How do Vaccines Work?. Vaccines Vaccines can be made in different ways. They can be; Part of a bacteria or virus (as in the diagram) A dead bacteria.

Slides:

Advertisements

Similar presentations

GCSE Core ScienceHuman Biology Key Words VACCINE, IMMUNE.

Advertisements

Defence Against Disease

Vaccinations, White Blood Cells, Antibodies and Antigens.

RUBELLA aka. The German measles Stephanie Mejia AP bio.

L3 - Pathogens Can travel as fast as 700mph

 Sexually transmitted diseases or STDs are infections spread from person to person through sexual contact.  They are also called STIs (sexually transmitted.

Vaccination Poster. You will be creating and presenting a poster: Think about who your poster’s target audience might be… (ex. Parents, teenagers, pregnant.

Microbes and Disease WJEC Biology Module 3. Microbes and Disease How does the body defend itself against infectious disease? How does immunisation work?

Adult Immunization 2010 MMR Vaccine Segment This material is in the public domain This information is valid as of May 25, 2010.

VACCINES and AUTISM By Laura Weis By Laura Weis. Controversy Vaccines vs. Autism  Parents of Autistic Children  Scientists and Medical Professionals.

Should any vaccines be required for children?

Childhood Immunization How does immunisation work? – The body is given a vaccine which is a small dose of an inactive form of a bacterium or virus (germ)

Antibody concentration

Vaccination & True Immunity

BY: AMANDA GODFREY SOCIOLOGY 1010 The Great Vaccination Debate.

Aim: How do vaccinations protect us against disease ? Immunity is the ability of an organism to resist disease by identifying and destroying foreign substances.

Vaccination. Vocabulary Check Vaccination: conferring immunity to a disease by injecting an antigen (of attenuated microorganisms or inactivated component)

Immunity and Immunisation L.O. What I am looking for is for you to be able to explain and evaluate immunisation and immunity. Starter What diseases have.

Rubella by Lena Zadruzynski Anatomy / Physiology 6 th hour Mr. Weidert.

RUBELLA. WHAT IS RUBELLA A rash (small, fine pink spots) that starts on the face and spreads to the torso, then to the arms and legs with low fever. Rubella.

ANTIGEN ANTIBODY Proteins that recognize and bind to antigens.

“Immunizations” What Parents Should Know. The Immune System DEFINITION: Body’s method of protecting itself from foreign substances that invade the body.

 Both produce similar reactions, but smallpox is deadly, while cowpox isn’t.

Immunity 6.6 Vaccination.

Medicines and Ethics – Case Study on MMR L.O: to apply knowledge to a case study on the controversial MMR (measles, mumps and rubella) vaccine Starter:

This is why you only catch diseases like measles once. The immune system recognises a pathogen by its antigens. Antibodies Disease Pathogens in the body.

How are these pictures linked?. Learning Objectives Objective: to describe the process of vaccination and the controversy around the MMR vaccine Good:

Are You Up To Date? Recommendations For Adult Immunizations…

What it is and the different types.. 1. Explain how vaccination works 2. Discuss responses of the government to the threat of new ‘flu strains. 3. Compare.

How vaccines work. Prevention of diseases. Your Immune System It is always better to prevent a disease than to treat it after it occurs. Immunity is the.

Rubella Anatomy Paige Hopper. (German Measles) RUBELLA Rubella is a contagious viral disease, with symptoms like mild measles. It can cause fetal malformation.

THE VACCINE CONTROVERSY Presented by: Joseph Goodfellow.

Learning Objective To be able to describe how we treat and prevent disease Key words: Medicine, Penicillin, antibiotics, immunisation, vaccine Starter.

Defence against disease

Edward Jenner ( ) – father of vaccination, developed a vaccine for smallpox.

Protection against Disease

Immunisation Part2 Schedule (part 1) Reason for doing it (part 2) Why some don’t do it. (part 2)

Find more at Teaching ScienceTeaching Science This work is licensed under a Creative Commons Attribution- NonCommercial-ShareAlike 3.0 Unported License.Creative.

Web Evaluation Examples Library 10 –Information Competency.

Educating Professionals IMMUNIZATIONS Dayna McLaughlin SN, BS, MS.

Learning objectives Know several examples of vaccines Explain how a vaccine works Evaluate the risks and benefits of vaccines Starter: Fill in the table.

What is a vaccine? A vaccine is a medicine that's given to help prevent a disease. Vaccines help the body produce antibodies. These antibodies protect.

How vaccines work. Prevention of diseases. Your Immune System (lymphatic system) It is always better to prevent a disease than to treat it after it occurs.

THE VACCINES AND HIS REPERCUSSIONS ROSA CORDERO GONZALEZ.

Viruses, Bacteria & Protists…oh MY! Disease causing agents that activate the immune system.

VACCINATIONS AND IMMUNISATIONS Science Group, Buxton U3A 20 th September 2013 Dr Marion Overton.

Which vaccinations have you had?!

Presentation on Rubella

MMR activities Perceptions of Science. Write down as many science stories as you can think have that have recently been in the media. For each of the.

NEW TECHNOLOGIES IN VACCINES. Vaccination – is the introduction into the body of a weakened, killed or piece of a disease-causing agent to prevent disease.

How do our bodies prevent pathogens entering? RECAP.

Early Childhood Communicable Diseases. Whooping cough (pertussis) Whooping cough, while often less severe in older children and adults, can be very severe.

DVD: Contagion A brief study of epidemiology …. DVD: Contagion Infectious: capable of spreading disease. also known as communicable.

CACHE Level 3 Early Years Educator CACHE LEVEL 3 CHILDCARE & EDUCATION Unit 4 Child health © Hodder & Stoughton Limited.

Defence Against Disease

2.4a Boosting your immunity

Airborne Pathogens except TB

Viral pathogens and Vaccination

Level 2 BTEC Applied Science

A 2017 Pew report found no statistical difference in the extent to which younger and older Americans trust medical scientists to provide accurate information.

Learning Objective Describe how vaccinations work To be able to:

Resurgence of Vaccine Preventable Illnesses

Presentation transcript:

How do Vaccines Work?

Vaccines Vaccines can be made in different ways. They can be; Part of a bacteria or virus (as in the diagram) A dead bacteria or virus A non-infectious bacteria or virus with the same antigen A toxin of the bacteria

Key Words Antigen Antibody Vaccination Immunity

MMR jabs started …increased 2 years after the MMR jab started.

MMR jabs started MMR jabs stopped MMR jabs have little effect on the number of cases of autism ?

Some more to think about Its been a long time since the last epidemic of these diseases in the UK and resistance in the population will be low If lots of children are vaccinated, there is less chance of an epidemic starting Measles can result in a child becoming permanently deaf

Some more to think about If a women catches rubella in the early months of pregnancy the baby may be born deaf and blind. These diseases are not normally serious and are just a minor inconvenience Mumps can make men sterile The injection might hurt a bit

Web Links This New Scientist article reports the findings of the Japanese study. BBC News - The MMR/Autism debate NHS – MMR the Facts website The National Autistic Society