Acaricidal potential of essential oils on Rhipicephalus linnaei: Alternatives and prospects
The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin “patchouli,” Cymbopogon martinii “palmarosa,” and Cymbopogon flexuosus “lemongrass” EOs on Rhipicephalus...
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Published in | Veterinary parasitology Vol. 331; p. 110291 |
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Main Authors | , , , , , |
Format | Journal Article |
Language | English |
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Elsevier B.V
01.10.2024
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Abstract | The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin “patchouli,” Cymbopogon martinii “palmarosa,” and Cymbopogon flexuosus “lemongrass” EOs on Rhipicephalus linnaei. Engorged females were collected from domiciled and non-domiciled dogs from Jataí city, Goiás state, to obtain larvae and nymphs in a controlled environment. Two commercial EOs brands were used in this study in different EOs concentrations (2.5, 5, 10, and 20 mg/mL), and was tested by immersion of larvae and nymphs. In the in vitro evaluation of EOs toxicity against R. linnaei larvae, 100 % mortality was achieved with 10 mg/mL of P. cablin oil, whereas mortality rates greater than 98 % were observed with 20 mg/mL of C. martinii and C. flexuosus. In nymphs, high sensitivity was observed, with 100 % mortality achieved using 5 mg/mL of P. cablin and 20 mg/mL of C. martinii and C. flexuosus. The EO of P. cablin “patchouli” demonstrated in vitro toxicity at a lower concentration than the other oils in the two development stages of R. linnaei, and was considered the most efficient and with verified acaricidal activity. Oils of C. martinii “palmarosa” and C. flexuosus “lemongrass” achieved mortality greater than 95 % in larvae and nymphs only at the highest concentration. Therefore, the acaricidal effects of the tested EOs are promising, especially of patchouli oil, which promoted high mortality at a low concentration (LC90 of 2.21 mg/mL).
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•A total of 100 % larval mortality rate was noted for Pogostemon cablin from 10 mg/mL.•Cymbopogon martinii and Cymbopogon flexuosus demonstrated a satisfactory acaricidal effect.•Nymphs had a lower LC90 than the larvae in all treatments.•Patchouli oil was the treatment with the best results in both phases of development.•Cymbopogon flexuosus showed larval mortality greater than 95 % at 20 mg/mL. |
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AbstractList | The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin “patchouli,” Cymbopogon martinii “palmarosa,” and Cymbopogon flexuosus “lemongrass” EOs on Rhipicephalus linnaei. Engorged females were collected from domiciled and non-domiciled dogs from Jataí city, Goiás state, to obtain larvae and nymphs in a controlled environment. Two commercial EOs brands were used in this study in different EOs concentrations (2.5, 5, 10, and 20 mg/mL), and was tested by immersion of larvae and nymphs. In the in vitro evaluation of EOs toxicity against R. linnaei larvae, 100 % mortality was achieved with 10 mg/mL of P. cablin oil, whereas mortality rates greater than 98 % were observed with 20 mg/mL of C. martinii and C. flexuosus. In nymphs, high sensitivity was observed, with 100 % mortality achieved using 5 mg/mL of P. cablin and 20 mg/mL of C. martinii and C. flexuosus. The EO of P. cablin “patchouli” demonstrated in vitro toxicity at a lower concentration than the other oils in the two development stages of R. linnaei, and was considered the most efficient and with verified acaricidal activity. Oils of C. martinii “palmarosa” and C. flexuosus “lemongrass” achieved mortality greater than 95 % in larvae and nymphs only at the highest concentration. Therefore, the acaricidal effects of the tested EOs are promising, especially of patchouli oil, which promoted high mortality at a low concentration (LC90 of 2.21 mg/mL).
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•A total of 100 % larval mortality rate was noted for Pogostemon cablin from 10 mg/mL.•Cymbopogon martinii and Cymbopogon flexuosus demonstrated a satisfactory acaricidal effect.•Nymphs had a lower LC90 than the larvae in all treatments.•Patchouli oil was the treatment with the best results in both phases of development.•Cymbopogon flexuosus showed larval mortality greater than 95 % at 20 mg/mL. The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin "patchouli," Cymbopogon martinii "palmarosa," and Cymbopogon flexuosus "lemongrass" EOs on Rhipicephalus linnaei. Engorged females were collected from domiciled and non-domiciled dogs from Jataí city, Goiás state, to obtain larvae and nymphs in a controlled environment. Two commercial EOs brands were used in this study in different EOs concentrations (2.5, 5, 10, and 20 mg/mL), and was tested by immersion of larvae and nymphs. In the in vitro evaluation of EOs toxicity against R. linnaei larvae, 100 % mortality was achieved with 10 mg/mL of P. cablin oil, whereas mortality rates greater than 98 % were observed with 20 mg/mL of C. martinii and C. flexuosus. In nymphs, high sensitivity was observed, with 100 % mortality achieved using 5 mg/mL of P. cablin and 20 mg/mL of C. martinii and C. flexuosus. The EO of P. cablin "patchouli" demonstrated in vitro toxicity at a lower concentration than the other oils in the two development stages of R. linnaei, and was considered the most efficient and with verified acaricidal activity. Oils of C. martinii "palmarosa" and C. flexuosus "lemongrass" achieved mortality greater than 95 % in larvae and nymphs only at the highest concentration. Therefore, the acaricidal effects of