Completed Pregnancy, Children & Inherited Conditions Digestion, Kidneys & Other Organs

Phase III, Multicentre, Randomized, Double-blind, Placebo-controlled Study to Evaluate Efficacy of Probiotic Supplementation for Prevention of Neona

In plain English

AI plain-English summary

Every 30 days for the first month of life, 6,500 low-birthweight newborns in India will receive a daily dose of probiotics or a placebo, in a double-blind trial to see whether the supplements prevent life-threatening neonatal infections. This matters because neonatal infections are a major cause of death in developing countries, and antibiotic resistance is making standard treatments less effective. There is currently no proven way to prevent these infections. If the trial shows that probiotics reduce infection rates, the intervention could be rolled out widely across low-resource settings. It is cheap, easy to administer, and does not require refrigeration or medical training—meaning it could be integrated into routine newborn care at scale. Success would directly reduce infant mortality in the first month of life, a critical window for long-term health. The study is a pragmatic clinical trial, not fundamental science. Its value lies entirely in generating actionable evidence for a simple, low-cost public health intervention. If the results are positive, the impact could be immediate and global for the millions of vulnerable newborns at risk each year.

View original technical description
Summary (layman): Neonatal infections are a major cause of sickness and death in infancy in the developing countries. Treatment with antibiotics has limitation as the bacteria have become resistant and there is dearth of new antibiotics. At present there is lack of knowledge about how to prevent the disease. Current trial aims to find out if feeding probiotics daily for 30 days during the first month of life would prevent these infections. Remaining healthy in the first month is important as it allows the newborns to grow to become healthy adults. The study would be coordinated by three research organizations and implemented at six sites in India. 6500 Newborn infants weighing less than 2500gms would be allocated to either the probiotics or a placebo group without the study participants' or researchers' knowledge of the group assignment. They would be fed the assigned drug and followed up in their homes regularly upto 60 days by trained field workers (daily in the first week, biweekly during 2-4 weeks of life, and weekly during the second month) to find out if they fell sick. Sick infants would be referred/taken to study physician for examination, testing and treatment. All study related information would be captured on Tablets/hand held devices and sent to a central location for analysis. After completion of the study the data would be analysed to see whether there were less infections/sepsis cases in the group where infants were fed with probiotics as compared to the other group. If the results favour the probiotics it could be used as a new method of preventing neonatal infections in the developing countries. This would benefit millions of newborns who are currently dying due to infections.

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Researchers

Adhisivam Bethou (Co-Investigator)Anju Sinha (Principal Investigator)Arti Kapil (Co-Investigator)Arvind Saili (Co-Investigator)Ashish Bavdekar (Co-Investigator)Narendra Kumar Arora (Co-Investigator)Rajni Gaind (Co-Investigator)SAILAJANANDAN PARIDA (Co-Investigator)Subodh Gupta (Co-Investigator)Sunil Sazawal (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

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A multi-centre randomised placebo-controlled trial of prophylactic enteral supplementation with bovine lactoferrin to prevent late-onset invasive infection in very preterm or very low birth weight infants.
An efficient, UK-wide, real-world-data-enabled, adaptive, 2-randomisation, controlled trial to determine clinical efficacy, effect size, and safety of widely used enteral feeds in reducing necrotising enterocolitis, mortality, and cognitive impairment in preterm babies born below 29 weeks' gestation
Defining upper respiratory colonisation and microbiome evolution in mother-infant pairs following Neisseria lactamica inoculation in late pregnancy

Original classification

Research Grant

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