Fermented Chives Reduce E. coli – Research Shows
Fermented Chives: A Natural Antibiotic Alternative for Poultry Farming
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Teh Rise of Natural Alternatives to antibiotics in Poultry
The search for alternatives to customary antibiotics in poultry farming is gaining momentum,driven by concerns over antibiotic resistance and consumer demand for more sustainable practices. A recent study highlights a promising solution: fermented chives. Researchers have found that fermenting chives with a specific probiotic strain can create a powerful feed additive capable of controlling intestinal disease and promoting healthier livestock production. This innovative approach offers a natural way to boost gut health and improve overall performance in broiler chickens.
Fermented Chives Show Promise in Combating E. coli
A new study published in Fermentation concluded that fermented chives could serve as a promising antibiotic alternative in poultry farming. The research team demonstrated the efficacy of a chive-based additive, dubbed FC3, in challenging broiler chickens infected with escherichia coli.
“Fermented chive represents a promising antibiotic alternative in poultry farming, contributing to intestinal disease control and sustainable livestock production,” the study authors stated.
Boosting Chive Efficacy with Probiotics
The key to unlocking chives’ potential lies in fermentation. The researchers fermented chives (Allium schoenoprasum) with Lactobacillus plantarum 1582 to create the innovative additive.
Chives are naturally rich in beneficial compounds, including flavonoids like quercetin and organosulfur compounds, known for their health-promoting properties.Though,simply adding chives to poultry feed isn’t enough. Fermentation dramatically enhances their bioactivity.
“It was necessary to ferment the chives to enhance its bioactivity by increasing the release of polyphenols,free amino acids,and organosulfur compounds while also boosting antioxidant properties,” explained the research team.
Fermentation also encourages the growth of beneficial bacteria in the gut, contributing to improved overall gut health. The Lactobacillus plantarum 1582 strain used in the study wasn’t chosen at random. One of the study’s authors previously isolated it from the faeces of free-range native chickens, finding it possessed “superior probiotic properties” and a notable ability to inhibit E. coli.
Selecting the right probiotic strain is crucial for maximizing the benefits of chives, the researchers emphasized.
The Synbiotic Effect: Prebiotics and Probiotics Working in Harmony
Interestingly, fermentation doesn’t just preserve the active compounds in chives; it also creates beneficial by-products. Short-chain fatty acids, generated during fermentation, nourish the cells lining the intestinal tract and help maintain its integrity.
FC3 functions as a synbiotic – a synergistic combination of prebiotics (from the chives) and probiotics (from the L. plantarum fermentation). This synbiotic effect promotes the survival of beneficial gut bacteria, increases lactic acid production (lowering intestinal pH), and inhibits the growth of pathogenic E.coli.
“Chive also provides nutrients for beneficial bacteria, supporting microbiota balance, improving digestion, and enhancing growth performance,” the researchers noted.This holistic approach to gut health offers a powerful alternative to relying solely on antibiotics.Source: Fermentation
Fermented Chive (Allium schoenoprasum) with Lactobacillus plantarum: A Potential Antibiotic Alternative Feed Additive for Broilers Challenged with Escherichia coli
Authors: Phan Vu Hai, Le Xuan Anh, and Nguyen Xuan Hoa