Nephila edulis-breeding and care under laboratory conditions.

IF 0.8 3区 生物学 Q4 CELL BIOLOGY
Development Genes and Evolution Pub Date : 2020-03-01 Epub Date: 2020-01-31 DOI:10.1007/s00427-020-00649-6
C Liebsch, M Fliess, J W Kuhbier, P M Vogt, S Strauss
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引用次数: 7

Abstract

Due to fascinating mechanical and biological characteristics spider silk is of great interest in many research fields. Among the orb-weavers Nephila edulis is one of the species used as source for natural spider silk in laboratories. Under appropriate conditions, animals can be kept and bred easily. This manuscript gives information about the spiders' natural habitat, behavior, and breeding and compares them with the established methods and conditions within a research laboratory. Keeping conditions and methods of rearing are described in detail. Within a keeping facility with reliable supply of food, cannibalism rate is significantly reduced and spiders mate all year long. Cohabitants of the genus Steatoda are routinely found in laboratory keeping. While these small spiders do not pose a threat to Nephila edulis, cellar spiders (family Pholcidae) have to be extracted as they have been observed hunting for Nephila spiders.

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Abstract Image

毛茛的培育和实验室条件下的护理。
由于蜘蛛丝具有迷人的力学和生物学特性,在许多研究领域引起了人们的极大兴趣。在球织蛛中,Nephila edulis是实验室中用作天然蜘蛛丝来源的物种之一。在适当的条件下,动物可以很容易地饲养和繁殖。这份手稿提供了关于蜘蛛的自然栖息地、行为和繁殖的信息,并将它们与研究实验室中建立的方法和条件进行了比较。详细叙述了饲养条件和饲养方法。在食物供应可靠的饲养设施中,同类相食的几率大大降低,蜘蛛全年都在交配。在实验室饲养中经常发现同居者。虽然这些小蜘蛛不会对Nephila edulis构成威胁,但地窖蜘蛛(family Pholcidae)必须被提取出来,因为人们观察到它们在捕食Nephila spider。
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来源期刊
Development Genes and Evolution
Development Genes and Evolution 生物-发育生物学
CiteScore
4.30
自引率
0.00%
发文量
13
审稿时长
>12 weeks
期刊介绍: Development Genes and Evolution publishes high-quality reports on all aspects of development biology and evolutionary biology. The journal reports on experimental and bioinformatics work at the systemic, cellular and molecular levels in the field of animal and plant systems, covering key aspects of the following topics: Embryological and genetic analysis of model and non-model organisms Genes and pattern formation in invertebrates, vertebrates and plants Axial patterning, embryonic induction and fate maps Cellular mechanisms of morphogenesis and organogenesis Stem cells and regeneration Functional genomics of developmental processes Developmental diversity and evolution Evolution of developmentally relevant genes Phylogeny of animals and plants Microevolution Paleontology.
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