The Biology of NematodesDonald L Lee The Biology of Nematodes synthesizes knowledge of the biology of free-living, plant-parasitic, and animal-parasitic nematodes. Contributed works by recognized researchers apply groundbreaking molecular techniques, many of which resulted from work on Caenorhabditis elegans, toward new approaches to the study of nematode worms. Topics covered include: ̈ Systematics and phylogeny ̈ Neuromuscular physiology ̈ Locomotion ̈ Sense organs ̈ Behavior ̈ Aging ̈ The nematode genome ̈ Survival strategies ̈ Immunology ̈ Epidemiology ̈ Structure and organization ̈ Gametes and fertilization ̈ Development ̈ Feeding, digestion, and metabolism |
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acid activity adult amphids animal-parasitic nematodes animals antigens Ascaris lumbricoides Ascaris suum Barrett behaviour Biochemical Parasitology Biochemistry Biology Bird body bres Brugia Caenorhabditis elegans cell Chitwood classi®cation cuticle cuticular cycle cyst nematode cytoplasm dauer larva developmental dorsal eggs eggshell encodes enzymes epidermis feeding female Figure free-living nematodes function gene genetic genome gland Globodera rostochiensis Haemonchus contortus hatching Heterodera host identi®ed immune in¯uence infective larvae intestinal Journal of Nematology Journal of Parasitology layer lipid male mechanisms Meloidogyne membranous organelles metabolism mice micro®lariae microtubules Molecular and Biochemical moulting muscle mutants nematode Caenorhabditis elegans Nematology neurons Nippostrongylus brasiliensis oocytes organelles Panagrellus redivivus parasitic parasitic nematodes Parasitology Perry pharyngeal pheromone Physiology plant-parasitic nematodes posterior potato cyst nematode produced protein receptor response role secreted sequence span speci®c species sperm spermatids spermatozoa stage Strongyloides structure studies stylet Superfamily surface survival temperature tissue Trichinella spiralis Ultrastructure Wharton worms Wright Wyss zone