Gangrenous dermatitis is a poultry disease caused by the bacterium, Clostridium, and Staph (Staphylococcus aureus). Farmers experience a rapid onset of skin lesions and mortality spikes as reactions to Gangrenous dermatitis. The results are disastrous to a flock.
Most treatment protocols call for broad-spectrum antibiotics. This mentality and application have led many scientists and doctors outside of the poultry industry to become alarmed, and they have begun to pressure government involvement in the regulation of the overuse of antibiotics. Other protocols call for total cleanout and disinfection of affected poultry houses. Full cleanout and disinfection do little for the farmers, as they are forced to absorb costs and fund an ineffective solution.
The Fallacy of Disinfection
'Nature abhors a vacuum' is a well-known statement in some circles. This idiom is used to express the idea that empty or unfilled spaces are unnatural, as they go against the laws of nature and physics. Disinfectants are designed to create biological vacuums.
Disinfectants are only good for a very short period of time. They kill the majority of the microbes on surfaces where they are applied, but that killing power may only be good for a few minutes. After that, you are left with an area completely devoid of any kind of life. Eventually, something will move in to fill that space, and that something will be whatever can migrate from a nearby, non-disinfected area.
It stands to reason that if there is an outbreak of Gangrenous dermatitis in a poultry house, then the disease will be in adjacent areas or the depth of the litter. These areas will not be affected by the application of disinfectants. Therefore the result of the disinfection will be the extermination of both harmful and beneficial bacteria. Without a repopulation strategy of beneficial bacteria, disinfection has made the situation worse, as the dangerous Gangrenous dermatitis is now unchallenged and has free reign.
Competitive Exclusion and a New Mode of Combat
By leveraging organic acids with low molecular weight, Litter Life can penetrate biofilms created by Clostridium and other bacteria. Clostridium, the dangerous bacteria that causes Gangrenous dermatitis, is anaerobic, meaning it does not survive in the presence of oxygen. Since it is oxygen sensitive, Clostridium encapsulates its environment with a biofilm for protection. Litter Life penetrates this biofilm and exposes the Clostridium. Once exposed, the disease-causing bacteria have little chance to wreak havoc on poultry.
Additionally, Litter Life brings 14 beneficial bacterial strains to the party. Suddenly the playing field is leveled, and a war for resources takes place. Litter Life controls the harmful bacteria, and we have homeostasis–a return to the normal.
Litter Life is an incredibly efficient and more intelligent approach to battling Gangrenous dermatitis. As justifiable pressure to eliminate growth-promoting and preventative antibiotic use increases, other methods of controlling disease and getting results are imperative. A comprehensive program for litter management that complies with the laws of nature makes the most sense.