceptiblechild?(b) If a child with measles moves to city B, what isthe chance that child will encounter a susceptiblechild?(c) Comparing the two scenarios, which city has thehigher herd immunity, and in which city is aninfected child more likely to transmit the diseaseto a susceptible child?
Based on the data trom Department of Health on March, 2022, 59.02% of the population in the Philippines are already vaccinated. Most epidemiologists estimate that between 40% to 70% of a population needed to be vaccinated to have herd immunity. Herd immunity, or community immunity, is when a large part of the population of an area is immune to a specific disease. How do vaccines help our immune system against the COVID-19 virus and how does having herd immunity important with our battle with the COVID-19 pandemic?
Global pandemic crisis and lockdown measures will be relived by Covid 19 vaccination measures....what does this mean
Vaccination : "is an ounce of prevention worth a pound of cure?" what points can validate this topic in support of vaccination
To test what is the optimal vaccine for disease X, we vaccinated 4 people at different concentrations of killed pathogen. a. Is it an active or passive vaccine? Explain your answer. b. Which of the subjects was vaccinated with a high concentration of killed pathogen? Which of the people get a very low concentration of Killed pathogen? Explain your answer. c. If an epidemic breaks out 100 days after the first vaccination, which of the people in the figure should be vaccinated so as not to Will get sick? Which vaccine will you choose? d. Describe in words and illustration what the response of the vaccine will look like in person 1 and in person 3 following another vaccine 70 Days after the first vaccination. What feature of the immune system is expressed here? e. . Is it the innate or acquired immune system? Explain your answer. f. If an epidemic of another disease breaks out, are these people vaccinated against it? Explain your answer.What feature of the immune system is expressed here?
Despite the concerns over vaccine-related side effects, vaccination programs have been relatively successful in eradicating many types of infectious diseases including smallpox, polio, and measles. Explain how this statement indicates that the vaccines developed are effective and have low risk of adverse effects to the recipients including infants, children, immunocompromised individual as well as older adults.
Which of the following imaginary pieces of information does not represent a proportion or a %? a. 80 out of 100 residents of a city own a car b. One-thirds of a class session will be utilized for group exercises c. 70% of students in a university are undergraduates d. For every 100 vaccinated kids in a city, there are at least five who are not vaccinated
Q3) More than a century ago, Robert Koch realized that to prove the germ theory of disease, he would have to develop a standard for determining causation that would stand the test of scientific scrutiny. (a) Discuss how the principles of Robert Koch's postulate play an important role in modern epidemiology. (b) Explain how an asymptomatic patient can infect another person to the point of causing the person to experience acute symptoms and possibly death.
Discuss current US state policies on vaccination requirements. If no vaccine is available, describe any current R&D or clinical trials in effect right now.
What is the difference between a true pathogen and an opportunisticpathogen?a. True pathogens cause a disease in the presence of immunosuppressionwhereas opportunistic pathogens do not.b. Opportunistic pathogens develop virulence properties whereas truepathogens do not. c. The diseases associated with true pathogens may vary in presentationranging from mild to severe infections whereas opportunistic pathogensalways present in severe form.d. True pathogens cause disease in healthy individuals whereasopportunistic pathogens typically cause disease in clients who areimmunocompromised.
The best way to end the pandemic is to get vaccinated. However, considering that there isnot enough human trial to determine its efficacy, is getting COVID 19 vaccine worth therisk? Supposed you opted to take risk to be vaccinated, is it an egoistic or altruistic choice?Justify your moral position.
Describe Inovo-vaccination and list 2 benefits.