Integrated Control of Eimeria spp. in Broiler Chickens with Floor Brooding Technology in Industrial Production

Качанова, Е. О.; Сафиуллин, Р Т

doi:10.31016/1998-8435-2019-13-4-97-104

Cited by 3 publications

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“…Despite the use of rotary and shuttle programs in the pharmacological prevention of eimeriosis, the causative agents of this disease quickly develop resistance to many drugs. It has been proven that eimeria are capable of transmitting, at the genetic level, to the next generations of pathogens, the developed resistance to anticoccidial drugs, therefore it becomes more and more difficult to select therapeutically active compositions for the prevention of eimeriosis in poultry complexes [1,2,3]. Since over the past 10 years on the veterinary pharmaceutical market, only complex drugs have been offered, created on the basis of already known and selected according to the principle of synergy of their components, the sensitivity of eimeria to them, obviously, will not be as long as the manufacturers of these drugs would like [4,5].…”

Section: Introductionmentioning

confidence: 99%

Experimental determination of comparative sensitivity of eimeria to chemotherapeutic preparations and phytobiotics

Yakovleva

2022

BIO Web Conf.

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The sensitivity of the organism of broiler chickens artificially infested with a mixture of three types of eimeria to anti-eimeria drugs used in the Belgorod region was determined. For the experiment, synthetic coccidiostatics (decoquinate, maduramycin, nicarbazine, robenidin), ionophore antibiotics (lasalocid, monensin, narazine) and a complex phytobiotic “AdiCox AR” were taken. The smallest loss of live body weight of chickens was observed when feeding them in the diet of lasalocid, then decoquinate. Feeding the specialized feed additive “AdiCox AR” ensured the preservation of gains in live weight of chickens by 19.0% less than the most effective ionophore antibiotic lasalocid in our experiments. Then, in descending order, followed: narazine 10%, monensin 20%, nicarbazine 25%, maduramycin 1%, robenidin 6.6%. In connection with the obtained results, we consider it expedient to use lasalocid 15% at a dose of 500 g / t feed, decoquinate 6% at a dose of 500 g / t feed and AdiCox AR at a dose of 300 g / tons of feed. The use of narazine 10%, monensin 20%, nicarbazine 25%, maduramycin 1% should be carried out under constant monitoring of the sensitivity of the pathogen to the listed drugs. We consider the use of robinidin 6.6% inappropriate.

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Section: Introductionmentioning

confidence: 99%

Experimental determination of comparative sensitivity of eimeria to chemotherapeutic preparations and phytobiotics

Yakovleva

2022

BIO Web Conf.

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“…цист, которыми загрязняются подстилка, корма, питьевая вода и инвентарь. Заражаются цыплята алиментарным путем после проглатывания с кормом и водой спорулированных ооцист кокцидий[1,2].Для профилактики и лечения кокцидиозов птиц используется большое количество лекарственных средств, назначаемых для угнетения жизнедеятельности или уничтожения эндогенных стадий кокцидий. Главную роль в развитии промышленного птицеводства сыграла химиопрофилактика кокцидиозов бройлеров, которая заключается в использовании фармакологических антикокцидийных препаратов[3][4][5].…”

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Comparative Efficacy of Different Diclazuril Dosage Forms Against Spontaneous Coccidiosis In Broiler Chickens

Safiullin,

Chalysheva,

Tashbulatov

2024

Theory and Practice of Parasitic Disease Control

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Our research conducted in previous years has shown that coccidiosis of floor management broiler chickens is widespread on commercial poultry farms in Russia. Many remedies have been proposed to control the infection, among which Diclazuril should be noted. The research objective was to test the efficacy of different doses of Diclazuril and the prescribing scheme of the drug with feed and drinking water against spontaneous coccidiosis in broiler chickens. For the test, 500 floor management chickens were selected among those spontaneously infected with coccidia and divided into 5 similar groups. Group 1 chickens were prescribed 2.5% Diclazuril with drinking water in a dosage form of 2 mL per 1 L of water, without interruption, for 48 hours. Group 3 chickens received 30% Amprolium at a dose of 0.4 g per 1 L of water for 48 hours. The indicated Diclazuril and Amprolium doses were prescribed to the chickens of groups 1 and 3 in three stages: at 9–10, 16–17 and 24–25 days of age. Diclazuril and Amprolium were administered to the chickens of the second and fourth groups with feed at 10 to 38 days of age. The chickens of group 5 did not receive drugs and served as infected controls. The efficacy of different Diclazuril doses compared with the base drug Amprolium was determined by the results of coproscopic examinations of the chickens at the age of 30 days. The results obtained in testing different diclazuril dosage forms showed that the best intense-effectiveness was observed in the prescribed dose of 2 mL per 1 L of drinking water for 48 hours according to the said scheme and it was 94.1%. The recommended dose of Amprolium provided 84.9% intense-effectiveness against coccidiosis in broiler chickens.

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The Reactivity and Non-specific Resistibility in Broilers with Experimental Coccidiosis Induced by a Field Isolate of the Eimerias

Ryabtsev

Biryukov

Simonova

2021

Fundamental and Applied Scientific Research in the Development of Agriculture in the Far East (AFE-2021)

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Integrated Control of Eimeria spp. in Broiler Chickens with Floor Brooding Technology in Industrial Production

Cited by 3 publications

References 0 publications

Experimental determination of comparative sensitivity of eimeria to chemotherapeutic preparations and phytobiotics

Experimental determination of comparative sensitivity of eimeria to chemotherapeutic preparations and phytobiotics

Comparative Efficacy of Different Diclazuril Dosage Forms Against Spontaneous Coccidiosis In Broiler Chickens

The Reactivity and Non-specific Resistibility in Broilers with Experimental Coccidiosis Induced by a Field Isolate of the Eimerias

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