Structure of parasite cenosis of endoparasitoses of ruminants

The infestation was studied and the structure of the parasite cenosis of ruminants of the Udmurt Republic was characterized. Over the period of several years of research (2016-2020), a diverse parasitophauna was identified. According to the results of the research, it was established that cattle is...

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Main Authors: Klimova E.S., Reshetnikova A.D., Babintseva T.V., Krylova T.G.
Format: Article
Language:English
Published: EDP Sciences 2021-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/pdf/2021/08/bioconf_fsraaba2021_06046.pdf
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spelling doaj-785ff6adcee343a18f1526406b2aa8f72021-10-05T13:12:11ZengEDP SciencesBIO Web of Conferences2117-44582021-01-01360604610.1051/bioconf/20213606046bioconf_fsraaba2021_06046Structure of parasite cenosis of endoparasitoses of ruminantsKlimova E.S.Reshetnikova A.D.Babintseva T.V.Krylova T.G.The infestation was studied and the structure of the parasite cenosis of ruminants of the Udmurt Republic was characterized. Over the period of several years of research (2016-2020), a diverse parasitophauna was identified. According to the results of the research, it was established that cattle is mainly invaded by Eimeria spp., nematodes of the Strongylata suborder, dicroceliosis dominates from trematode infestations. The maximum infection rate was noted by eimeriosis invasion, during the entire time of the studies it varied from 87.84 % to 77.73 %, which indicates a tendency to increase invasion and stationary problems of farms. The features of competitive relationships are clearly traced in hepatic flukes: dicrocoeliums and fascioles. Dicrocoeliotic invasion prevails on average by 32 %, which indicates a partial manifestation of antagonism.When analyzing the generic structure of the parasite complex of cattle, on average for five years, it was found that the largest share is occupied by Eimeria spp - 44.35, Strongylata - 30.52, Dicrocoelium - 17.52, Fasciola - 6.43, Eurythrema – 0.67 and Trichostrongylus – 0.51 are less represented. A retrospective epizootic analysis of parasitoses showed that sheeps, like cattle, have a diverse parasitophauna, but in the first case, the detection of monoinvasions is 3.5 times higher. In the structure of sheep parasite cenosis, similar indicators of infection with Eimeria spp, Strongyloides, Moniezia were found, generic indices ranged from 24.18 to 27.61. Strongylatosis of the gastrointestinal tract are replaced by Strongyloides. A significant change was also observed in the group of trematode infestations. Unlike cattle, fasciolosis prevails in sheep with a maximum value of 9.5 times in 2019, while dicroceliosis was not registered at all in 2017. In the sheep parasite complex, moniesiosis occupies the main share – 27.61, which may be related to the conditions of keeping, since sheeps are grazing for a long time and a meeting with intermediate hosts - oribatid mites is inevitable.https://www.bio-conferences.org/articles/bioconf/pdf/2021/08/bioconf_fsraaba2021_06046.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Klimova E.S.
Reshetnikova A.D.
Babintseva T.V.
Krylova T.G.
spellingShingle Klimova E.S.
Reshetnikova A.D.
Babintseva T.V.
Krylova T.G.
Structure of parasite cenosis of endoparasitoses of ruminants
BIO Web of Conferences
author_facet Klimova E.S.
Reshetnikova A.D.
Babintseva T.V.
Krylova T.G.
author_sort Klimova E.S.
title Structure of parasite cenosis of endoparasitoses of ruminants
title_short Structure of parasite cenosis of endoparasitoses of ruminants
title_full Structure of parasite cenosis of endoparasitoses of ruminants
title_fullStr Structure of parasite cenosis of endoparasitoses of ruminants
title_full_unstemmed Structure of parasite cenosis of endoparasitoses of ruminants
title_sort structure of parasite cenosis of endoparasitoses of ruminants
publisher EDP Sciences
series BIO Web of Conferences
issn 2117-4458
publishDate 2021-01-01
description The infestation was studied and the structure of the parasite cenosis of ruminants of the Udmurt Republic was characterized. Over the period of several years of research (2016-2020), a diverse parasitophauna was identified. According to the results of the research, it was established that cattle is mainly invaded by Eimeria spp., nematodes of the Strongylata suborder, dicroceliosis dominates from trematode infestations. The maximum infection rate was noted by eimeriosis invasion, during the entire time of the studies it varied from 87.84 % to 77.73 %, which indicates a tendency to increase invasion and stationary problems of farms. The features of competitive relationships are clearly traced in hepatic flukes: dicrocoeliums and fascioles. Dicrocoeliotic invasion prevails on average by 32 %, which indicates a partial manifestation of antagonism.When analyzing the generic structure of the parasite complex of cattle, on average for five years, it was found that the largest share is occupied by Eimeria spp - 44.35, Strongylata - 30.52, Dicrocoelium - 17.52, Fasciola - 6.43, Eurythrema – 0.67 and Trichostrongylus – 0.51 are less represented. A retrospective epizootic analysis of parasitoses showed that sheeps, like cattle, have a diverse parasitophauna, but in the first case, the detection of monoinvasions is 3.5 times higher. In the structure of sheep parasite cenosis, similar indicators of infection with Eimeria spp, Strongyloides, Moniezia were found, generic indices ranged from 24.18 to 27.61. Strongylatosis of the gastrointestinal tract are replaced by Strongyloides. A significant change was also observed in the group of trematode infestations. Unlike cattle, fasciolosis prevails in sheep with a maximum value of 9.5 times in 2019, while dicroceliosis was not registered at all in 2017. In the sheep parasite complex, moniesiosis occupies the main share – 27.61, which may be related to the conditions of keeping, since sheeps are grazing for a long time and a meeting with intermediate hosts - oribatid mites is inevitable.
url https://www.bio-conferences.org/articles/bioconf/pdf/2021/08/bioconf_fsraaba2021_06046.pdf
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