Alternative vaccine schedules are a bad idea. The current vaccination schedule is designed to protect infants against serious diseases as early as possible. Delaying or splitting up vaccinations leaves children, and the general public, unnecessarily vulnerable to serious diseases. Studies show a delayed schedule increases the risk the child will never get fully vaccinated, and therefore will not be fully protected against potentially dangerous diseases.
This is often referred to as “herd immunity,” which is when a large percentage of the population is vaccinated and immune to disease and protects those who are not. In order for “herd immunity” to be effective in protecting those who cannot be vaccinated, including people being treated for cancers, people who have allergies to vaccine ingredients and some others, all those who can be vaccinated must be.
Vaccines are continually monitored for safety, and like any medication, vaccines can cause side effects. The overwhelming majority of vaccine-related side effects are mild and short-lived. The risk associated with these side effects is significantly lower than the risk of having severe illness or death from the disease the vaccine is designed to prevent. The most commonly reported side effects include: Redness, mild tenderness or bruising around the injection site; mild muscle pain; low-grade fever; mild irritability; nausea, and fatigue.
While allergies to vaccines are rare, your doctor will screen for any reason not to give your child a vaccine.
No. Multiple research studies have shown no link between Sudden Infant Death Syndrome (SIDS) and immunizations. In 2003 the Institute of Medicine (IOM) reviewed studies looking for possible relationships between SIDS and vaccines, concluding vaccines do not cause SIDS. In fact, SIDS deaths have been declining since 1994 when the American Academy of Pediatrics began the “Back to Sleep” campaign.
Many serious diseases are nearly eradicated thanks to vaccines. But, unless the disease is completely eliminated, it’s important to keep immunizing. For example, polio used to be a very deadly disease in the United States, crippling and killing tens of thousands of people in the 1940s and 1950s. The U.S. has been polio-free since 1979 thanks to a very effective vaccine. However, polio still exists in other countries and could be just a plane-ride away from the United States. This is why children in the United States still receive four doses of the polio vaccine.
Babies have stronger immune systems than you might think, and they can handle far more germs than what they receive from vaccines. In fact, the amount of germs in vaccines is just a small percentage of the germs babies’ immune systems deal with every day. A lot of consideration and research went into creating the immunization schedule most doctors use, and it has consistently been proven safe and effective. The use of alternative schedules (spreading or “spacing out” vaccines so babies don’t receive so many shots at each check-up) is actually more likely to make a baby sick. Studies show that many babies on alternative immunization schedules never get all the vaccines they need. In addition, alternative schedules can be a real hassle. Spacing out vaccines over more doctor visits means that you’ll have to take your child to the doctor — and your child will have to deal with getting a shot — more often.
Each year, the Advisory Committee on Immunization Practices (ACIP) publishes immunization schedules for children, preteens and teens. These schedules summarize recommendations for routine vaccines for children age 18 years and younger. The recommended immunization schedules are approved by the Advisory Committee on Immunization Practices (ACIP), the American Academy of Pediatrics (AAP), the American Academy of Family Physicians (AAFP), and the American College of Obstetricians and Gynecologists (ACOG).
Few things in medicine work 100% of the time, but vaccines are one of the most effective weapons we have against disease — they work in 85% to 99% of cases. They greatly reduce your child’s risk of serious illness (particularly when more and more people use them) and give diseases fewer chances to take hold in a population. It can be difficult to watch kids get a shot, but the short-term pain is nothing compared with suffering through a potentially deadly bout of diphtheria, pertussis, or measles.
• A form of immunity that occurs when a certain level of the population within a community is vaccinated against certain infectious diseases to protect those who may not be fully immunized or cannot be fully immunized.n• Typically it takes 90% of the population within a community to reach herd immunity. This is for each and every vaccine. n• For example 90% of the community should be immunized against Measles, Mumps, and Rubella (MMR vaccine) for herd immunity to be reached.n• Herd immunity may also be called: Community Immunity, Social immunity, or Population immunity