0000000001079382

AUTHOR

Anna Waltert

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Reproductive Physiology ofAedes(Aedimorphus)vexans(Diptera: Culicidae) in Relation to Flight Potential

2001

Total protein, lipid, and glycogen of Aedes vexans (Meigen) were related linearly to body size at eclosion. Starvation after emergence led to the determination of minimal irreducible amounts of protein, lipid, and glycogen and the availability of the teneral reserves, whereas access to sucrose revealed the potential for reserve synthesis. Glycogenesis and lipogenesis increased reserves approximately 10-fold the teneral value within 1 and 2 wk after emergence, respectively. Carbohydrate feeding was an essential behavior before blood feeding and oogenesis commenced. Female flight was tested on a flight mill. Maximal flights of 10-17 km in a single night occurred at 2 wk posteclosion and paral…

food.ingredient1109 Insect Science3400 General Veterinary2405 Parasitology610 Medicine & healthBiology142-005 142-005chemistry.chemical_compoundfoodAnimal scienceAedesYolk600 TechnologyAnimalsAedes vexansAedesGeneral VeterinaryGlycogenEcologyReproduction2725 Infectious Diseasesbiology.organism_classificationBlood mealFecundityBlood proteinsInfectious DiseaseschemistryGlycogenesisInsect ScienceFlight Animal570 Life sciences; biologyParasitologyFemale
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