Insect Physiology and Biochemistry, Second EditionExpanded and updated, this second edition of a bestselling book challenges conventional entomological wisdom with the latest research and analytical interpretations. Encouraging independent evaluation of the data and allowing for the extrapolation of major concepts across species, this indispensable text establishes a thorough understanding of the physiological and biochemical functions and adaptations that have made insects one of the most successful groups of living organisms on the planet. Comprehensive in scope, yet organized to provide immediate access to specific information, Insect Physiology and Biochemistry, Second Edition —
Following the tradition of its bestselling predecessor, this edition provides working scientists and students with an engaging and authoritative guide to the most current findings in the field. James L. Nation is Professor Emeritus in the Entomology and Nematology Department at the University of Florida at Gainesville. He taught insect physiology at the graduate level for 42 years. His research includes nitrogen excretion, pheromones, cuticular hydrocarbons, and insect nutrition. He is currently editor of Florida Entomologist. |
Other editions - View all
Common terms and phrases
abdominal action activity adult amino acids axon beetles binding Biol brain chemical chitin cockroach corpora corpora allata cuticle cuticular cytoplasm diapause diet digestion Diptera dorsal Drosophila melanogaster ecdysis ecdysone ecdysteroid eggs embryo Entomol enzymes epidermal cells excretion fat body cells fatty acids feeding female Figure flight muscle fluid foregut function ganglia ganglion genes germ band glucose hemocytes hemolymph hindgut Insect Biochem Insect Physiol instar ions juvenile hormone larvae layer Lepidoptera lipids locust lumen male Malpighian tubules Manduca sexta mechanism membrane metabolism microvilli midgut midgut cells mitochondria molecules molting mosquito moth myosin nerve neurons neuropeptides nutrients nutritional occur oocyte peptides peritrophic matrix pheromone Physiology posterior potential produce protein proteinases prothoracic glands PTTH pupae pupal receptors released sclerotized secretion segments sensory sodium species spiracles sterol stimulation structure surface synapses synthesis terminal thoracic tissues tracheal trehalose trypsin typically ventral vertebrate wing yolk