47 research outputs found
The Vehicle, Fall 1993
Table of Contents
7/10ths SynthesisPeter F. Essigpage 5
Aug 1992 (My Small Catechism)Jon Montgomerypage 6
Chaos Is-J. Dylan McNeillpage 7
UntouchedTraci Williamspage 8
The JustificationJohn C. Carminepage 8
LincolnJon Montgomerypage 9
Untitled (Photo)Nicole Niemanpage 10
Park PoemJohn Brillhartpage 11
SmokeJulia Ann Canhampage 12
Warming the BenchAnn Moutraypage 12
Cereal KillerJay Harnackpage 13
The Dutiful SonsTom McGrathpage 14
UntitledCatherine DeGraafpage 17
7-up bottleWalt Howardpage 17
BreedDan Trutterpage 18
An Argument Against LoveTony Martinezpage 19
UntitledT. Scott Laniganpage 19
Glassblowers BallStephanie Franzenpage 20
Portrait of a Young GirlJohn C. Carminepage 20
Untitled (artwork)Dan Trutterpage 21
Death of a FriendLizabeth Kulkapage 22
Submission BluesMartin Paul Brittpage 23
To the Fourteen Year Old SuicideScott Langenpage 23
The Flabby PilgrimTom McGrathpage 24
The Fall of ImmortalityBrian Wheelerpage 25
Merging with AirThom Schnarrepage 26
UntitledCatherine DeGraafpage 27
Tree FishSandra Beauchamppage 28
Country SlumberJ. Dylan McNeillpage 29
Untitled (artwork)Dan Trutterpage 33
Authors\u27 Pagepage 34https://thekeep.eiu.edu/vehicle/1060/thumbnail.jp
Cross-Transmission Studies with \u3ci\u3eEimeria arizonensis\u3c/i\u3e-like Oocysts (Apicomplexa) in New World Rodents of the Genera \u3ci\u3eBaiomys\u3c/i\u3e, \u3ci\u3eNeotoma\u3c/i\u3e, \u3ci\u3eOnychomys\u3c/i\u3e, \u3ci\u3ePeromyscus\u3c/i\u3e, and \u3ci\u3eReithrodontomys\u3c/i\u3e (Muridae)
Cross-transmission experiments were performed using oocysts of an Eimeria arizonensis-like coccidian from Peromyscus leucopus and Peromyscus truei, an E. arizonensis-like coccidian from Reithrodontomys fulvescens, Eimeria baiomysis and Eimeria taylori from Baiomys taylori, Eimeria albigulae from Neotoma albigula, and Eimeria onychomysis from Onychomys spp., between representatives of the above host genera. The E. arizonensis-like coccidian from R. fulvescens infected Reithrodontomys megalotis, Reithrodontomys montanus, and Peromyscus leucopus. Oocysts of E. arizonensis from P. leucopus could be transmitted to both P. leucopus and R. megalotus. Oocysts of E. baiomysis and E. taylori infected only B. taylori. Oocysts of E. arizonensis from P. truei infected P. truei but not Neotoma mexicana or Onychomys leucogaster. Oocysts of E. albigulae from N. albigula were infective for N. mexicana but not for P. truei or O. leucogaster. Oocysts of E. onychomysis from Onychomys spp. infected O. leucogaster but not N. mexicana or P. truei. These results demonstrate that Peromyscus and Reithrodontomys, genera known to be related very closely evolutionarily, are capable of sharing E. arizonensis, whereas morphologically similar coccidians (E. albigulae, E. baiomysis, and E. onychomysis) from more distantly related hosts, are probably distinct and more stenoxenous. This also is the first report of coccidians infecting species of Reithrodontomys