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Potential for pre-release diet supplements to increase the sexual performance and longevity of male Queensland fruit flies

机译:释放前膳食补充剂有可能提高昆士兰雄性果蝇的性能力和寿命

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1 Recent studies have shown that continuous access to a protein source (yeast hydrolysate) can greatly enhance the sexual performance of male Queensland fruit flies (Bactrocera tryoni; 'Q-flies'). However, in Sterile Insect Technique programmes used to eradicate or suppress wild populations, mass-reared Q-flies are typically fed only sucrose and water for up to 2 days before release. 2 We investigated whether adding a protein source to the diet of male Q-flies for a 24- or 48-h window after emergence and then removing it is sufficient to enhance mating probability, latency to mate, copula duration, probability of sperm storage, number of sperm stored, female remating tendency and longevity of male Q-flies. 3 Protein-fed males were more likely to mate than males fed only sucrose, especially when young. Protein-fed males also had shorter mating latencies and longer copulations than protein-deprived males. 4 Females mated by protein-fed males were more likely to store sperm, stored more sperm and were less likely to remate than were females mated by protein-deprived males. Females were also less likely to remate if their first mate had been large. 5 Overall, providing male Q-flies access to a protein source for a 24- or 48-h window early on in their adult life was sufficient to greatly enhance all assessed measures of performance. Although 24-h access was sufficient for a notable enhancement, further benefits were evident in males provided 48-h access. 6 The results are discussed in terms of the practical implications for Sterile Insect Technique programs used to eradicate or suppress wild Q-fly populations.
机译:1最近的研究表明,持续获取蛋白质来源(酵母水解物)可以大大提高昆士兰雄性果蝇(Bactrocera tryoni;“ Q-flys”)的性能力。但是,在用于根除或抑制野生种群的无菌昆虫技术计划中,大量繁殖的Q型蝇通常在放出前最多两天只喂蔗糖和水。 2我们研究了在出苗后24小时或48小时内向雄性Q蝇的饮食中添加蛋白质来源,然后去除蛋白质来源是否足以增强交配几率,交配潜伏期,copcop持续时间,精子储存几率,精子数量,雌性交配趋势和雄性Q蝇的寿命。 3蛋白质喂养的雄性比仅饲喂蔗糖的雄性更容易交配,尤其是在年轻时。与蛋白质剥夺的雄性相比,蛋白质喂养的雄性的交配潜伏期短,交配时间更长。 4由蛋白质喂养的雄性交配的雌性比缺乏蛋白质的雄性交配的雌性更容易贮藏精子,储存更多的精子和重交的可能性较小。如果雌性大,雌性交配的可能性也较小。 5总体而言,为成年Q蝇提供成年早期24或48 h窗口中的蛋白质来源的通道足以大大增强所有评估的性能指标。尽管24小时通行足以显着增强,但提供48小时通行的男性明显受益更多。 6结果将根据对用于根除或抑制野生Q-fly种群的不育昆虫技术计划的实际意义进行讨论。

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