Bacterial Infections in Wild Rodents of Eastern and Central Washington

Bacon, Marion; Bacon, Roma F.; Drake, Charles H.

doi:10.1093/infdis/102.1.5

Cited by 5 publications

(8 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…The reported epizootics of staphylococcal suppurative dermatitis in mink (2, 3 ) and the fatal septicaemia following urolithiasis (1 1, 25) are remarkable. Disseminated staphylococcal infections are also well-known in hares and wild rabbits (1, 5, 19). A few reports have Received 7.v.73 dermatitis in mink.…”

mentioning

confidence: 99%

A COMPARISON OF ANTIGENIC STRUCTURE AND PHAGE PATTERN WITH BIOCHEMICAL PROPERTIES OF STAPHYLOCOCCUS AUREUS STRAINS ISOLATED FROM HARES AND MINK

Oeding

Hájek

Marsálek

1973

Acta Pathologica Microbiologica Scandinavica Section B Microbio

View full text Add to dashboard Cite

Strains of Staphylococcus aureus isolated from the nares of hares and mink were tested with the basic sets of human and bovine phages and with factor sera prepared against human staphylococci. Of 21 hare strains the 17 which belonged biochemically to the D biotype agglutinated strongly in h2 factor serum and were lysed by group II phages. Four hare strains and all 108 mink strains, which belonged biochemically to the E (canine) biotype, were not lysed by the phages even at RTD X 1,000. Serologically the four hare strains (probably of canine origin) contained the a5 antigen whereas only 17 per cent of the mink strains were typable, exhibiting weak reactions and no definite pattern.

show abstract

mentioning

confidence: 99%

A COMPARISON OF ANTIGENIC STRUCTURE AND PHAGE PATTERN WITH BIOCHEMICAL PROPERTIES OF STAPHYLOCOCCUS AUREUS STRAINS ISOLATED FROM HARES AND MINK

Oeding

Hájek

Marsálek

1973

Acta Pathologica Microbiologica Scandinavica Section B Microbio

View full text Add to dashboard Cite

show abstract

“…Additional records in the BYU collection revealed sympatric populations of both species in Owyhee County in extreme southwestern Idaho. Although S. interruptus occurs west of the Sierra Nevada and Cascade ranges where S. inaequalis does not occur, it has been widely reported east of these ranges in Oregon (Hubbard 1947: Deschutes County, Kohls 1940: Baker, Harney, Lake, Morrow, and Umatilla counties), Idaho (Stanford 1944: Cassia and Blaine counties, Kohls 1940: Ada and Twin Falls counties) and Washington (Kohls 1940: Franklin, Walla Walla, and Yakima counties, Hubbard 1947: Yakima County, Bacon and Bacon 1964: Adams, Whitman and Yakama counties). Geographical distributions by state of S. inaequalis and S. interruptus are shown in Table 3.…”

Section: Resultsmentioning

confidence: 99%

Elevation of Spilopsyllus inaequalis interrupta (Jordan, 1925) (Insecta, Siphonaptera) to Full Specific Status Based on Morphology and Geographical Distribution

Hastriter

2023

Annals of Carnegie Museum

View full text Add to dashboard Cite

Spilopsyllus inaequalis inaequalis and Spilopsyllus inaequalis interrupta are common ectoparasites of species of Leporidae. Kohls (1940) suggested that there are intergrades of these subspecies in sympatric areas of southeastern Washington and Oregon, south central Idaho, and Utah. Kohl's conclusions were based on traditional morphological features of the “clasper” (basimere and telomere) and chaetotaxy of the outer surface of the hind tibia. These morphological features, and that of the aedeagus, have never been critically studied until now. The aedeagi of both taxa were examined and several consistent structures separate these closely allied species. The median dorsal lobe and apex of the sclerotized inner tube show little variation, although they are distinctly different among the sympatric populations and are consistent in peripheral populations. These characters are stable with little variation and their structure appears to be sufficiently different to potentially inhibit interbreeding that typically occurs where subspecies meet. These characters are valid distinguishing characters even when males of both species occur simultaneously on the same host. These newly reognized static characters of the aedeagus are illustrated. The lateral surface of the hind tibia is the most valid criterion for separation of females of the two species, although this cannot be determined with any degree of certainty. Spilopsyllus inaequalis interrupta is herein elevated to full specific status (Spilopsyllus interruptus) (Amended Status). Table 1 provides a resource for the terminology of various lobes and processes of the telomeric appendages of males of the superfamily Pulicoidea. Host and distribution records available in the literature are summarized in Tables 2 and 3.

show abstract

“…Monopsyllus wagneri wagneri Spencer 1936:14, Wagner 1936a:200 (BC), Hubbard 1940d:2, Augustson 1941a:153 (CA), Hubbard 1941b:5, 1941c:2 (none), Svihla 1941:14 (WA), Hubbard 1943a:4 (CA), Stanford 1944:175 (UT), Hubbard 1947:221–225 (AZ, BC, CA, CO, ID, MT, NV, UT, WY), Holland 1949d:170–171 (AB, BC); 1949b:12 (BC), Hubbard 1949a:120 (NV), Allred 1952:70 (UT), Bacon 1953:16 (none), Beck et al 1953:50–51 (UT), Augustson 1955:39 (CA), Beck 1955:29 (UT), Howell 1955:40 (UT), Wiseman 1955:22–23 (WY), Howell 1957:567–572 (UT), Rapp and Gates 1957:53 (NE), Stark 1959:188–190, Howell 1960:74 (UT), Augustson and Durham 1961:102 (AZ), Hubbard 1962c:110 (CA, OR, MT), Bacon and Bacon 1964:31 (WA), Beck 1966:76 (CO), Kinsella and Pattie 1967:234 (WY), Jellison and Senger 1973:50 (MT), 1979:90–92, Holland 1985:324–326 (AB, BC, Canada), Thomas 1988:88 (ID, NV, NM, OR, UT, WA).…”

