Применение циперметрина против паразитов сельскохозяйственных животных

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Пулотов, Ф., & Рахимов, М. (2019). Применение циперметрина против паразитов сельскохозяйственных животных. in Library, 19(3), 307–308. извлечено от https://inlibrary.uz/index.php/archive/article/view/33230
Фахридин Пулотов, Ветеринарный научно-исследовательский институт

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

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Аннотация

В данной статье подробно приведены дозы, концентрации, способы приготовления рабочих эмульсий, опудривания и применения циперметрина (производства Электрохимического завода в Навои) с целью оптимизации численности паразитов, лечения и профилактики сельскохозяйственных животных от паразитозов в животноводстве. это.

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ISSN Print:

2394-7500

ISSN Online:

2394-5869

Impact Factor:

5.2

IJAR 2019; 5(10): 307-308
www.allresearchjournal.com
Received: 04-08-2019
Accepted: 09-09-2019

Pulatov FS

Scientific-Research Veterinary
Institute, Uzbekistan


Rakhimov

М

Yu

Scientific-Research Veterinary
Institute, Uzbekistan











































Corresponding Author:

Pulatov FS

Scientific-Research Veterinary
Institute, Uzbekistan

Application of cypermethrin against parasites

agricultural animals

Pulatov FS and Rakhimov М Yu

Abstract

This article is devoted the doses, concentrations, ways of preparation of working emulsions, dusting
and application of cypermethrin (manufactures of the Electrochemical factory in Navoi) in order to
optimize the number of parasites, to therapy and make preventive maintenance of agricultural animals
from parasitoses in live-stock farming are resulted in details in it.

Keywords:

Acaricid, insectocid, insectoacaricid, emulsiya, ectomin, cirax, concentrat, cypermethrin,

parasites, permethrin

Introduction

Now almost are everywhere excluded negatively on an organism of the person and animals
arsenic and phthoros, hydrargyriorganic, chlororganic (DDT, dyeldrin, gexachloran,
chlorinated terpenes, preparations dyenic synthesis, etc.), many phosphororganic (butiphos,
chlorophos, benzophosphat, metaphos, phtalophos, tiophos, etc.), carbamates (sevin, dikresil,
benamil, benlat, uzgen, algin, fundazol, etc.) connections are excluded almost everywhere
now.

In this connection there arises necessity in development of more effective (including against
resistant populations), economically advantageous, safe methods for the person and animal
and means of struggle against parasites, parasitoses, carriers of transmissible illnesses
activators (further carriers of illnesses).

In this respect the most suitable, in connection with their high efficiency in small
concentration and dozes, concerning low toxicity for animals, safety to the environment,
useful to fauna and flora proved to be pyrethroid connections (permethrin preparations).
Now synthetic pyrethroides are produced in the USA, England, Switzerland and other
countries, and in Uzbekistan they are produced under trading names cypermethrin, cirax,
cyperphos (Navoi ECHI), permethrin-10 (Bukhara). They are widely used in plant-growing
against wreckers and plant illnesses, in animal industries in struggle with ecto- and (some)
endoparasites, parasitoses, carriers of transmissible (including naturallyhotbeds) illnesses of
person and animals.

It is known, that the Republic of Uzbekistan is situated in a vulnerable geographical zone
concerning flash of naturallyhotbed illnesses - plagues, Central Asian (Crimean)
haemorrhagic fevers, tularaemia, leishmanioses, epizootics efemerica fevers,

ticks

encephalitis, theileriosis (piroplasmidoses) and other transmissible illnesses dangerous for
humans and animals. In this connection it is required to concentrate attention of scientists,
experts of medical-veterinary service and other responsible persons to solving of this rather
important problem.

Now cypermethrin is in a leading position (among insectoacaricidal preparations) concerning
the period of "life" and area of application.


Indications to application.

