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What is the Rotation Program for Coccidiosis?
Coccidiosis is one of the most common parasitic diseases in poultry, and it causes serious economic losses if not managed properly. Over time, the coccidia parasite can develop resistance to anticoccidial drugs if the same product is used continuously. This is where the Anticoccidial Rotation program becomes important. It is a planned approach where different anticoccidial drugs or feed additives are used in different phases of production to maintain effectiveness and reduce resistance. A typical rotation program divides the year into cycles. Farmers use one group of anticoccidial products for a few months and then switch to another group for the next cycle. The main goal is to break the resistance pattern of the parasites. For example, ionophores may be used in one rotation, and chemical anticoccidials may be used in the next rotation. Each class works differently against coccidia, which helps keep the overall control program effective. Another method is shuttle programs, where two different anticoccidials are used within the same flock—one during the starter phase and another during the grower or finisher phase. This method also helps reduce resistance, especially in farms with a high coccidiosis burden. Biosecurity, litter management, and proper feed formulation support the success of any Anticoccidial Rotation program. Vaccination can also be included as part of long-term coccidiosis control, especially in breeder or layer flocks. Farmers must review their flock performance, drug withdrawal periods, and field challenges before selecting a rotation schedule. Regular monitoring helps decide when to shift to a new anticoccidial group. To improve gut health during and after anticoccidial use, many poultry farms also incorporate probiotic-based solutions. Companies like Glamac International offer high-quality gut-health products that support better intestinal integrity, making rotation programs more effective. Using these supportive additives along with a proper Anticoccidial Rotation program ensures improved flock performance and reduces long-term disease pressure
Is amprolium an antibotic?
No, amprolium is not an antibiotic; it is an anticoccidial agent commonly used in veterinary medicine to treat coccidiosis in livestock and poultry. It works by inhibiting the metabolism of the protozoan parasites causing the disease. While it helps control infections, it does not target bacterial infections like antibiotics do.
Can you feed decoquinate to a horse?
Decoquinate is an anticoccidial drug approved for use in some livestock species, but it is not recommended for use in horses. Horses have different metabolic processes and sensitivities compared to other animals, so it is important to consult with a veterinarian before administering any medication.
What is decoquinate?
Decoquinate is a compound typically used as an anti-coccidial agent in veterinary medicine to treat and prevent infections by coccidian parasites in animals, such as poultry and cattle. It works by interfering with the parasite's ability to replicate and mature within the host animal's cells.
What is the best antibiotic for coccidiosis in poultry?
Coccidiosis in poultry is caused by a protozoan parasite, not bacteria. This means antibiotics are not the first line of treatment. Instead, anticoccidial drugs—often mistakenly called “antibiotics”—are used to treat and prevent the disease. The effectiveness of these products depends on proper usage and a good Anticoccidial Rotation program to prevent resistance. In poultry farming, anticoccidials are grouped into two major categories: ionophores and chemical anticoccidials. Many poultry producers use a combination of these through shuttle programs or seasonal rotations. 1. Ionophores (Preventive Anticoccidials) Ionophores are widely used because they control coccidia gently and support better gut health. Based on your product list: Lasalocid – Glavitro LASA Maduramicin – Glavitro Dura Salinomycin – Glavitro SM Monensin – Glavitro Mona These products help limit the multiplication of coccidia and keep the infection under control, especially in broiler operations. They are commonly used as in-feed preventive solutions. 2. Chemical Compounds (Curative Anticoccidials) Chemical anticoccidials act faster and directly target the coccidia parasite. Your available formulations: Robendine Diclazuril Nicarbazin Diclazuril and Nicarbazin are considered highly effective during sudden outbreaks because they act on multiple life stages of the parasite. 3. Mixed Compounds (Stronger Control Programs) Mixed formulations combine two anticoccidials to provide broader control. From your range: Maruramacin + Nicarbazin – Glavitro Monensin + Nicarbazin – Glavitro MNX These are effective in farms facing heavy coccidial pressure or resistance issues. So, which is the “best” for coccidiosis? There is no single best anticoccidial for all farms. The right choice depends on: Type of Eimeria species present Resistance patterns Farm history Age of birds Type of production (broilers, layers, breeders) This is why experts recommend using a proper Anticoccidial Rotation program—shifting between ionophores, chemicals, and combination products across production cycles. This reduces the risk of resistance and keeps performance stable. Supporting the flock with good nutrition, clean litter, ventilation, and strong gut health management is also essential.
What are 5 symptoms of coccidiosis?
Coccidiosis is a major intestinal disease in poultry, and early identification helps prevent severe losses. Understanding the symptoms is critical for controlling the infection and planning proper treatment, including the use of an Anticoccidial Rotation program. Here are five key symptoms commonly seen in chickens affected by coccidiosis: 1. Diarrhea (often bloody or watery) One of the first and most common signs is diarrhea. It may appear watery, yellowish, or even bloody, depending on the type of Eimeria involved. Blood in droppings usually indicates E. tenella infection. Persistent diarrhea causes dehydration and poor nutrient absorption. 2. Reduced Feed Intake Infected birds eat less because of gut discomfort. Loss of appetite leads to slower growth, poor feed conversion, and reduced body weight. This symptom can appear quickly in young chicks and spread across the flock. 3. Lethargy and Weakness Sick birds become dull, weak, and less active. They isolate themselves, sit with ruffled feathers, and avoid movement. This behavior is often a sign of intestinal pain and low energy. 4. Weight Loss and Poor Growth Because the parasite damages the gut lining, nutrients cannot be absorbed properly. As a result, birds lose weight rapidly or fail to grow as expected. Broilers show slower growth rates and reduced uniformity. 5. Mortality in Severe Cases If left untreated, coccidiosis can lead to high mortality, especially in young birds. Severe intestinal damage causes internal bleeding, severe dehydration, and shock. Detecting these symptoms early is essential. Farmers should track droppings, bird behavior, feed intake, and weight gain daily. Once symptoms appear, immediate action is necessary—treatment with suitable anticoccidials, correction of litter conditions, and review of farm hygiene. A structured Anticoccidial Rotation program helps reduce the chances of drug resistance and ensures long-term control. Good management, clean drinking water, proper ventilation, and reliable feed additives also support recovery. To improve flock resilience, gut care products from Glamac International can help strengthen the intestinal lining and support better immunity. These solutions complement anticoccidial programs and help farmers maintain stable performance and healthier birds.
