Meta-analysis: Probiotic reduces infant skin disorders (but not asthma/wheezing)

By Shane Starling

- Last updated on GMT

Meta-analysis: Probiotic reduces infant skin disorders

Related tags Immune system Asthma

The probiotic strain Lactobacillus acidophilus decreases skin sensitivity in children that can reduce disorders like eczema, researchers have found after a scan of published studies – but other allergic ailments like asthma and wheezing were not affected.

Whether administered pre- or post-natally, the Lactobacillus ​strain significantly reduced atopic sensitisation and immunoglobulin levels when children were later tested, the researchers led by Nancy Elazab from the paediatrics unit of the University of Miami found.

Immunoglobulin levels are typically spiked during allergic reactions – especially in developing immune systems like those in infants and children.

The systematic review showed that probiotic consumption provoked certain lymphocyte responses that resulted in the skin benefits.

“Probiotics may modulate toll-like receptors and the proteoglycan recognition proteins of enterocytes, leading to activation of dendritic cells and a Th1 response; the resulting stimulation of Th1 [lymphocyte T-helper 1] cytokines can suppress Th2 [lymphocyte T-helper 2] responses [which provoke the atopic issues],” ​the researchers wrote.

The effects could be greater, they said, if follow-up periods went further into childhood, and noted the findings were most relevant to those at high-risk of allergies.

“Future trials should consider specific strains of probiotics, longer follow-up times, and perhaps association with oligosaccharides, particularly when assessing the effects of probiotics on the reduction of risk of asthma and wheeze later in life.”

bacteria_green_closeup_iStock_Free

More than 20 intervention studies published between 2001 and 2012 were deemed relevant to the analysis performed mostly in Europe but also Asia and Oceania.

The review follows on from a recent study​ that found giving mothers-to-be supplements of Lactobacillus rhamnosus HN001​, and continuing the supplementation with the infants until two years of age, led to a 44% lower incidence of eczema in children up to the age of six, compared to placebo.

Source:

Pediatrics

Online August 19, 2013​, pages 665-677. DOI: 10.1542/peds.2013-0246,

‘Probiotic administration in early life, atopy, and asthma: A meta-analysis of clinical trials’

Authors: Erick Forno, Nancy Elazab, Angelico Mendy, Janvier Gasana, Edgar R. Vieira, Annabelle Quizon

Related topics R&D Nutritionals Ingredients

Related products

show more

Unlock the business potential of the protein trend

Unlock the business potential of the protein trend

Content provided by Valio | 08-Feb-2024 | White Paper

Read our white paper to learn how to overcome taste and texture challenges in protein products — and how to commercialise the protein trend by making delicious...

Custom Microbiome Solutions for Dairy & Alt-Dairy Products

Custom Microbiome Solutions for Dairy & Alt-Dairy Products

Content provided by ADM: Innovation that Feeds the Future | 13-Oct-2023 | White Paper

Backed by clinical studies and perfect for use in dairy and alt-dairy applications alike, ADM’s Active Lifestyle probiotic blend, BPL1™ probiotic, and...

Consumers Want Dairy—and More!

Consumers Want Dairy—and More!

Content provided by ADM: Innovation that Feeds the Future | 06-Oct-2023 | White Paper

In the thriving dairy industry, you’re well aware of the surging demand for both dairy and non-dairy products.

Related suppliers

Follow us

Products

View more

Webinars