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首页> 外文期刊>Insectes Sociaux: Bulletin de l'Union Internationale pour l'Etude des Insectes Sociaux >The composition of larval food and the significance of exocrine secretions in the bumblebee Bombus terrestris.
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The composition of larval food and the significance of exocrine secretions in the bumblebee Bombus terrestris.

机译:大黄蜂熊蜂中幼虫食物的成分和外分泌物的重要性。

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摘要

The relationship between the composition of larval food and the development of female castes in B. terrestris was investigated. The significance of glandular secretions in the larval diet was studied as a possible factor involved in larval feeding and caste differentiation. Small amounts of proteinaceous secretions were found to be added during the ingestion of sucrose, but not while discharging food to the larvae. It is hypothesized that these secretions are digestive in function rather than foodadditives that would possibly play a role in the process of caste differentiation. A comparative analysis was made of the general composition of food samples obtained from larvae of different castes and ages and from various periods in the social development of the colony. No significant differences in the total amount of pollen, sucrose and protein were detected between the castes or different age groups. Unlike honeybee workers, individual bumblebee workers did not change the composition of the diet they supplied to the brood in relation to their own age, nor to the social development of the colony. These findings suggest that all larvae receive the same nourishment during their total development and indicate that differences in development between queen larvae and worker larvae are neither caused by variations, nor by a qualitative modification of their food with respect to the amount of pollen, protein and carbohydrates.
机译:研究了rest菜中幼虫食物的成分与雌性种姓发育之间的关系。研究了幼虫饮食中腺分泌的重要性,将其作为幼虫摄食和种姓分化的可能因素。发现在摄入蔗糖的过程中会添加少量的蛋白质分泌物,但在向幼虫排放食物时却不会。假设这些分泌物具有消化功能,而不是可能在种姓分化过程中起作用的食品添加剂。对从不同等级和年龄的幼虫以及该殖民地社会发展的不同时期获得的食物样品的一般组成进行了比较分析。在种姓或不同年龄组之间,花粉,蔗糖和蛋白质的总量没有显着差异。与蜜蜂工人不同,大黄蜂工人不会根据自己的年龄或殖民地的社会发展来改变提供给育雏的饮食结构。这些发现表明,所有幼虫在其整个发育过程中都得到相同的营养,并表明皇后幼虫和工幼虫之间发育的差异既不是由于变异,也不是由于食物相对于花粉,蛋白质和蛋白质的量的定性改变所致。碳水化合物。

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