Ovicidal effect of ethanolic extracts of selected plants on eggs of liver flukes in vitro
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31 dic 2024
INFORMAZIONI SU QUESTO ARTICOLO
Pubblicato online: 31 dic 2024
Pagine: 300 - 307
Ricevuto: 03 giu 2024
Accettato: 30 dic 2024
DOI: https://doi.org/10.2478/helm-2024-0036
Parole chiave
© 2024 M. Ahmed et al., published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Fig. 1.

Fig. 2:

List of plant species and the organs that were evaluated for their anthelmintic activity_
1. | Fabaceae | Sweet thorn | Leaves and stem | |
2. | Fabaceae | Umbrella thorn | Leaves and stem | |
3. | Asteraceae | Yarrow | Leaves | |
4. | Liliaceae | Garlic | Bulbs | |
5. | Asphodelaceae | Bitter aloe | Stem | |
6. | Bromeliaceae | Pineapple | Leaves | |
7. | Papaveraceae | Mexican prickly poppy | Leaves and stem | |
8. | Asteraceae | African wormwood | Leaves and stem | |
9. | Asteraceae | Mugwort | Leaves and stem | |
10. | Aristolochiaceae | Wild ginger | Rhizomes | |
11. | Asteraceae | Chicory | Leaves | |
12. | Amaryllidaceae | Inanda lily | Leaves and stem | |
13. | Cyatheaceae | Tree fern | Leaves and stem | |
14. | Poaceae | Lemon grass | Leaves | |
15. | Apiaceae | Fennel | Stem and fruit | |
16. | Lamiaceae | Peppermint | Leaves and stem | |
17. | Moringaceae | Horse radish tree | Leaves | |
18. | Lamiaceae | African basil | Leaves and fruit | |
19. | Poaceae | Lowland bamboo | Stem | |
20. | Lamiaceae | Supr flower | Leaves and bark | |
21. | Lamiaceae | Supr flower | Leaves and bark | |
22. | Lamiaceae | Supr flower | Leaves and bark | |
23. | Lamiaceae | Supr flower | Leaves and bark | |
24. | Myrtaceae | Guava | Leaves | |
25. | Rubiaceae | Bird berry | Leaves | |
26. | Myrtaceae | Clove | Fruit | |
27. | Myrtaceae | Water berry | Leaves | |
28. | Canellaceae | East African pepper | Leaves and bark | |
29. | Canellaceae | Pepper bark | Leaves and bark |
In vitro efficacy of ethanolic extracts of five plants against eggs of liver flukes from cattle__
Plants | 5% Extract Mortality (%) | 10% Extract Mortality (%) | 20% Extract Mortality (%) |
---|---|---|---|
82.67 fg | 90 gf | 100 h | |
80 fg | 89 gf | 100 h | |
63 de | 75 ef | 89 gf | |
33 a | 47 bc | 62 de | |
30 a | 42 ab | 60 cd |
ANOVA table for the activity of five plant extracts at three concentrations against eggs of liver flukes from cattle_
Source of variation | d.f. | s.s. | m.s. | F value | P value |
---|---|---|---|---|---|
Plants | 5 | 19631.7 | 3926.34 | 67.51 | <0.001 |
Concentrations | 2 | 8405.81 | 4202.91 | 72.26 | <0.001 |
Plants x concentrations | 10 | 1896.41 | 189.64 | 3.26 | 0.005 |
Residual | 34 | 1977.52 | 58.16 | ||
Total | 53 | 31998.59 | |||
LSD | 13.51 | ||||
Mean ± SE | 67.4 ± 6.23 | ||||
CV% | 12.65 |
ANOVA table for the main effect of 29 ethanolic plant extracts against eggs of liver flukes from cattle_
Source of variation | d.f. | s.s. | m.s. | F value | P value |
---|---|---|---|---|---|
Plants | 29 | 87998.22 | 3034.421 | 320.08 | <0.001 |
Residual | 58 | 549.844 | 9.48 | ||
Total | 89 | 88556.22 | |||
LSD | 5.032 | ||||
Mean ± SE | 41.56 ± 2.514 | ||||
CV% | 7.4 |