Infection & ResponseDeep Dive

Vaccination Programs and Schedules

Part of Vaccination and Herd Immunity · GCSE GCSE Biology revision

This deep dive covers Vaccination Programs and Schedules within Vaccination and Herd Immunity for GCSE Biology. How vaccines work, types of vaccines, population immunity, vaccination programs It is section 6 of 15 in this topic. Use this deep dive to connect the idea to the wider topic before moving on to questions and flashcards.

Topic position

Section 6 of 15

Practice

21 questions

Recall

12 flashcards

Vaccination Programs and Schedules

UK Childhood Vaccination Schedule

Age	Vaccines	Diseases Protected Against	Type
8 weeks	6-in-1, Pneumococcal, Rotavirus	Diphtheria, tetanus, pertussis, polio, Hib, hepatitis B, pneumonia, gastroenteritis	Multiple
12 weeks	6-in-1, Pneumococcal, Rotavirus	Second doses	Multiple
16 weeks	6-in-1, Pneumococcal, MenB	Third doses plus meningitis B	Multiple
1 year	Hib/MenC, MMR, Pneumococcal, MenB	Boosters plus measles, mumps, rubella	Live attenuated
3-4 years	4-in-1, MMR	Pre-school boosters	Mixed
12-13 years	HPV	Human papillomavirus (cervical cancer prevention)	Subunit
14 years	3-in-1, MenACWY	Tetanus, diphtheria, polio boosters, meningitis	Multiple

Benefits of Vaccination Programs

Individual protection: Direct immunity for vaccinated person
Community protection: Herd immunity protects vulnerable populations
Disease eradication: Global elimination possible (e.g., smallpox)
Economic benefits: Reduced healthcare costs, increased productivity
Travel safety: Protection when visiting endemic areas

Risks and Considerations

Common side effects: Mild fever, soreness at injection site
Rare serious reactions: Anaphylaxis (1 in 1 million doses)
Contraindications: Immunocompromised individuals and live vaccines
Religious/philosophical objections: Balanced against public health needs
Vaccine hesitancy: Misinformation requiring scientific education

Keep building this topic

Read this section alongside the surrounding pages in Vaccination and Herd Immunity. That gives you the full topic sequence instead of a single isolated revision point.

Vaccination & Herd Immunity Historical Impact of Vaccination Edward Jenner and the Birth of Vaccination Key Facts: Vaccination and Herd Immunity

Practice Questions for Vaccination and Herd Immunity

What do vaccines contain?

A. Live, active pathogens that cause disease
B. Dead or inactive pathogens or their antigens
C. Antibiotics to kill bacteria
D. White blood cells from another person

1 markfoundation

Explain how vaccination protects a person from getting a disease. [3 marks]

3 marksstandard

Quick Recall Flashcards

Why don't vaccines cause the disease they protect against?

Vaccines use dead or inactive pathogens, or just antigens from the pathogen's surface. The pathogen cannot multiply or cause infection. The immune system still recognises the antigens and builds immunity.

What is a vaccine and how does it work?

A vaccine contains a dead or weakened form of a pathogen (or its antigens). It triggers the immune system to produce antibodies and memory cells without causing disease. If the real pathogen enters later, memory cells respond rapidly.

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Vaccination & Herd Immunity

Historical Impact of Vaccination