- What are worth for
- How they work and what types
- National vaccination calendar 2018
- 1. Babies up to 9 months
- 2. Children from 1 to 9 years old
3. Adults and children from 10 years old
Does vaccine protection last a lifetime?- Most common vaccine questions
Vaccines have the function of stimulating the immune system to produce antibodies, which have the function of protecting the organism from invasion by bacteria and viruses responsible for causing infectious diseases.
There are vaccines that are part of the national vaccination plan, that are administered free of charge, and others that can be administered on medical recommendation or if the person travels to places where there is a risk of contracting an infectious disease.
What are worth for
Vaccines are used to prevent diseases such as chicken pox, mumps, whooping cough, dengue, diphtheria, meningococcal disease, pneumococcal disease, yellow fever, typhoid fever, flu, Haemophilus type B meningitis, hepatitis A and B, HPV, polio, rabies, gastroenteritis serious illness caused by Rotavirus, measles, tetanus and tuberculosis.
Most vaccines that prevent these diseases are part of the national vaccination plan and are free of charge.
How they work and what types
There are two types of vaccines, those that have in their composition very weak or inactivated live infectious agents, and those that use dead, altered agents or just particles of the microorganism that causes the disease.
These vaccines are introduced into the body and your immune system acts against this agent, producing specific antibodies. If a day later the microorganism invades the organism, it already has specific antibodies to fight it and prevent a disease from occurring.
National vaccination calendar 2018
Several vaccines are part of the national vaccination plan and can be administered free of charge:
1. Babies up to 9 months
In babies up to 9 months, the vaccination plan is as follows:
At birth | 2 months | 3 months | Four months | 5 months | 6 months | 9 months | |
BGC Tuberculosis |
Single dose | ||||||
Hepatitis B | 1st dose | ||||||
Penta / DTP Diphtheria, tetanus, whooping cough, Haemophilus type B meningitis and hepatitis B |
1st dose | 2nd dose | 3rd dose | ||||
VIP / VOP Polio |
1st dose (with VIP) |
2nd dose (with VIP) |
3rd dose (with VIP) | ||||
Pneumo10 Invasive diseases and acute otitis media caused by Streptococcus pneumoniae |
2 to 3 doses depending on the vaccine | ||||||
Rotavirus Gastroenteritis |
1st dose | 2nd dose | |||||
MeningoC Meningococcal infection, including meningitis |
1st dose | 2nd dose | |||||
Yellow fever | Single dose |
2. Children from 1 to 9 years old
In children between 1 and 9 years old, the vaccination plan is as follows:
12 months | 15 months | Four years | nine years old | |
Penta / DTP Diphtheria, tetanus, whooping cough, Haemophilus type B meningitis and hepatitis B |
1st Reinforcement (with DTP) | 2nd Reinforcement (with VOP) | ||
VIP / VOP Polio |
1st Reinforcement (with VOP) | 2nd Reinforcement (with VOP) | ||
Tire 10 Invasive diseases and acute otitis media caused by Streptococcus pneumoniae |
Reinforcement | |||
Meningo C Meningococcal infection, including meningitis |
1st Reinforcement | |||
Triple viral Measles, mumps, rubella |
Single dose | |||
Viral tetra Measles, mumps, rubella and chicken pox |
Single dose | |||
Varicella | Single dose | |||
Hepatitis A | Single dose | |||
HPV Human papilloma virus |
2 doses (girls from 9 to 14 years old) |
3. Adults and children from 10 years old
In adolescents, adults, the elderly and pregnant women, the vaccination plan is as follows:
10 to 19 years | Adults | Elderly (> 60 years) | Pregnant | |
Hepatitis B | 3 servings | 3 servings | 3 servings | 3 servings |
Meningo C Meningococcal infection, including meningitis |
2nd Reinforcement (11 to 14 years) | |||
Yellow fever | Single dose | Single dose | Single dose | |
Triple viral Measles, mumps, rubella |
2 Doses (up to 29 years) | 1 dose (30 to 49 years) | ||
Double adult Diphtheria and tetanus |
Reinforcement every 10 years | Reinforcement every 10 years | Reinforcement every 10 years | 2 Servings |
HPV Human papilloma virus |
For boys and girls under 15 years old, 2 doses are recommended with an interval of 6 months; For adolescents over 15 years old who are not immunized, three doses are recommended. |
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adult dTpa Diphtheria, tetanus and whooping cough |
Single dose |
Learn more about the triple viral and tetravalent vaccine.
Watch the following video and understand why vaccination is so important:
Does vaccine protection last a lifetime?
In some cases, immunological memory lasts a lifetime, however, in others, it is necessary to reinforce the vaccine, such as meningococcal disease, diphtheria or tetanus, for example.
It is also important to know that the vaccine takes some time to take effect and therefore, if a person is infected shortly after taking it, it may not be effective.
Most common vaccine questions
Can vaccines be used in pregnancy?
Yes. As they are a risk group, pregnant women should take some vaccines, such as the flu vaccine, hepatitis B, diphtheria, tetanus and whooping cough, which are used to protect the pregnant woman and the baby. The administration of other vaccines should be evaluated on a case-by-case basis and prescribed by the doctor.
Do vaccines cause people to faint?
No. Generally, people who pass out after receiving a vaccine, are due to the fact that they are afraid of the needle, because they feel pain and panic.
Can breastfeeding women get vaccines?
Yes. Vaccines can be given to nursing mothers, in order to prevent the mother from transmitting viruses or bacteria to the baby. The only vaccines contraindicated for women who are breastfeeding are yellow fever and dengue. Learn more about the yellow fever and dengue vaccine.
Can more than one vaccine be taken at the same time?
Yes. Administering more than one vaccine at the same time does not harm your health.
What are combined vaccines?
They are vaccines that protect the person from more than one disease and in which the administration of just one injection is necessary, as is the case of the triple viral, tetraviral or bacterial penta, for example.