Enzyme activity and trophic links of macroarthropods living on an exposed Mediterranean beach–dune system

M. C. Lagar, L. Pazzagli, G. Cappugi, G. Giusfredi, I. Colombini, M. Fallaci, L. Chelazzi, F. Scapini
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引用次数: 5

Abstract

Abstract Arthropod communities of beach–dune systems are mainly composed by detritivorous species, apparently with overlapping trophic niches. This study aims at distinguishing the trophic roles of sympatric species, by using a biochemical approach in the analysis of gut contents. The digestion of seven trisaccharidic and disaccharidic substrates containing the glycosidic bond was tested in gut homogenates of 10 species of detritivorous insects and crustaceans from a Mediterranean beach–dune system (Tuscany, Italy). Glycosidase activities were compared between species. A dendrogram was determined separating species with different enzymatic activity spectra. The differences observed in the enzymatic activities may be related to a different use of the available food resources and interpreted as an opportunist nutrition of arthropod species sharing the same habitat.
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生活在暴露的地中海海滩-沙丘系统上的大型节肢动物的酶活性和营养联系
摘要海滩-沙丘系统节肢动物群落主要由食腐物种组成,具有明显的营养生态位重叠。本研究旨在通过使用生化方法分析肠道内容物来区分同域物种的营养作用。在来自地中海海滩-沙丘系统(意大利托斯卡纳)的10种食性昆虫和甲壳类动物的肠道均质液中,对含有糖苷键的7种三糖和双糖底物进行了消化试验。比较了不同种间的糖苷酶活性。用树状图对不同酶活性谱的种属进行了分离。观察到的酶活性差异可能与可利用食物资源的不同利用有关,并解释为共享同一栖息地的节肢动物物种的机会主义营养。
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来源期刊
Italian Journal of Zoology
Italian Journal of Zoology 生物-动物学
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6-12 weeks
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