Child Health
  • GENERAL
    • ANTIBIOTICS
    • IMMUNISATION
    • NUTRITION
    • TEETH CARE IN CHILDREN
  • UNWELL CHILD
    • WHEN TO TAKE YOUR CHILD TO HOSPITAL
    • FEVER
    • FEBRILE CONVULSIONS
    • COUGH
    • ABDOMINAL PAIN
    • VOMITING
    • HEADACHE
  • ILLNESSES/CONDITIONS
    • COLDS & UPPER RESPIRATORY TRACT INFECTIONS
    • RESPIRATORY PROBLEMS
      • COUGH
      • CROUP
      • WHEEZE IN 1-5 YEAR OLDS
      • BRONCHIOLITIS
      • PNEUMONIA (CHEST INFECTION)
      • ASTHMA
    • GASTROINTESTINAL
      • VOMITING
      • GASTROENTERITIS
      • SUDDEN ABDOMINAL PAIN
      • RECURRENT ABDOMINAL PAIN IN CHILDREN
      • CONSTIPATION & ENCOPRESIS
      • COELIAC DISEASE
    • EARS & THROAT
      • MIDDLE EAR INFECTION (OTITIS MEDIA)
      • TONSILITIS AND PHARYNGITIS
      • UlLCERS, SORE THROAT AND FEVER IN TODDLERS
      • SNORING
      • SWIMMER’S EAR – OTITIS EXTERNA
    • SKIN
      • ECZEMA, CAUSES, TREATMENT & ADVICE
      • URTICARIA AND HIVES IN CHILDREN
      • WARTS
      • MOLLUSCUM CONTAGIOSUM
      • VIRAL RASHES
      • IMPETIGO OR SCHOOL SORES
    • GENITOURINARY
      • ‘ITCHY UNCOMFORTABLE GENITAL REGION’
      • URINARY INFECTION
      • BED WETTING
    • CENTRAL NERVOUS SYSTEM
      • FEBRILE CONVULSIONS
      • HEADACHE
  • INFANT
    • ADVICE TO NEW PARENTS
    • GUIDELINES TO INTRODUCING SOLIDS IN INFANTS
    • INFANT FEEDING PROBLEMS
    • HELP WITH INFANT SLEEP
    • IRRITABLE INFANT
  • MENTAL HEALTH
    • AUTISTIC SPECTRUM DISORDER
    • ANXIETY DISORDERS
    • ATTENTION DEFICIT DISORDER
    • BEHAVIOUR AND PARENTING
      • MANAGING THE TODDLER AND SMALL CHILD
      • OLDER CHILD & ADOLESCENT
      • GUIDELINES FOR ONLINE BEHAVIOUR – AAP
  • ALLERGIES
    • ECZEMA
    • ASTHMA
    • DUST MITE ALLERGY
    • FOOD ALLERGY
    • ALLERGIC RHINITIS
    • SUBLINGUAL IMMUNOTHERAPY
  • HEALTH PROFESSIONALS
    • Useful Paediatric Resources
  • Click to open the search input field Click to open the search input field Search
  • Menu Menu
You are here: Home1 / Immunisation2 / Vaccination Discussion
Immunisation

Vaccination Discussion

measles_3

Despite the progress over the last 20 years we still have a long way to go when it comes to immunisation.

Currently there is research into vaccination for all sorts of illnesses and infections such as malaria, Tuberculosis and HIV and even cancers. But in some ways eradication of illnesses that used to be the scourge of childhood such as polio, diphtheria and smallpox has been so successful that the new generations now question vaccinations. In Australia there are a handful of cases of measles each year, usually brought in from overseas. And these are generally in adults. Yet in 2008 164000 children died of measles throughout the World. The difference lies in the fact that we approach 90% immunity because of our vaccination program whereas some African Asian nations do not have an adequate public health infrastructure.

As a practitioner I vaccinate up to 100 children a week. I have never seen a serious permanent side effect from doing this. But this procedure has saved countless lives. Vaccination is passive and unseen. No one ever has given a thank you note or gift to a doctor for vaccinating their child, but this is the whole idea of prevenative medicine. It is far better to prevent a death than to heroically try and save a dying child.

