, (strain 1E1) 100 million (1 x 10 1. Lactobacillus reuteri8) live, freeze dried Colony Forming Units (CFU)
The administration of the specific probiotic strain L. reuteri, may prevent colic, regurgitation and constipation.1,2 In acute diarrhea L. reuteri has been helpful to significantly reduce the frequency of watery diarrhea in infants and toddlers.3
L. reuteri, assists in the absorption of food, accelerates gastric emptying and increases the number of stools,4 reduces distension and lessens the frequency of regurgitation.5
The results of a study,6 suggest a useful role for L. reuteri supplementation in improving feeding tolerance and gut function in formula-fed preterm newborns. L. reuteri plays an important role in helping babies to digest breast milk and solids foods.
This is an important probiotic strain in the prevention and management of colic. L. reuteri, minimises gut discomfort such as bloating, wind and constipation as it increases transit time by improving bowel movements. For more on colic, visit our conditions page.
Throughout life, the bacteria supports the integrity of the gut lining and improve immune response. L. reuteri has been shown to protect against the pneumonia virus.7 In a study to show how probiotics improve immunity, significantly fewer incidences of cold and flu was reported in the probiotics investigational group than the placebo group.8
A promising area of research is the use of probiotic supplementation in pregnancy and infants in the first 6 months of life, to reduce skin rashes in babies by 50%!9
3 (400 IU) 10.000 µg
2. Vitamin D
Vitamin D has an effect on the developing immune system, reduces inflammation, promotes calcium absorption in the gut and enable normal mineralisation of bone. Vitamin D lowers the prevalence of a common cold and ear infections. Low levels of vitamin D are associated with upper and lower respiratory infections, asthma and inflammatory bowel conditions.
Vitamin D assists with bone mineralisation and effective calcium absorption for bone formation.
Populations especially at risk for low vitamin D status are infants, children, pregnant and postmenopausal women. Besides the classical diseases such as rickets and osteoporosis, vitamin D deficiency in women might be associated with lower fertility and an increased risk for adverse pregnancy outcomes.
Vitamin D plays an important role in fetal programming. It induces more than 3 000 genes, many of which have a role in fetal development. Therefore, vitamin D may be particular relevant to the ‘developmental origins’ in which environmental factors such as vitamin D status in the mother, influence the genomic programming of fetal and neonatal developmental and subsequent disease risk in both childhood and adult life.
In later life, children of mothers with low vitamin D serum levels during pregnancy, have a higher risk for developing certain chronic health challenges, such as asthma, schizophrenia, multiple sclerosis, type 1 diabetes mellitus and insulin resistance. This suggests intrauterine programming or fetal epigenetic programming, as possible mechanism.
3. Zinc picolinate 20 mg
Zinc, an essential mineral, helps to regulate our inflammatory response through its role in supporting our immune system. Any deficiency in zinc can have dire consequences, including stunted growth and development, immune dysfunction, and metabolic imbalances.10
Saliva has its own pH buffer system. This can be disturbed by a zinc deficiency. Causing major digestive upsets.
Zinc shortens the duration of colds. A zinc deficiency reduces the immune cells’ ability to function. Inadequate zinc supply leads to inflammation.11 For all these reasons, zinc has a substantial impact on the body’s immune defences. The occurrence of neonatal infections significantly decrease with zinc supplementation, supporting the benefits of zinc supplementation for both mother and developing fetus.12