Comparative Physiology and Evolution of Vision in Invertebrates, Volume 7, Issue 6, Part 2Hansjochem Autrum Springer-Verlag, 1979 - Evolution (Biology) |
Contents
N J STRAUSFELD and D R NÄSSEL Heidelberg Germany | 4 |
The Optic Lobes of Insects | 49 |
References | 125 |
Copyright | |
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amacrine amacrine cells amplitude angle axis axons behavior Biol bumps Calliphora CAMPOS-ORTEGA cobalt columnar Comp compound eye cone contrast crab crayfish crustaceans Daphnia decapods dendrites depolarisation Diptera distal dorsal dragonfly e-vector eccentric cell extracellular field frequency ganglion Golgi horizontal HORRIDGE hyperpolarising input insect intensity intensity/response function interneurons JÄRVILEHTO KIRSCHFELD L-cell lamina lateral inhibition LAUGHLIN lens light adaptation Limulus lobula plate locust long visual fibres medulla membrane MENZEL microvilli monopolar cells Musca NÄSSEL neural image neuropil noise ocellar ocelli ommatidia ommatidium optic lobes orientation pattern photon photoreceptor Physiol pigment plexiform layer polarization sensitivity polarized light polarotaxis postsynaptic potential presynaptic range receptor receptor terminals refractive relay neurons response retina retinotopic retinular cells rhabdom rhabdomeres Sect signal single SNYDER spatial spectral spike STRAUSFELD structure studies superposition synapses tangential tion transducer transient types ultraviolet vertebrate vertical visual system voltage WATERMAN wavelength WEHNER ZETTLER