Инсектицидные свойства биоинсектицида против bovicola ovis

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Pulotov, F., Джалолов A., & Исмаилов A. (2024). Инсектицидные свойства биоинсектицида против bovicola ovis. in Library, 1(3), 159–163. извлечено от https://inlibrary.uz/index.php/archive/article/view/58830
Faxridin Pulotov, Ветеринарный научно-исследовательский институт

Ветеринарный научно-исследовательский институт, заведующий лабораторией арахноэнтомологии и акарологии, старший научный сотрудник, доктор философских наук по ветеринарным наукам

А Джалолов, Ветеринарный научно-исследовательский институт
базовый докторант
А Исмаилов, Научно-исследовательский ветеринарный институт
Младший научный сотрудник
0
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Сrossref
Scopus
Scopus

Аннотация

В статье представлены сведения о биологии возбудителя бовиколоза овец - блохи Bovicola ovis, клинических симптомах заболевания, эффективности применения нового отечественного препарата «Биоинсектицид» в лечении и профилактике.


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ISSN : 3032-1123

https://doi.org/10.61796/ejheaa.v1i7.798

INSECTICIDAL PROPERTY OF BIOINSECTICIDE

AGAINST BOVICOLA OVIS


Dzhalolov A.A

basic doctoral student


Pulotov F.S.

Doctor of Philosophy (PhD) in Veterinary Sciences, Senior
Researcher - Scientific Supervisor


Ismailov A.Sh

Junior Researcher

Veterinary Research Institute

Received: May 22, 2024; Accepted: Jun 29, 2024; Published: Jul 30, 2024;

Abstract

:

The article presents information about the biology of the causative agent of sheep

bovicolosis, fleas Bovicola ovis, clinical symptoms of the disease, the effectiveness of the use
of a new local drug "Bioinsecticide" in treatment and prevention

Keywords

:

Bovicola ovis, hairworm, bovicolosis, insect, nymph, larva, adult, insecticide,

bioinsecticide, disinfestation

This is an open-acces article under the

CC-BY 4.

0 license

Introduction

Today, in order to provide the population with quality meat and meet its demand for meat,

attention is paid to the sheep breeding industry. Sheep provide the following food products (meat,
fat, milk) and valuable raw materials for light industry (wool, skins, fur). Sheep wool is of great
importance for the national economy. Fabric, knitwear, carpets and so on are made from sheep
wool, fur is made from its skin, various clothes are made from its fur, meat is a nutritious product
rich in proteins and fats, as well as cheese, feta cheese and so on from its milk. The live weight of
rams is 100-135 kg, ewes 70-80 kg, the wool yield of rams is 2.8 kg, ewes 2.0 kg. 100 heads of
sheep produce 85-95 lambs, lamb surpasses the meat of other farm animals in the content of
vitamins A (retinol), B1 (thiamine) and B2 (riboflavin).

In order to develop livestock farming in the republic, highly productive breeds of sheep

such as Khisor, Karakol, Edilboy, Wool-Tajik, Afghan, and Romanov breeds have been studied
and their breeding has begun. It is very important to feed imported breeds of sheep adapted to the
climatic conditions of our country, to conduct selection work, and to develop feeding
technologies.

Currently, based on a number of similar reforms implemented in the Republic of

Uzbekistan, the field of veterinary medicine is rapidly developing in our country, and a lot of
scientific and practical work is being done in this area. However, as a result of the outbreak of
bovicolesis among sheep in recent years, this has led to a decrease in their meat and wool
productivity. Therefore, it is important to study the biology of insects parasitizing (parasites) in
the div of sheep - the wool beetle Bovicola ovis, and to create new effective methods and means
of combating them.

Purpose of the study. It consists of studying the clinical signs of sheep bovicolosis, the

biology of its causative agent and the use of local drugs to combat the disease.


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Methods

The research work was carried out in the laboratory of arachnoentomology and acarology

of the Veterinary Research Institute. Sheep of the vivarium of the institute were subjected to
entomological examination. The initial diagnosis of bovicoliasis was made during the examination
of sheep with such clinical signs as itching and scratching. Samples of skin and wool fibers from
the affected areas of the skin were placed in separate polyethylene bags and delivered to the
laboratory. The reference book and identification tables of the collected insect species ("Identifier
of Mallofaga of Domestic Animals". Animal World of the USSR. Moscow, Leningrad: Publishing
House of the Academy of Sciences of the USSR, 1940; Mallofaga. Part 1. Publishing House of
the Academy of Sciences of the USSR, 1959, D.I. Blagoveshchensky) and specialized literature
were used and identified using an MBS microscope.

Clinical signs of the disease. Young lambs become infected with bovicola from infected

mothers in the first days of life. Parasites can also be transmitted through service personnel and
care products. The favorable period for the reproduction and development of bovicola is winter
and spring, when animals are well fed, and there are conditions for reproduction among the thick
wool.

With bovicolosis, sheep suffer from discomfort, severe itching, chafing, skin and wool

damage, and dermatitis. In sheep, warts are located mainly in areas protected from direct sunlight,
namely on the horns, ears and tails, armpits and inner thighs. As a result of bovicola parasitism,
thermoregulation is disrupted, hyperkeratosis appears, hair sheds, and the skin becomes hairless.

