ABSTRACT
O objetivo foi testar in vitro e in vivo a eficácia da planta medicinal Chenopodium ambrosioidesLinnaeus, 1786 (erva-de-santa-maria), nas formas fitoterápica e homeopática, como meios alternativos para o controle de endoparasitos de Coturnix japonica Temminck & Schlegel, 1849 (codorna japonesa), um sério problema que afeta a criação e desempenho de aves domésticas, ocasionando morte quando muito intenso, retardo de crescimento, redução de índice de conversão alimentar e aumento na suscetibilidade às doenças infecciosas. As metodologias utilizadas foram preconizadas por Coles et al. (1992), creditada pela World Association for the Advancement of Veterinary Parasitology (WAAVP). A pesquisa evidenciou a presença dos gêneros Ascaridiae Eimeria. O ensaio in vitro demonstrou alta taxa de redução na inibição de eclosão de ovos de Ascaridiasp. (100,00%) e significativa taxa de redução na destruição de oocistos de Eimeriasp. (47,06%). O ensaio in vivodemonstrou alta taxa de redução na contagem de ovos de Ascaridiasp. nas fezes (100,00%) e expressiva taxa de redução na contagem de oocistos de Eimeriasp. nas fezes (60,33%). Chenopodium ambrosioides mostrou em certos momentos superioridade frente ao produto tradicional (Thiabendazole/Mebendazole) e índices superiores aos preconizados pelo Ministério da Agricultura do Brasil e Organização Mundial da Saúde como indicativos de eficácia.
The aim was in vitro and in vivo to test the effectiveness of Chenopodium ambrosioides Linnaeus, 1786 (santa maria herb) medicinal plant, in regard to phytotherapeutic and homeopathic forms as alternative methods to control Coturnix japonica Temminck & Schlegel, 1849 (japanese quail) endoparasites. The parasitosis is a serious problem affecting domestic poultry raising and performance causing death, delay in grow, food conversion rate reduction and increase of susceptibility to infectious diseases. Methodologies were advocated by Coles et al. (1992), corroborated by World Association for the Advancement of Veterinary Parasitology (WAAVP). Presence of the genera Ascaridia and Eimeria was displayed by this survey. In vitro essay demonstrated high reduction rate on eggs eclosion inhibition of Ascaridia sp. (100.00%) and significant reduction rate on oocyst destruction of Eimeria sp. (47.06%). In vivo essay demonstrated high fecal egg counting reduction rate of Ascaridia sp. (100.00%) and expressive fecal oocyst counting reduction rate of Eimeriasp. (60.33%). C. ambrosioides showed upper rates front traditional product (Thiabendalol/Mebendazol) as well as to those ones advocated by the Brazilian Ministry of Agriculturel and the World Health Organization as effectiveness indicative.
Subject(s)
Animals , Antinematodal Agents/administration & dosage , Antinematodal Agents/analysis , Antinematodal Agents/therapeutic use , Ascaridia/parasitology , Chenopodium ambrosioides/parasitology , Coturnix/parasitology , Eimeria/parasitology , Phytotherapy/statistics & numerical data , Phytotherapy , Phytotherapy/veterinary , Homeopathic Vehicles , In Vitro Techniques/methods , In Vitro Techniques/veterinaryABSTRACT
The anthelminthic activity of four plants - Allium sativum (garlic), Punica granatum (pomegranate), Tynnanthus labiatus (liana-carnation) and Cocus nucifera (coconut) with the activity of mebendazole was compared. Seventy Hubbard chickens, naturally infected with Ascarídia galli, divided in 5 groups of 10 chichens plus a control group (not treated, n=20) were used in the experiment. The vegetable matter was used in the forms of aqueous extract, juice and triturated, administered by probe or incorporated to the diet, in the doses of 2, 3 and 10glkg/day, for three days. A non parametric test was used to evaluate the anthelminthic effect of the plants. The eliminations of A galli for the garlic, pomegranate, lianacarnation, coconut and mebendazole were: 9.7; 6.6, 16.7; 19. 0 and 99. 0, respectively. The results showed that those plants do not have anthelminthic activity.