Animals are processed with a view of therapy from acarososes,

caused by ticks (boophilos, hyalommatos, dermacentos, rhipicephalos, ixodeos,
haemaphusalos), sheep from alveonasos, large and fine horned livestock and other animals
from psoroptos, chorioptos, demodecos, sheep and goat from sarcoptoses, birds from
argasidoses and dermanyssose; from entomoses, caused by insects - ecto- and endoparasites -
large horned livestock from hypodermatoses (hypodermic botflies), sheep from oestroses

I n t er na t io n a l J o u rna l o f App l ie d Re s e a r c h 2 0 1 9 ; 5 (1 0 ): 3 0 7 -3 0 8


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International Journal of Applied Research

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(nose-pharyngeal botfly), goat from crivellioses (botfly),
large horned livestock and sheep from linognathosis (lise),
large horned livestock (LHL) and unartiodactyls from
haematopinosis (lise), sheep from melophagosis (blood-
sucker).

Bringing animals into the premise is allowed in 12 hours
after desinsection or desacarization. The ways of destruction
of parasitic insects and ticks on a div of animals are
resulted in table 1.

Thus sprayings of animal herds are carried out with the help
of desinsection machines - DMK, LCD, WDM and other
installations. Separate animals can be processed with the

help of sprayers such as "Automax", "Sever", desinfal or
other mechanisms. Animals are sprayed against parasitic
insects and ticks once in 9-10-12 days during a mass
parasitive season.

It is not recommended to desinsect and desacarizate animals
inside premises and in badly aired places (in low places,
hollows, etc.), in hot hours of the afternoon. Usually
processing is carried out on specially constructed platforms
(with the help of shower installations or other spraying
mechanisms, rendering the preparation from windward
sides.

Table 1:

Ways of application

Objects of application The form

of application

Ways of application

The form of application

Notes

water emulsion (w.e.)

concentration, %

quantity

Sheeps

Lise

(linognathos),

mallophages (bovicolos),

melophages (melophagos),

mallophages (mallophagos),

Ixode ticks

(rhipicephalos,

hialommatos, dermacentos,

ixodeos, boophilos,

haemaphisalos),

alveonasos

Bathing

To dip for 30

seconds into a tank

with w.e.

0,0125

0,5 litre (l) of

preparation+1 ton of

water

In preventive purposes -

once, therapeutic - twice,

with an interval of 9-10-12

days

0,025

1,0 l prep.+1 ton water

0,03

1,2 l prep.+1 ton water

0,001-0,015-

0,005-0,007

0,04-0,6-0,2-0,28 litre

prep. + 1 ton water

Drawing from

cervicales up to

cruciatus

0,015

0,5 l/at animal w.e.

0,5 – 1,0

40-80-100 ml/ at animal

w.e.

Sarcoptoides ticks

(psoroptos,

sarcoptos)

Bathing

0,025-0,03

1-1, 2 l prep. + 1 ton

water

Oestrose

Into intranosales

courses with the help

of a syringe

0,015

10-20 ml/ at an. w.e.

0,006-0,012 ml AWS

1-2 times

Large horned livestock:

lise

(haematopinose,

linognathose),

mallophages (bovicolose)

Spraying

0,015-0,025

3-4 l w.e. to adult

animal, 1, 5-2 l to young

growth

In the preventive purposes –

once, therapeutic - twice,

with an interval of 9-10-12

days

Ixodes ticks:

(rhipicephalose, etc

.

)

The tick psoroptes

(psoroptose),

hypoderma (hypodermatose)

Spraying

0,025

3-4 l w.e. to adult

animal 1,5-2 l/to young

growth

Spraying

0,025

Cattle-breeding premises:

Zoophilous fly and others

endophilous insects

Spraying after

pasture of animals

0,015-0,02

0,6-0,8 l prep.+ 1 ton

water, 50-200 ml

w.e./m

2

of a surface of a

premise

With an interval 21 day

References

1.

Axtell C. Richard Poultry integrated pest management:
Status and future. Integrated Pest Management
Reviews. 1999; 4:53-73.

2.

Harry Coppel C. James W.Mertins. Biological Insect
Pest Suppession. Springer-Verlag Berlin Heidelberg,
New York, 1977.

3.

Ruzimuradov

A.

Parasitism

biological.

Animal

industries optimisation. Samarkand, 2011.

Библиографические ссылки

Axtell C. Richard Poultry integrated pest management: Status and future. Integrated Pest Management Reviews. 1999; 4:53-73.

Harry Coppel C. James W.Mertins. Biological Insect Pest Suppession. Springer-Verlag Berlin Heidelberg, New York, 1977.

Ruzimuradov A. Parasitism biological. Animal industries optimisation. Samarkand, 2011.

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