Developmental biology. The div length of the woolly-eater Bovicola ovis is 1.4-1.6 mm,

the div is flattened from the dorsoventral side. The eyes are rudimentary and located on the sides
of the head. The abdomen has 8-10 segments and 12 spiracles.

The development of Bovicola ovis fleas occurs with incomplete metamorphosis. After

mating, the female lays eggs in the roots of the hairs and attaches them with the help of uterine
secretions. After 7-12 days, the egg turns into a larva. They turn into adult insects in three weeks.
Adults live for 20-40 days, during which time females lay 20-35 eggs. Bovicolas cannot live
outside the div of an animal for more than 5 days.

Results and Discussion

Of great importance is the study of the method of biological control of sheep Bovicola ovis,

safe for the environment, human and animal health, useful fauna and flora. Therefore, in the fight
against fleas Bovicola ovis, the local biological preparation Bioinsekticide was tested. For this
purpose, a titer of spores of various concentrations of this preparation was prepared and its
insecticidal properties were studied by conducting experimental tests as follows.

A total of 20 sheep infected with Bovicola ovis were divided into 4 groups of 5 animals.
5 sheep of the 1st experimental group were treated with the preparation "Bioinsecticide" at

a concentration of 3.6 billion/ml of spores;

5 sheep of the 2nd experimental group were treated with the preparation "Bioinsecticide" at

a concentration of 4.05 billion/ml of spores;

Experimental work was carried out by spraying 5 sheep of the 3rd experimental group with

special equipment at the rate of 0.2-0.3 l/head with a spore concentration of 4.5 billion/ml
"Bioinsecticide";

5 sheep of the 4th control group were given clean water.
The results of the experiment were monitored for 10 days, a decrease in the number of

woolworms Bovicola ovis was observed in the sheep, since the effect was low, the experiment was
repeated a second time after 12 days, as a result, after 48-72 hours, the sheep during the
examination it was established that in the 1st experimental group - 40, in the 2nd group - 70 and
in the 3rd group of sheep - 92% were free from woolworms Bovicola ovis, and in the control group
100% were alive (Table 1).


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Table 1. Experiments to study the insecticidal effect of the drug "Bioinsecticide"

against the wool beetle Bovicola ovis on sheep

Thus, it was established that with a two-fold application of the local Bioinsecticide at a

concentration of 4.5 billion/ml, it has a high (92%) insecticidal effect on sheep against the wool-
eater Bovicola ovis

Conclusion

It has been established that the domestic biological product “Bioinsecticide”, obtained for

the first time in laboratory conditions, has a high insecticidal effect against the wool-eating insect
Bovicola ovis in sheep with a double application of spores at a concentration of 4.5 billion/ml
(with an interval of 12 days).

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. Рахимов, M., Камалова, A., & Мавлонов, C. (2023). Изучение заболевания иксодидозом крупного рогатого скота в экспериментальных экспериментах, in Library, 3(3), 18-21.

. Ainura, К. (2023). STUDY OF THE DISEASES 1XOD1DOS1S IN EXPERIMENTAL EXPERIMENTS. MODELSAND METHODS FOR INCREASING THE EFFICIENCY OF INNOVATIVE RESEARCH, 3(28), 190-196.

. Мавланов, С, & Камалова, A. (2023). ҚОРАМОЛЛАРНИ ИКСОДИДОЗ КАСАЛЛИГИНИ ЭКСПЕРИМЕНТАЛ ТАЖРИБАЛАРДА ЎРГАНИШ. Science and innovation, 2(Special Issue 8), 1755-1761.

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. Иргашев, У. К., Холов, ILL, Камалова, А. И., & Мавланов, С. И. (2021). Меры борьбы против эктопаразитов.

. Мавланов, С., Камалова, А., Пулотов, Ф., & Исмоилов, А. (2024). Исследование остатка «АЛЬФА-ШАКТИ» 10% ЭК в коровьем молоке, in Library, 2(2), 201-205.

. Рахимов, М., Исмоилов, А., Шеркулов, А., & Камалова, А. (2024). Фауна и сезонная динамика симбионтов на пастбищах, in Library, 2(2), 30-33.

. Kamalova, А. 1. (2024). THE SIGNIFICANCE OF ECHINOCOCCOSIS IN VETERINARY MEDICINE AND HUMAN LIFE. Creative Commons Attribution 4.0 International License., 1(5), 90-95.

. Исмоилов, A. (2022). Фауна мух синдбовила и воздействие на них препарата альфа-шакти. Перспективы развития ветеринарной науки и её роль в обеспечении пищевой безопасности, /(1), 126-131.

. Исмоилов, А., & Рузимородов, А. (2021). Борьба с зоофилами и мухами синбовил в домашнем скоте и их борьба с ними, in Library, 27(1), 60-63.

. Исмоилов, А., & Мавланов, С. (2023). Экология синбовиловых мух. in Library, 3(3),408-411.

. Исмоилов, А., & Исаев, 3. (2021). Распространение синбовильных и зоофильных насекомых в антропогенных биоценозах, in Library, 21(4), 1-8.

. Исмоилов, А. (2018). Экология насекомых рода Fannia R.-D. в экотопах. in Library, 18(2), 31-32.

. Исмоилов, А. (2017). Разнообразие и фенология зоофильных насекомых в условиях