Section: Results Systematic Entomologymentioning

confidence: 99%

“…Opisocrostis tuberculatus tuberculatus Jellison et al 1943:5 (MT), Holland 1944:10 (BC), Hubbard 1947:152–154 (BC, CA, MT, OR, WA), Jellison 1947:64 (none), Holland 1949a:130–131 (AB, BC, SK), Holland 1949b:11 (BC), Hubbard 1949a:118 (NV), Allred 1952:70, Bacon 1953:16 (none), Beck 1955:28, 32 (UT), Burgess 1955:639 (SK), Wiseman 1955:19 (WY), Rapp and Gates 1957:53 (NE), Stark 1959:151 (UT), Bacon and Bacon 1964:31 (WA), Haas 1965:140 (none), Larson and Peterson 1968:133, Woods and Larson 1969:36 (ND), Tipton and Saunders 1971:18 (UT), Jellison and Senger 1973:58 (MT), 1976:103 (AB), Holland 1985:462–465 (AB, BC, SK), Haas et al 1989:395 (YT), Galloway and Christie 1990:454 (MB), Larson 1997:36 (ND).…”

Section: Results Systematic Entomologymentioning

confidence: 99%

“…Odontopsyllus dentatus Hubbard 1940d:3 (CA), Kohls 1940:20, 34 (CA, CO, ID, MT, NV, OR, WY), Hubbard 1941b:5 (none), Svihla 1941:15 (WA), Augustson 1943:79 (CA), Ewing and I. Fox 1943:25 (ID), Hubbard 1943a:5 (CA), Jellison et al 1943:5 (MT), Stanford 1944:175 (ID, NV, UT), Hubbard 1947:266–268 (AZ, CA, ID, MT, NV, OR, WA), Holland 1949a:110–111 (AB, SK), Hubbard 1949a:121 (NV), Holdenried et al 1951:15, Augustson and Wood 1953:55 (CA), Bacon 1953:16 (none), Wehrle 1953:40 (AZ), Morlan 1955:107 (NM), Wiseman 1955:23 (WY), Linsdale and Davis 1956:297 (CA), Parker and Howell 1959:599–600, Stark 1959:115 (UT), Bacon and Bacon 1964:29 (WA), Beck and Allred 1966:24 (NV), Allred 1968:77 (ID), Stark and Kinney1969:293, Ryckman 1971a:537–539 (CA), Tipton and Saunders 1971:18 (UT), Haas et al 1973:282 (New Mexico), Jellison and Senger 1973:55–56 (MT), 1976:98–99 (CA, CO, ID, NV, OR, WY), Huggins and Oldham 1979:17 (KS), Egoscue 1985:129 (CA), Holland 1985:254 (none), Lewis et al 1988:151 (CA, NV, OR, WA), Baird and Saunders 1992:11 (ID), Smith 1998:222 (AB), Ford et al 2004:54 (NM).…”

Section: Results Systematic Entomologymentioning

confidence: 99%

See 1 more Smart Citation

An Assemblage of Fleas (Siphonaptera) From Canada, México, and the United States of America, in the Hastriter Collecton (Brigham Young University)

Hastriter

2023

Annals of Carnegie Museum

View full text Add to dashboard Cite

An accumulation of fleas that constitute the Hastriter flea collection includes accounts/records of 167 species over 48 years. These officially belong to the Brigham Young University flea collection. They are summarized in this treatise with identifications of new state, county, and provicincial records from the United States, Canada, and some species that extend south into México. Records included are represented by eight families that are presented in alphabetical order (Ceratophyllidae, Ctenopthalmidae, Hystrichopsyllidae, Ischnopsyllidae, Leptopsyllidae, Pulicidae, Rhopalopsyllidae, and Vermipsyllidae). Major synonomies are provided with each species (excluding very common and cosmopolitan species) with major political subdivisions following each reference/pagination. Two appendices are included that list important references (not included in synonomies) (Appendix I) and a listing of synonyms for the family Ceratophyllidae (Appendix II). Four tables are included that list new geographical records and one table that notes new host records. Seventy-eight flea species (some of the same species were new for different state, county and provincial records) accounted for 129 new U.S. state or Canadian provincial records. These also included 12 new state records. An additional 15 new host records for 13 different flea species were documented. To aid future investigations, significant research findings such as disease investigations, zoonotic disease control measures, seasonal bionomics, et cetera are annotated in the remarks.

show abstract

Bacterial Infections in Wild Rodents of Eastern and Central Washington

Cited by 5 publications

References 0 publications

A COMPARISON OF ANTIGENIC STRUCTURE AND PHAGE PATTERN WITH BIOCHEMICAL PROPERTIES OF STAPHYLOCOCCUS AUREUS STRAINS ISOLATED FROM HARES AND MINK

A COMPARISON OF ANTIGENIC STRUCTURE AND PHAGE PATTERN WITH BIOCHEMICAL PROPERTIES OF STAPHYLOCOCCUS AUREUS STRAINS ISOLATED FROM HARES AND MINK

Elevation of Spilopsyllus inaequalis interrupta (Jordan, 1925) (Insecta, Siphonaptera) to Full Specific Status Based on Morphology and Geographical Distribution

An Assemblage of Fleas (Siphonaptera) From Canada, México, and the United States of America, in the Hastriter Collecton (Brigham Young University)

Contact Info

Product

Resources

About