 The first group ingested fungal spores encapsulated in alginate pellets . The second group ingested in natura spores that were grown on sterilized rice . In both groups , each animal received three meals a day , with each meal containing 0 x 00 ( 00 ) conidia . The third group received no treatment and was used as a control . Fecal samples from manure and whole dung pats were collected from each of the three separate pastures on the day that the animals were allocated and on days 0 , 0 , 0 , 0 and 00 afterwards . The fecal samples were tested for the presence of fungal colony forming units ( CFU ) , and the emergence of horn flies was observed in the dung pats . Significantly less ( P<0 . 00 ) adult horn flies were found in dung pats of the group treated with encapsulated fungi ( 00 . 0 ) than in those from the heifers treated with conidia in natura ( 00 . 0 ) or from the control group ( 00 . 0 ) . The fecal samples of the treated animals presented significantly higher numbers of M anisopliae CFUs then those from the untreated controls . We found that on day 0 fecal samples from animals given microencapsulated conidia had significantly higher CFUs than those from animals treated with conidia in natura . To assess adulticide activity , four heifers were sprayed with a suspension of 0 x 00 ( 00 ) conidial ( -0 ) of M anisopliae , and four control animals were sprayed with the same solution without conidial content . Four sprayings were done at five-day intervals , and all animals were photographed daily to observe the quantity of flies present . After the second spraying , we observed an average of 00 . 0 flies per animal ; untreated heifers had an average of 00 flies per animal ; thus , the treatment significantly ( P<0 . 00 ) decreases fly infestation . The results obtained from both tests show that M anisopliae strain E0 has a pathogenic effect on H irritans larvae in bovine manure when administered orally and on adult fly infestations when applied as a spray on the hosts . Matching Sentences: [ Sen. 00, subscore: 0.00 ]: The first group ingested fungal spores encapsulated in alginate pellets . The second group ingested in natura spores that were grown on sterilized rice . In both groups , each animal received three meals a day , with each meal containing 0 x 00 ( 00 ) conidia . The third group received no treatment and was used as a control . Fecal samples from manure and whole dung pats were collected from each of the three separate pastures on the day that the animals were allocated and on days 0 , 0 , 0 , 0 and 00 afterwards . The fecal samples were tested for the presence of fungal colony forming units ( CFU ) , and the emergence of horn flies was observed in the dung pats . Significantly less ( P<0 . 00 ) adult horn flies were found in dung pats of the group treated with encapsulated fungi ( 00 . 0 ) than in those from the heifers treated with conidia in natura ( 00 . 0 ) or from the control group ( 00 . 0 ) . The fecal samples of the treated animals presented significantly higher numbers of M anisopliae CFUs then those from the untreated controls . We found that on day 0 fecal samples from animals given microencapsulated conidia had significantly higher CFUs than those from animals treated with conidia in natura . To assess adulticide activity , four heifers were sprayed with a suspension of 0 x 00 ( 00 ) conidial ( -0 ) of M anisopliae , and four control animals were sprayed with the same solution without conidial content . Four sprayings were done at five-day intervals , and all animals were photographed daily to observe the quantity of flies present . After the second spraying , we observed an average of 00 . 0 flies per animal ; untreated heifers had an average of 00 flies per animal ; thus , the treatment significantly ( P<0 . 00 ) decreases fly infestation . The results obtained from both tests show that M anisopliae strain E0 has a pathogenic effect on H irritans larvae in bovine manure when administered orally and on adult fly infestations when applied as a spray on the hosts . [ Sen. 00, subscore: 0.00 ]: The second group ingested in natura spores that were grown on sterilized rice . In both groups , each animal received three meals a day , with each meal containing 0 x 00 ( 00 ) conidia . The third group received no treatment and was used as a control . Fecal samples from manure and whole dung pats were collected from each of the three separate pastures on the day that the animals were allocated and on days 0 , 0 , 0 , 0 and 00 afterwards . The fecal samples were tested for the presence of fungal colony forming units ( CFU ) , and the emergence of horn flies was observed in the dung pats . Significantly less ( P<0 . 00 ) adult horn flies were found in dung pats of the group treated with encapsulated fungi ( 00 . 0 ) than in those from the heifers treated with conidia in natura ( 00 . 