The anti vaccination groups are as active as ever in Australia and their arguments have not changed in the last century. The most common reasons parents do not immunise are as follows:

1. They do not believe that immunisations work and that the decrease in disease is because of improved living standards.

To counter this we simply need to look at the most recent vaccines and their affect on disease rates. There has been a marked drop in the incidence of epiglottiis and meningitis since the vaccine for Haemophilus Type B was introduced in 1993. The pneumoccocus vaccine was introduced in 2000 and there has been a 60% decline in pneumonia and meningitis due to this organism.
2. The perceived side effects of vaccines.

This has recently been the most common reason for not vaccinating. The MMR and autism controversy – which has since been shown to be completey incorrect – has markedly dropped the rate of MMR uptake particularly in the UK and USA . This has resulted in a return of measles outbreaks with a significant number of deaths. These outbreaks occurred in unvaccinated groups. In this medicolegal world we live in if there was any truth to some of the outrageous claims about vaccinations the companies responsible for manufacture would simple cease to produce it fearing legal action. The MMR autism fiasco has resulted in untold millions wasted on proving what was already known, that is the MMR vaccine is safe.

3. Cause and effect.

The internet is full of anecdotal claims that a vaccine caused a particular problem. But lets apply some science. An infant is vaccinated at 0,2,4,6,12, 18 months of age. So this frequency means that if any illness is diagnosed in an infant then it will have occurred after a vaccination. Therefore a parent may well link the illness to the vaccination. This has been common place with autism. Many parents blame vaccination for there autistic child, because the child was diagnosed during the second year (usually), and therefore after vaccination. The flaw in this argument is that when analysing populations there is no difference in the rate of autism in the vaccinated versus the unvaccinated.  To show the flaw in the argument lets look at a different example as an analogy. Some parents will have a car accident, on the way home after a vaccination. Does this mean that vaccinations cause car accidents ? Clearly this is ridiculous but it shows that just because an event occurs after a vaccination it does not necessarily mean it was a result of the vaccination.

4. Too many vaccines

There is a claim that too many vaccines ‘overwhelm the immune system’. Again there is no evidence for this. The current schedule involves a list of 16 diseases. The vaccines for these contain 170 antigens or ‘active vaccine components’. Sounds a lot until you realise that the body is constantly bombarded with 1000s of antigens via food and other organisms every day. In addition the number of antigens given in vaccines has markedly reduced as they become more refined. In contrast the three vaccines included in the 1980 schedule prevented eight diseases but represented 3,041 separate antigens. The idea that separating vaccines makes them safer and more effective is untrue.

5. Alternative practitioner argument.

Some chiropractors, homeopaths, naturopaths etc. are against vaccination. Citing some strange concept that it is unnatural. They even suggest the body should get these diseases ‘naturally to develop natural immunity’. This is truly one of the most bizarre ant vaccination arguments. I do not think letting a child catch meningitis naturally is a particularly sound heatlh philosophy, but we are heading towards witchcraft science. Neveretheless these kind of discussion regularly occurs and creates a seed of doubt in a parent who may decided to delay or not vaccinate.

Print Friendly, PDF & Email
November 25, 2013/by childhealthsp
Share this entry
  • Share on Facebook
  • Share on X
  • Share by Mail
http://childhealth.com.au/wp-content/uploads/2013/11/childhealthlogo.png 0 0 childhealthsp http://childhealth.com.au/wp-content/uploads/2013/11/childhealthlogo.png childhealthsp2013-11-25 03:52:572015-11-06 01:38:43Vaccination Discussion

Categories

Dr Scott Parsons

The author, has worked as a general practitioner with a special interest in paediatrics for the last 20 years. He has developed this website in order to help parents with the task of raising children. He currently works in Adelaide at Total GP Care Norwood and Priorty Paediatrics

Affiliations

The website content is based on evidenced based guidelines. There are no commercial affiliations.

Child Health © 2014. All Rights Reserved.
  • Privacy Policy and Disclaimer
Link to: Impetigo or School Sores Link to: Impetigo or School Sores Impetigo or School Sores Link to: Vaccination, How it Works. Link to: Vaccination, How it Works. Vaccination, How it Works.
Scroll to top Scroll to top Scroll to top