| the helminth community of the wood mouse, apodemus sylvaticus, in the sierra espuna, murcia, spain. | the helminth community of the wood mouse, apodemus sylvaticus, in the sierra espuna was characterized after a complete analysis of its helminth community component and infracommunity structure relative to host age, sex and year of capture. the helminth community comprised 13 species: one trematode, four cestodes and eight nematodes. the cestode pseudocatenotaenia matovi and the nematode syphacia frederici were the most prevalent and abundant helminth species, respectively. sixty four percent of ... | 2004 | 15469624 |
| [nematodes of rodents from jelenia góra district]. | the paper presents a survey of nematodes found in 49 rodents of 4 species from 17 localities of the jelenia góra district (sw poland). the following parasites were found: heligmosomoides polygyrus (dujardin, 1845) boulanger, 1922; heligmosomoides glareoli baylis, 1928; heligmosomum mixtum schulz, 1929; heligmosomoides sp.; heligmosomidae gen. sp.; trichostrongyloidea gen. sp.; syphacia frederici roman, 1945; syphacia montana yamaguti, 1943; syphacia stroma (linstow, 1884) morgan, 1932; syphacia ... | 2004 | 16865978 |
| phylogenetic relationships of rodent pinworms (genus syphacia) in japan inferred from mitochondrial co1 gene sequences. | species of the genus syphacia are considered to have generally co-evolved with their rodent hosts. this study determined partial sequences of the co1 gene from several species in the genus syphacia and discuss the relationships between pinworms and their hosts. syphacia montana, which parasitizes microtinae, was closely related to s. frederici and s. obvelata, which parasitize murinae. although both s. obvelata and s. ohtaorum parasitize rodents in the genus mus, these two species were not found ... | 2007 | 17551231 |
| why do siberian chipmunks tamias sibiricus (sciuridae) introduced in french forests acquired so few intestinal helminth species from native sympatric murids? | a lack of newly acquired species partly explains why introduced host species have poor specific parasite diversity. the intestinal helminth community from two native murid host species, wood mice apodemus sylvaticus [murinae] (n=40), bank voles clethrionomys glareolus [arvicolinae] (n=42), and an introduced sciurid, the siberian chipmunk tamias sibiricus (n=42), dominant in the rodent communities, was studied from three woody areas in the ile-de-france region. native gastrointestinal helminth fa ... | 2009 | 19050922 |
| helminth infections of meriones persicus (persian jird), mus musculus (house mice) and cricetulus migratorius (grey hamster): a cross-sectional study in meshkin-shahr district, northwest iran. | rodents have important role as reservoirs of different parasites. the aim of this study was to determine helminth parasites of abundant rodents in meshkin-shahr, ardabil province northwest iran. | 2017 | 28096855 |
| diversity of nematodes in the yellow-necked field mouse apodemus flavicollis from the peripannonic region of serbia. | up to six nematode species were identified from 86 specimens of the yellow-necked field mouse apodemus flavicollis from three mountainous localities known as avala, cer and liškovac in serbia. the highest prevalence of infection of 97% was recorded from mt. avala. only one nematode species, syphacia frederici, occurred in all three localities. there was complete overlap in nematode species from mts. avala and liškovac, whereas the taxonomic distinctness of mt. cer was seen in the presence of the ... | 2016 | 25272984 |
| parasitic nematodes of the genus syphacia seurat, 1916 infecting muridae in the british isles, and the peculiar case of syphacia frederici. | syphacia stroma (von linstow, 1884) morgan, 1932 and syphacia frederici roman, 1945 are oxyurid nematodes that parasitize two murid rodents, apodemus sylvaticus and apodemus flavicollis, on the european mainland. only s. stroma has been recorded previously in apodemus spp. from the british isles. despite the paucity of earlier reports, we identified s. frederici in four disparate british sites, two in nottinghamshire, one each in berkshire and anglesey, wales. identification was based on their s ... | 2017 | 28831960 |