the tested EOs are promising, especially of patchouli oil, which promoted high mortality at a low concentration (LC90 of 2.21 mg/mL).The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin "patchouli," Cymbopogon martinii "palmarosa," and Cymbopogon flexuosus "lemongrass" EOs on Rhipicephalus linnaei. Engorged females were collected from domiciled and non-domiciled dogs from Jataí city, Goiás state, to obtain larvae and nymphs in a controlled environment. Two commercial EOs brands were used in this study in different EOs concentrations (2.5, 5, 10, and 20 mg/mL), and was tested by immersion of larvae and nymphs. In the in vitro evaluation of EOs toxicity against R. linnaei larvae, 100 % mortality was achieved with 10 mg/mL of P. cablin oil, whereas mortality rates greater than 98 % were observed with 20 mg/mL of C. martinii and C. flexuosus. In nymphs, high sensitivity was observed, with 100 % mortality achieved using 5 mg/mL of P. cablin and 20 mg/mL of C. martinii and C. flexuosus. The EO of P. cablin "patchouli" demonstrated in vitro toxicity at a lower concentration than the other oils in the two development stages of R. linnaei, and was considered the most efficient and with verified acaricidal activity. Oils of C. martinii "palmarosa" and C. flexuosus "lemongrass" achieved mortality greater than 95 % in larvae and nymphs only at the highest concentration. Therefore, the acaricidal effects of the tested EOs are promising, especially of patchouli oil, which promoted high mortality at a low concentration (LC90 of 2.21 mg/mL). The acaricidal potential of various essential oils (EOs) has been evaluated based on their benefits in tick control. This study aimed to investigate the tick-killing activity of Pogostemon cablin "patchouli," Cymbopogon martinii "palmarosa," and Cymbopogon flexuosus "lemongrass" EOs on Rhipicephalus linnaei. Engorged females were collected from domiciled and non-domiciled dogs from Jataí city, Goiás state, to obtain larvae and nymphs in a controlled environment. Two commercial EOs brands were used in this study in different EOs concentrations (2.5, 5, 10, and 20 mg/mL), and was tested by immersion of larvae and nymphs. In the in vitro evaluation of EOs toxicity against R. linnaei larvae, 100 % mortality was achieved with 10 mg/mL of P. cablin oil, whereas mortality rates greater than 98 % were observed with 20 mg/mL of C. martinii and C. flexuosus. In nymphs, high sensitivity was observed, with 100 % mortality achieved using 5 mg/mL of P. cablin and 20 mg/mL of C. martinii and C. flexuosus. The EO of P. cablin "patchouli" demonstrated in vitro toxicity at a lower concentration than the other oils in the two development stages of R. linnaei, and was considered the most efficient and with verified acaricidal activity. Oils of C. martinii "palmarosa" and C. flexuosus "lemongrass" achieved mortality greater than 95 % in larvae and nymphs only at the highest concentration. Therefore, the acaricidal effects of the tested EOs are promising, especially of patchouli oil, which promoted high mortality at a low concentration (LC of 2.21 mg/mL). |
ArticleNumber | 110291 |
Author | Lima, Kariana Ribeiro de Ramos, Dirceu Guilherme de Souza Monteiro, Caio Márcio de Oliveira Braga, Ísis Assis Assis-Silva, Zara Mariana de Duarte, Raiany Borges |
Author_xml | – sequence: 1 givenname: Raiany Borges surname: Duarte fullname: Duarte, Raiany Borges email: raiany.duarte97@gmail.com organization: Parasitology and Veterinary Clinical Analysis Laboratory from Federal University of Jataí, Câmpus Jatobá - Cidade Universitária, BR 364, km 195, nº 3800, Jataí, GO CEP 75801-615, Brazil – sequence: 2 givenname: Kariana Ribeiro de surname: Lima fullname: Lima, Kariana Ribeiro de email: kariana_ribeiro@discente.ufg.br organization: Biology, Ecology and Tick Control Laboratory from Federal University of Goiás, R. R-2, 1853-1883 - Chácaras Califórnia, Goiânia - GO, Goiânia, GO CEP 74691-835, Brazil – sequence: 3 givenname: Zara Mariana de surname: Assis-Silva fullname: Assis-Silva, Zara Mariana de organization: Parasitology and Veterinary Clinical Analysis Laboratory from Federal University of Jataí, Câmpus Jatobá - Cidade Universitária, BR 364, km 195, nº 3800, Jataí, GO CEP 75801-615, Brazil – sequence: 4 givenname: Dirceu Guilherme de Souza surname: Ramos fullname: Ramos, Dirceu Guilherme de Souza email: dguilherme@ufj.edu.br organization: Parasitology and Veterinary Clinical Analysis Laboratory from Federal University of Jataí, Câmpus Jatobá - Cidade Universitária, BR 364, km 195, nº 3800, Jataí, GO CEP 75801-615, Brazil – sequence: 5 givenname: Caio Márcio de Oliveira surname: Monteiro fullname: Monteiro, Caio Márcio de Oliveira email: caiosat@ufg.br organization: Biology, Ecology and Tick Control Laboratory from Federal University of Goiás, R. R-2, 1853-1883 - Chácaras Califórnia, Goiânia - GO, Goiânia, GO CEP 74691-835, Brazil – sequence: 6 givenname: Ísis Assis surname: Braga fullname: Braga, Ísis Assis email: isisbraga@ufj.edu.br organization: Parasitology and Veterinary Clinical Analysis Laboratory from Federal University of Jataí, Câmpus Jatobá - Cidade Universitária, BR 364, km 195, nº 3800, Jataí, GO CEP 75801-615, Brazil |
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Keywords | Cymbopogon flexuosus DMSO EO IT LC90 Rhipicephalus sanguineus s.l LC50 SD Ectoparasiticide Pogostemon cablin LC Cymbopogon martini OEs |
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SubjectTerms | Cymbopogon flexuosus Cymbopogon martini Ectoparasiticide Pogostemon cablin Rhipicephalus sanguineus s.l |
Title | Acaricidal potential of essential oils on Rhipicephalus linnaei: Alternatives and prospects |
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