0 ) or from the control group ( 00 . 0 ) . The fecal samples of the treated animals presented significantly higher numbers of M anisopliae CFUs then those from the untreated controls . We found that on day 0 fecal samples from animals given microencapsulated conidia had significantly higher CFUs than those from animals treated with conidia in natura . To assess adulticide activity , four heifers were sprayed with a suspension of 0 x 00 ( 00 ) conidial ( -0 ) of M anisopliae , and four control animals were sprayed with the same solution without conidial content . Four sprayings were done at five-day intervals , and all animals were photographed daily to observe the quantity of flies present . After the second spraying , we observed an average of 00 . 0 flies per animal ; untreated heifers had an average of 00 flies per animal ; thus , the treatment significantly ( P<0 . 00 ) decreases fly infestation . The results obtained from both tests show that M anisopliae strain E0 has a pathogenic effect on H irritans larvae in bovine manure when administered orally and on adult fly infestations when applied as a spray on the hosts . [ Sen. 00, subscore: 0.00 ]: In both groups , each animal received three meals a day , with each meal containing 0 x 00 ( 00 ) conidia . The third group received no treatment and was used as a control . Fecal samples from manure and whole dung pats were collected from each of the three separate pastures on the day that the animals were allocated and on days 0 , 0 , 0 , 0 and 00 afterwards . The fecal samples were tested for the presence of fungal colony forming units ( CFU ) , and the emergence of horn flies was observed in the dung pats . Significantly less ( P<0 . 00 ) adult horn flies were found in dung pats of the group treated with encapsulated fungi ( 00 . 0 ) than in those from the heifers treated with conidia in natura ( 00 . 0 ) or from the control group ( 00 . 0 ) . The fecal samples of the treated animals presented significantly higher numbers of M anisopliae CFUs then those from the untreated controls . We found that on day 0 fecal samples from animals given microencapsulated conidia had significantly higher CFUs than those from animals treated with conidia in natura . To assess adulticide activity , four heifers were sprayed with a suspension of 0 x 00 ( 00 ) conidial ( -0 ) of M anisopliae , and four control animals were sprayed with the same solution without conidial content . Four sprayings were done at five-day intervals , and all animals were photographed daily to observe the quantity of flies present . After the second spraying , we observed an average of 00 . 0 flies per animal ; untreated heifers had an average of 00 flies per animal ; thus , the treatment significantly ( P<0 . 00 ) decreases fly infestation . The results obtained from both tests show that M anisopliae strain E0 has a pathogenic effect on H irritans larvae in bovine manure when administered orally and on adult fly infestations when applied as a spray on the hosts . [ Sen. 00, subscore: 0.00 ]: The third group received no treatment and was used as a control . Fecal samples from manure and whole dung pats were collected from each of the three separate pastures on the day that the animals were allocated and on days 0 , 0 , 0 , 0 and 00 afterwards . The fecal samples were tested for the presence of fungal colony forming units ( CFU ) , and the emergence of horn flies was observed in the dung pats . Significantly less ( P<0 . 00 ) adult horn flies were found in dung pats of the group treated with encapsulated fungi ( 00 . 0 ) than in those from the heifers treated with conidia in natura ( 00 . 0 ) or from the control group ( 00 . 0 ) . The fecal samples of the treated animals presented significantly higher numbers of M anisopliae CFUs then those from the untreated controls . We found that on day 0 fecal samples from animals given microencapsulated conidia had significantly higher CFUs than those from animals treated with conidia in natura . To assess adulticide activity , four heifers were sprayed with a suspension of 0 x 00 ( 00 ) conidial ( -0 ) of M anisopliae , and four control animals were sprayed with the same solution without conidial content . Four sprayings were done at five-day intervals , and all animals were photographed daily to observe the quantity of flies present . After the second spraying , we observed an average of 00 . 0 flies per animal ; untreated heifers had an average of 00 flies per animal ; thus , the treatment significantly ( P<0 . 00 ) decreases fly infestation . The results obtained from both tests show that M anisopliae strain E0 has a pathogenic effect on H irritans larvae in bovine manure when administered orally and on adult fly infestations when applied as a spray on the hosts . Score: 0.00 Title: Management of ankle sprains . 