Nervous Systems in InvertebratesSpringer Science & Business Media, 6 груд. 2012 р. - 675 стор. The idea of holding an Advanced Study Institute (ASI) and getting a volume out, on the Nervous Systems in Invertebrates first cropped up in the summer of 1977 at the ASI on Sensory Ecology. I had prepared a review of the nervous systems in coelomates and noticed how much we depended on Bullock and Horridge's treatise on the one hand and how much new material and requirements has cropped up since 1965, when this classical work was published. Interest in the concerted study of pollution and environmental toxicology was growing in geometrical proportions and the use of invertebrates as indices was growing. As a teacher of a course on the biology of invertebrates since the beginning of my career I had also noticed how the interest of the students and the content of my course was shifting gradually and steadily from the traditional morphology-taxonomy type to the physiology-ecology-embryology orientation. Students were demanding to know the relevency of what they had to learn. Thus, after the ASI on Photoreception and Vision in Invertebrates held in 1982 the question of one on nervous systems was raised by a number of colleagues. It appeared then that the consensus was that the time was ripe to hold one and that it will be worthwhile. Therefore, as usual arrangements had to begin at least two years in advance. Most of the persons I contacted to lecture and write chapters on selected topics agreed enthusiastically. |
Зміст
1 | |
6 | |
19 | |
29 | |
Luq cell | 32 |
Serotonergic cell | 49 |
Functions of invertebrate glia | 61 |
Neuropeptides in invertebrates | 105 |
Aspects of the functional and chemical anatomy of the insect | 353 |
layered organization | 362 |
Medullar cord 452 | 384 |
synaptic interactions circuits and | 393 |
Melanotropin 108 | 395 |
conductance | 401 |
Ontogenesis of the nervous system in Cephalopods | 443 |
Nervous system in Chaetognatha | 461 |
Lysine 108 119 148 | 108 |
Purification characterisation and cellular distribution | 131 |
Neuroactive substances in the insect CNS | 171 |
Organisation and development of the peripheral nervous system | 265 |
Macromere 289290 | 289 |
Mechanoreceptive channels | 304 |
Ontogenèse du système nerveux central des Chélicérates et | 317 |
organs in Crustacea | 341 |
Neurobiology of the Echinodermata | 483 |
Tunicates | 527 |
Nervous mechanisms of spawning in regular echinoids | 559 |
Neural control mechanisms in bioluminescence | 573 |
Behavioral and neuronal | 603 |
A model for decision making in the insect nervous system | 621 |
General conclusions | 645 |
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5-HTi neurons abdominal action potentials activity amino acid animal antennal Aplysia axons behavior Biochem blowfly body wall brain Calliphora cell bodies Cell Tissue Res central body central nervous system chemical chemical synapses cnidarians Cobb cockroach coelenterates Comp Neurol Comp Physiol conducting systems connective crayfish crustacean ctenophore Decapoda dendrites descending neurons dorsal Duve echinoderms electrical epithelial excitatory Exp Biol fibers fibres function GABAi ganglia ganglion glial cells Grimmelikhuijzen homology hormone Horridge identified neurons immunocytochemical immunoreactive innervation inputs insect interneurons intracellular invertebrate Laverack leech lobula locust longitudinal luminescent Mackie mechanoreceptors membrane morphology motor neurones muscle mushroom bodies Nässel nerve cord nerve net neural neurite neuromuscular neuropeptides neuropil Neurosci neurosecretory non-glomerular O'Shea optic lobes organs pair pathways Pentreath peptide peripheral Periplaneta physiological presynaptic processes proctolin protocerebrum receptors regions Satterlie segmental sensory sequence species spike stimulation Strausfeld structure studies suboesophageal substances swimming synapses thoracic types Ultrastructure vertebrate vesicles Zool