Biology of Ticks, Volume 2This is the second of a two-volume work on the biology, morphology, ecology, disease relationships, and control of ticks. Volume 2 explores survival strategies of non-nidicolous ticks (those dispersed throughout the open landscape and attacking passing hosts) versus nidicolous ticks (those surviving in caves, burrows, nests, or man-made shelters). It also examines immunological responses to tick parasitism, the role of ticks in disease transmission, and the control of ticks through acaricides and recent innovative approaches using knowledge of tick and host ecology, tick pheromones, hormones, and modelling. An appendix is also included, with details on methods for collecting ticks in the natural environment, preparing ticks for study, and laboratory rearing. This book is a worthy complement to the first volume's outstanding achievement, and will be of interest to entomologists, physicians, veterinarians, and public health officers. |
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Page 103
Studies done with R. appendiculatus showed nearly 50% loss of midgut stem
cells in nymphs fed on tick-resistant versus tick-naive calves. In the midguts of
ticks fed on resistant animals, the stems cells were damaged, with moribund
nuclei ...
Studies done with R. appendiculatus showed nearly 50% loss of midgut stem
cells in nymphs fed on tick-resistant versus tick-naive calves. In the midguts of
ticks fed on resistant animals, the stems cells were damaged, with moribund
nuclei ...
Page 108
Following gametogenesis and gamete fusion in the midgut of their tick vectors,
the parasites migrate to certain body tissues where an asexual process known as
sporogony leads to the production of infectious sporozoites. A different asexual ...
Following gametogenesis and gamete fusion in the midgut of their tick vectors,
the parasites migrate to certain body tissues where an asexual process known as
sporogony leads to the production of infectious sporozoites. A different asexual ...
Page 262
When ingested in the bloodmeal of a vector-competent larval or nymphal tick (
e.g., Ixodes dammini), B. burgdorferi spirochetes remain in the midgut adjacent to
the microvilli and in the intercellular spaces of the digestive epithelial cells (in ...
When ingested in the bloodmeal of a vector-competent larval or nymphal tick (
e.g., Ixodes dammini), B. burgdorferi spirochetes remain in the midgut adjacent to
the microvilli and in the intercellular spaces of the digestive epithelial cells (in ...
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Contents
ECOLOGY OF NONNIDOCOLOUS TICKS | 3 |
ECOLOGY OF NIDICOLOUS TICKS | 66 |
ACQUIRED IMMUNITY TO TICKS | 92 |
Copyright | |
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Common terms and phrases
abundance acaricide activity addition adults Africa agent Amblyomma America anaplasmosis animals antibodies appear areas attack believed birds blood body burgdorferi burrows cattle caused cells Chapter clinical collected common considered containing contrast cycle cytoplasm dammini deer described develop diagnosis diapause disease distribution dogs early effective engorged environment et al evidence factors feeding females fever Figure forest glands habitat highly hosts human immune important increasing infection isolated Ixodes known laboratory larvae Lyme disease Measurement membrane mice natural nests noted numbers nymphs observed occur organisms paralysis parasites patients peak period permission population present produce protection questing range rates reduced region relatively remain reported response result ricinus rickettsiae salivary seasonal severe showing similar southern species spirochetes spread spring stages studies symptoms Table temperature tick-borne ticks transmission transmitted treatment types usually variabilis vector vegetation virus white-tailed deer wide wild