fbpx
Sign up now!
Don't show this again
Sweepstakes Rules

We’re glad you’re enjoying Poultry Health Today.
Access is free but you’ll need to register to view more content.
Already registered? Sign In
Tap to download the app
X
Share
X
REPORTSCollect articles and features into your own report to read later, print or share with others

Create a New Report

Favorites

Read Later

Create a new report

Report title (required) Brief description (optional)
CREATE
X
NEXT
POULTRY
follow us


You must be logged in to edit your profile.

Sponsored by Zoetis

Sponsored By Zoetis

.
Playicon

Navigating the maze of alternative products for necrotic enteritis control

The effectiveness of antibiotic alternatives is going to vary among “no antibiotics ever” (NAE) production systems, and it’s up to the producers to figure out which alternatives will work in their particular operation, Greg Mathis, PhD, of Southern Poultry Research, told Poultry Health Today.

Alternative products intended to control necrotic enteritis (NE) in NAE systems may appear to work in an experimental setting, but they don’t always work in the field because there are so many variables involved. This disparity is a common complaint among NAE producers, Mathis explained.

Feed additives used as antibiotic alternatives include enzymes, minerals, probiotics, prebiotics, plant extracts, organic acids and monoglycerides. Of these, probiotics are the most commonly used because there’s a good scientific understanding of how they work, which is through competitive exclusion. 

Butyric acid is the focus of much of the current research, Mathis continued. It strengthens the villi, helps moderate pH changes and has antibacterial activity.

Research efforts with alternative products start by determining if a concept works. If it works, the next step is to determine a dose. Then the focus is on demonstrating the efficacy of the product in preventing NE, he said.

Mathis, recognized worldwide for his research on coccidiosis control, noted that controlling Eimeria maxima is key to controlling NE. It’s been over 20 years since research proved a direct connection between the severe gut damage E. maxima causes and the proliferation of Clostridium perfringens, the bacterium that causes NE, he noted.  

NAE producers are learning how to best use vaccines for controlling coccidiosis and NE and are using in-feed antibiotic alternatives to provide additional control. Generally, more than one alternative approach is going to be necessary, Mathis said.




Posted on April 8, 2019

tags: , ,
RELATED NEWS



You must be logged in to edit your profile.

Google Translate is provided on this website as a reference tool. However, Poultry Health Today and its sponsor and affiliates do not guarantee in any way the accuracy of the translated content and are not responsible for any event resulting from the use of the translation provided by Google. By choosing a language other than English from the Google Translate menu, the user agrees to withhold all liability and/or damage that may occur to the user by depending on or using the translation by Google.