Morphology, Physiology, and Behavioral Biology of Ticks |
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Page 462
These parasites appeared amoeboid in shape , had dense chromatin at the
borders of their nuclei , and were found close to the dhv digest cells ( Fig . 21 . 5 )
. This stage of the parasite appeared to correspond with the fifth phase described
by ...
These parasites appeared amoeboid in shape , had dense chromatin at the
borders of their nuclei , and were found close to the dhv digest cells ( Fig . 21 . 5 )
. This stage of the parasite appeared to correspond with the fifth phase described
by ...
Page 473
Likewise , the survival of a parasitic organism under these conditions must also
be complex , and little is known about the ... parasites , especially rickettsial
organisms , the exact mechanism of development and transmission is not yet
known .
Likewise , the survival of a parasitic organism under these conditions must also
be complex , and little is known about the ... parasites , especially rickettsial
organisms , the exact mechanism of development and transmission is not yet
known .
Page 474
The rickettsiae encompass a broad group of vector - borne parasites that can
only grow and survive within living cells ( Weiss & Moulder 1984 ) . Tick - borne
rickettsiae · can be grouped into two broad categories : ( 1 ) those organisms that
live ...
The rickettsiae encompass a broad group of vector - borne parasites that can
only grow and survive within living cells ( Weiss & Moulder 1984 ) . Tick - borne
rickettsiae · can be grouped into two broad categories : ( 1 ) those organisms that
live ...
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Contents
The cell biology of the ixodid tick salivary gland | 22 |
2 | 46 |
The paralyzing toxin and other immunogens of the tick Ixodes holocyclus | 75 |
Copyright | |
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Common terms and phrases
acid acini acinus activity addition adult Amblyomma anaplasmosis animals antigen appears argasids attachment basal behavior Biochem blood bloodmeal body Bull cattle cells changes colonies compared complete concentration contain copulation cycle cytoplasm demonstrated Dermacentor described determined digestive digestive cells ecdysone ecdysteroids effect eggs electron engorged Entomol et al evidence extracts feeding females fluid function glucose granules groups guinea pigs hairs hemolymph hormone host immune important inclusion increased indicated induced Insect ixodid ixodid ticks lateral legs lone star ticks lumen male mating mechanism membrane microplus midgut moubata nature nymphs observed occur organs Ornithodoros oviposition parasites period phase pheromone populations possible present production protein relative resistance response role salivary glands Sauer secretion secretory sensilla sensory serum showed similar species stage stimulation structure studies suggested Table temperature tissues unfed uptake variabilis weight
Bibliographic information
| Title | Morphology, Physiology, and Behavioral Biology of Ticks Ellis Horwood series in acarology |
| Authors | John R. Sauer, J. Alexander Hair |
| Editors | John R. Sauer, J. Alexander Hair |
| Edition | illustrated |
| Publisher | E. Horwood, 1986 |
| Original from | the University of Michigan |
| Digitized | 26 Feb 2010 |
| ISBN | 0853128413, 9780853128410 |
| Length | 510 pages |
| Export Citation | BiBTeX EndNote RefMan |