Showing posts with label infants. Show all posts
Showing posts with label infants. Show all posts

Parents who suck on their infants pacifiers may protect their children against developing allergy

Sunday, April 27, 2014



Swedish researchers at the Sahlgrenska Academy, University of Gothenburg, Sweden, report that a simple habit may give significant protection against allergy development, namely, the parental sucking on the babys pacifier.

Allergies are very common in industrialized countries. It has been suggested that exposure to harmless bacteria during infancy may be protective against the development of allergy. However, it has been difficult to pinpoint which bacteria a baby should be exposed to, and at what time and by which route this exposure should ideally occur.

Swedish researchers at the Sahlgrenska Academy, University of Gothenburg, now report that a simple habit may give significant protection against allergy development, namely, the parental sucking on the babys pacifier.

In a group of 184 children, who were followed from birth, the researchers registered how many infants used a pacifier in the first 6 months of life and how the parents cleaned the pacifier. Most parents rinsed the pacifier in tap water before giving it to the baby, e.g., after it had fallen on the floor. However, some parents also boiled the pacifier to clean it. Yet other parents had the habit of putting the babys pacifier into their mouth and cleaning it by sucking, before returning it to the baby.

It was found that children whose parents habitually sucked the pacifier were three times less likely to suffer from eczema at 1.5 years of age, as compared with the children of parents who did not do this. When controlled for other factors that could affect the risk of developing allergy, such as allergy in the parents and delivery by Caesarean section, the beneficial effect of parental sucking on the pacifier remained.

Pacifier use per se had no effect on allergy development in the child. Boiling the pacifier also did not affect allergy development in a statistically proven fashion.

No more upper respiratory infections were seen in the children whose parents sucked on their dummies, as compared with the other children, as evidenced by diaries kept by the parents in which they noted significant events, such as infections.

Saliva is a very rich source of bacteria and viruses, and the researchers believe that oral commensal microbes are transferred from parent to infant when they suck on the same pacifier. When the composition of the bacterial flora in the mouth was compared between infants whose parents sucked on their pacifiers and those whose parent did not, it was found to differ, supporting this hypothesis.

According to "the hygiene hypothesis", the development of allergy can be attributed in part to a paucity of microbial stimulation during early infancy.

"Early establishment of a complex oral microflora might promote healthy maturation of the immune system, thereby counteracting allergy development", says professor Agnes Wold who led the study.

The study, which is published in the scientific journal Pediatrics, was performed by a team that consisted of paediatricians specialized in allergic diseases, as well as microbiologists and immunologists. The research team has previously conducted large-scale studies on the gut microbiota in relation to allergy development and showed in 2009 that a complex gut microbiota very early in life reduces the risk of allergy development.

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Respiratory infections as infants increase the risk of diabetes

Friday, March 21, 2014

Respiratory infections as infants increase the risk of diabetes - Although it seems trivial, but diseases such as mild respiratory infection that occurs when children aged zero to six months may increase a childs risk for developing type 1 diabetes until doubled. If the child is exposed to a respiratory infection at the age of six months to 12 months, the risk will be reduced to 32 percent.

Even so, the researchers stressed that this could be not the same for all children, because this study is only performed on children who have a high risk of diabetes, the child who has had a family history of diabetes.

"In general, the immune system is still in its infancy when the kids were babies. To that end, the immune system is still vulnerable if challenged by the virus that causes the infection," said study author Andreas Beyerlein, from the Institute of Diabetes Research in Munich, as reported by U.S. News.

These results were found after researchers followed 148 children aged under three months. All infants had family members and relatives who have type 1 diabetes. Researchers recorded history of infection and illness experienced by babies what ever suffered by the child until they are three years old.

At the end of the study, scientists found that children exposed to respiratory infection at the age of six months had a risk of developing type 1 diabetes are two times greater than children who did not experience respiratory infections. Beyerlein explained that not only affect the number of infections, but also time and age when exposed to infection.

Furthermore, Beyerlein suggested that parents who have a child at risk of developing type 1 diabetes keep their children from possible respiratory infection in infancy. It is necessary to avoid increasing the risk of children developing diabetes as adults. Researchers will conduct further studies to identify the type of virus that can cause infection and lead to increased risk of diabetes in infants.
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