An Atlas of Ixodid Tick UltrastructureAlexander S. Raikhel, Harry Hoogstraal |
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Page 6
... cuticle but this suggestion requires additional evidence . In H. asiaticum , four types of cuticular pores are distinguished based on shape and size . Type 1 pores are characteristically large and subcircular . Each is surrounded by a ...
... cuticle but this suggestion requires additional evidence . In H. asiaticum , four types of cuticular pores are distinguished based on shape and size . Type 1 pores are characteristically large and subcircular . Each is surrounded by a ...
Page 23
... Cuticle strength is determined by the degree of sclerotization of cuticular proteins . Depending on degree of sclerotization , three types of procuticle can be identified : completely sclerotized exocuticle , nonsclerotized endocuticle ...
... Cuticle strength is determined by the degree of sclerotization of cuticular proteins . Depending on degree of sclerotization , three types of procuticle can be identified : completely sclerotized exocuticle , nonsclerotized endocuticle ...
Page 191
... cuticular apparatus ( cuticular seta ) , and enveloping cells . The receptor cells are bipolar : two processes extend from the perykaria : the central process , or axon , and the peripheral process , or dendrite . The central processes ...
... cuticular apparatus ( cuticular seta ) , and enveloping cells . The receptor cells are bipolar : two processes extend from the perykaria : the central process , or axon , and the peripheral process , or dendrite . The central processes ...
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Common terms and phrases
alveoli aperture argasid arthropods asiaticum axons Balashov basal lamina blood feeding Brinton cavity cheliceral chemoreceptor cilia cisternae of RER coated vesicles contain cuticle cuticular cytoplasm cytoplasmic growth dense density Dermacentor dermal glands diameter digestive cells distal dorsal droplets duct electron microscope electron-dense elongate epicuticle epidermal cells epithelial cells excretory extensible cuticle fat body folds formation glial cell glycogen Golgi complexes granular granulocytes Haller's organ hemocytes hemolymph heterophagosomes Hyalomma insects invaginations ixodid ticks Ixodoidea layer lipid located lumen lysosomes Malpighian tubule mechanoreceptor microtubules microvilli midgut midgut cells mitochondria molting morphological nephrocyte nerve neurons neurosecretory nucleus numerous nymphal Obenchain oocyte palpal organ photoreceptor cells plasma membrane pore canals procuticle protein Raikhel rectal sac residual bodies ribosomes scutum secretory cells secretory granules segment sensilla setae setal sheath spermatocyte stage structure surrounded synganglion tissue Tsvileneva tubular type I digestive ultrastructure unfed female unfed nymph unfed ticks vacuoles ventral vitellogenesis