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Chapter 2 The Tryptophan Ommochrome Pathway in Insects
Chapter 3 Biophysical Aspects of Sound Communication in Insects
Chapter 4 Hormonal Mechanisms Underlying Insect Behaviour
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3-hydroxy-kynurenine acid activity rhythm adult allatectomized animals appears arrhythmic behavioural rhythms biochemical Biol Bombyx mori Brady brain Bückmann Butenandt Calliphora cent Cerura Chem circadian clock circadian rhythm cockroach colour compound corpora allata corpora cardiaca cricket cycle Cymborowski diapause Drosophila melanogaster ecdysis eclosion eclosion hormone effect Egelhaaf endocrine entrainment enzyme Ephestia eyes fat body females frequency function glands granules haemolymph Harker implantation insect Insect Physiol kynurenine larvae light Linzen locomotor activity locomotor rhythm locust male Malpighian tubules mating membrane metabolism metabolites moths mutant nerve cord nervous system neurosecretory cells observed occur ommatin ommins ommochromes onset optic lobes oviposition oxygenase peak pharate phase phase-response curve pheromone photoperiod physiological pigment Pittendrigh protein pteridines pupae pupal pupation receptivity receptor release Rensing response rhodommatin rhythmic Riddiford role Schistocerca sexual behaviour silkmoths sound radiator species suboesophageal ganglion synthesis temperature tissues Truman tryptophan tryptophan oxygenase Úber vibration xanthommatin