Vaccines & Eliminating Disease
Vaccination does more than protect individual people from illness and infection. This remarkable treatment can actually be used to gradually eliminate diseases that would otherwise be prevalent in parts of the world.
How can a vaccination be used to eliminate disease?
Vaccines are delivered as part of programmes designed to immunise at-risk populations against contagious and dangerous infections. An example of these programmes is the childhood vaccination programme implemented by the NHS, which builds of a child’s immunity against a body of virulent diseases through a series of vaccination appointments.
Once enough people have been inoculated against a particular illness, the organism responsible for the transmission of that disease (called a pathogen) finds it hard to survive and make its way from one host to another. Past a certain point, the number of incidences of this disease drop to 0, and once this has been achieved a disease can be declared as eradicated by the appropriate health authorities.
Examples of diseases that have been eradicated
Polio is a severe neurological condition that can paralyse children and adults alike (although the vast majority of cases in the past have involved children). This paralysis can be so severe that it affects the breathing system, which means that a sufferer can no longer breathe without supporting machinery.
Polio was so infectious that at one point as many as 1,000 children a day were infected by the causative pathogen. Fortunately the implementation of a vaccination scheme saw incidences of polio drop down until it was finally eradicated in 2002 in most parts of the world.
Smallpox was another extremely virulent disease that spread across Europe, causing widespread sickness, particularly in the 18th century. It was Smallpox, in fact, that drove the invention of the first vaccine at the hands of Edward Jenner. Through a rigorous programme of vaccination smallpox was completely eliminated by 1980.
Future diseases that could be eliminated
In the UK incidences of formerly serious and widespread diseases like diphtheria and whooping cough have been dramatically reduced, and the hope is that with an increase in global vaccination programmes these diseases can eventually be completely eliminated. Similarly the incidence of meningitis C has dropped by about 99%.
« Vaccination & Herd Immunity Benefits of Vaccination »
- Safety of DTaP/IPV/Hib Vaccine & the Side Effects
- MMR Vaccine
- What type of vaccine is MMR?
- Why the MMR Vaccine is Needed
- MMR Vaccine Administration in the UK
- Recent Resurgence of the Measles Virus
- Is the MMR Vaccine Safe?
- Side Effects of the MMR Vaccine
- Vaccination Against Polio
- NHS Polio Vaccine
- What is IPV (Inactivated Polio Vaccine)?
- Oral Polio Vaccine
- Swine Flu Vaccination
- Seasonal Flu Vaccine
- What Type of Vaccine is the Flu Vaccine?
- Safety of Seasonal Flu Vaccine
- Who Should and Who Shouldn't have the Seasonal Flu Vaccine?
- HPV Vaccination
- What is the HPV vaccine?
- What is Cervarix?
- What is Gardasil?
- What is the PCV (Pneumococcal Conjugate Vaccination)?
- Safety of PCV (Pneumococcal Conjugate Vaccination)?
- Administering PCV
- What is PPV?
- Safety of PPV
- Who gets the PPV Injection?
- What is the Meningitis C (MenC) Jab?
- Is the MenC Vaccination Safe?
- Who needs the MenC Vaccine?
- What is the BCG Vaccine?
- Who gets the BCG Vaccine in the UK?
- BCG Effectiveness
- Safety of the BCG Injection
- Tuberculosis Vaccines
- What is the Hib/MenC injection?
- Who gets the Hib/MenC Jab?
- Safety of the Hib/MenC Jab & Side Effects
- What is the DTaP/IPV Injection?
- Safety of the DTaP/IPV Vaccine
VACCINATIONS
- Find Vaccine Clinics
- Vaccines Guide
- Why Should I Get a Vaccination?
- How do Vaccinations Work?
- How are Vaccines Made?
- Vaccination Programmes
- Vaccination & Herd Immunity
- Vaccines & Eliminating Disease
- Benefits of Vaccination
- Risks & Side Effects of Vaccination
- Vaccination, Immunisation & Artificially Acquired Immunity
- Vaccines Availability
- Safety of Vaccinations
- Types of Vaccine
- When are Vaccinations Provided?
- Vaccination & Pregnancy
- Childhood Vaccinations
- Childhood Vaccination Programme
- Safety of Childhood Vaccinations
- British Children Vaccinated against Varicella (Chickenpox)
- Children & Side Effects after Vaccination
- Childhood Vaccinations against Rare Diseases
- Why are Children Vaccinated at Different Ages?
- Child & Baby Health on the Day of Vaccination
- Vaccines For Teenagers
- Vaccines offered to Adults
- Vaccines for the Elderly
- Travel Vaccines
- Travel Vaccination for Polio
- Travel Vaccines for Diphtheria
- Travel Vaccinations for Tetanus
- Travel Vaccinations for Typhoid
- Travel Vaccines for Cholera
- Travel Vaccines for Hepatitis
- Travel Vaccines for Encephalitis
- Travel Vaccines for Yellow Fever
- Travel Vaccines for Meningococcal Meningitis
- Travel Vaccines for Rabies
- NHS Travel Vaccinations
- Occupational Vaccines
- Workplace Vaccinations in the UK
- Live Vaccine
- How do Live Vaccinations Work?
- Are Live Vaccines Safe?
- Advantages & Disadvantages of Live Vaccinations
- Inactivated Vaccines
- How do Inactivated Vaccines Work?
- How Effective are Inactivated Vaccines
- Advantages & Disadvantages of Inactivated Vaccines
- Subunit Vaccine
- Advantages & Disadvantages of Subunit Vaccines
- How Safe are Subunit Vaccines?
- Toxoid Vaccine
- Are Toxoid Vaccines Safe?
- DNA Vaccine
- Advantages & Disadvantages of DNA Vaccines
- Conjugate Vaccine
- Are Conjugate Vaccines Safe?
- Flu Vaccination
- 5-in-1 DTaP/IPV/Hib Injection