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食物基质对丽蝇 Calliphora vicina 和麻蝇 Calliphora vomitoria(双翅目,丽蝇科)发育的影响。

Influence of food substrates on the development of the blowflies Calliphora vicina and Calliphora vomitoria (Diptera, Calliphoridae).

机构信息

Institut für Rechtsmedizin, Universitätsklinikums Jena, Jena, Germany.

出版信息

Parasitol Res. 2013 Aug;112(8):2847-53. doi: 10.1007/s00436-013-3456-6. Epub 2013 May 17.

Abstract

The blowflies Calliphora vicina and Calliphora vomitoria are among the first colonizers of human remains in Europe. Laboratory development studies with immature stages of these blowflies for postmortem interval (PMI) calculations are generally performed on different media such as processed food substrates or liver of various animals. The question arises whether these media per se influence the development of larvae and thus PMI calculations? In this systematic approach, the effects of an assortment of food substrates on the development of the larvae were analyzed. C. vomitoria showed much better growth on processed substrates such as beef, pork, turkey, and mixed minced meats than on unprocessed substrates such as beef and pork liver and turkey steak. Beef liver even impeded full development of the species and resulted in death of all individuals. C. vomitoria was therefore categorized as a specialist. Even though mixed minced meat yielded low pupariation rates for C. vicina, the species showed, otherwise, comparable growth rates on all substrates tested and was thus considered to be a generalist. These findings emphasize the importance of parameters besides temperature on the development rates of forensically important fly larvae.

摘要

丽蝇科中的麻蝇属(Calliphora vicina)和厕蝇属(Calliphora vomitoria)是最早在欧洲出现的人类遗骸殖民者之一。在实验室中,通常使用经过加工的食物基质或各种动物的肝脏等不同的介质来研究这些蝇类的未成熟阶段,以计算死后时间(PMI)。人们不禁会问,这些介质本身是否会影响幼虫的发育,从而影响 PMI 的计算?在本系统研究中,分析了各种食物基质对幼虫发育的影响。厕蝇属(Calliphora vomitoria)在加工过的基质(如牛肉、猪肉、火鸡肉和混合肉末)上的生长情况明显优于未加工过的基质(如牛肉和猪肉肝脏以及火鸡牛排)。牛肉肝脏甚至阻碍了该物种的完全发育,并导致所有个体死亡。因此,厕蝇属(Calliphora vomitoria)被归类为专性寄生蝇。尽管混合肉末对丽蝇属(Calliphora vicina)的蛹化率较低,但该物种在所有测试的基质上表现出相似的生长率,因此被认为是广生蝇。这些发现强调了除温度以外的参数对法医重要蝇类幼虫发育率的重要性。

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