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The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. Sulfated nucleoside glycosides, 35-36, 38 Supella longipalpa, 107 Supellapyrone, 106 T T-cells immunophilin / immunosuppression activity, 137, 143 induced immunosuppression, 134 signal transduction in, 133, 134-135 Telenomus calvus, 54 Telenomus remus, 53 Terpenes, 55-57 Tetrodotoxins mechanism, 22 in newts, 18 origin of, 22 Theophylline, 186 Tolypocladium inflatum, 135 Tomicobia tibialis, 52 Trichogramma evanescens, 53 Trichothecenes, 17 Trypanosomes, 79 Tyramine, amphibian skin, 18 U Ultraviolet light, 3 Undecane, 44 Utetheisa ornatrix cannabilism for sequestration of defensive alkaloids, 128-129 courtship behavior, 122 defensive chemistry, 119, 120-122 palatability, 120 parental endowment of eggs with alkaloidal protection, 126-127, 130 post-copulatory sperm selection, 127-128, 130 sequestration of foodplant alkaloids, 120 sex pheromone emission, in spider webs, 120 V Vespula vulgaris, 58 Viridiene, 91 Viridofungans, 188 Vitellogenin, 110 W Wasps endoparasitic, polydnaviruses in. See Campoletis sonorensis parasitoid behavior, 52-53, 54 plant signals to, during herbivore attack, 54-55, 57, 58 polydnavirus genetic complexity, 69 venom-related polydnavirus expression products, 75-76 Y Yersinia pestis, 187 Z Zaragozic acids, 188 Zetekitoxin, 22
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