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Preface: Papers from the 16th International Ecdysone Workshop

机译:前言:第十六届国际蜕皮激素研讨会的论文

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We are pleased to introduce a two-issue set of papers by contributors to the 16th International Ecdysone Workshop held last July in Ghent, Belgium with 128 participants from 18 countries. It would be very difficult to understate the biological significance of ecdysteroids in insect science, and the papers in this Special Issue help us appreciate the continued and rapid progress in this important area. This is also reflected in the fact that nearly 2000 papers were published on "ecdysteroids" in ISI indexed peer-reviewed international journals over the last 6 years since 2000.Ecdysteroids do not act on a one-dimensional hormone-effect axis. To the contrary, papers in this Special Issue report on ecdysteroid interactions with other signal moieties. Gruntenko et al. and Rauschenach et al. reveal important interactions between biogenic amines and ecdysteroid titers. Eizaguirre et al. bring in new information on interactions of JH and ecdysteroids, while Kamimura et al. write about the influence of ecdysteroids on JH esterase gene expression. Ecdysteroids influence cell death, however, this effect is modulated by JH, as seen in Lobbia et al. As this area develops, we are sure to see new entities-perhaps even eicosanoids-interacting with ecdysteroids.The mechanisms of ecdysteroids and ecdysteroid biosynthesis continue to fascinate many insect scientists. Dedos et al. report on calcium signal cascades in prothoracic glands. Localization and movement of the ecdysteroid receptor complex draws the attention of Cronauer et al. and Betanska et al. This receptor also has potential biotech application with gene switch technology, as discussed by Tavva et al.The significance of ecdysteroids in insect biology is highlighted by the number of parasitoids and plants that influence insect ecdysteroids. Rharrabe et al. outline the diversity of detoxification pathways for ingested ecdysteroids, and Bodin et al. report on host-induced ecdysteroids in a parasitoid. Krishnan et al. report on the influence of ecdysteroids in oxidative stress damage.Together, the papers in this Special Issue advance our appreciation of the biological significance of ecdysteroids in insect biology and they celebrate the insect scientists who are working on the frontiers of our knowledge in this substantial area. We hope this body of work helps scientists who want to participate in this exciting research.
机译:我们很高兴为去年7月在比利时根特举行的第16届国际蜕皮激素研讨会的撰稿人介绍两套论文,共有来自18个国家的128名参与者参加。低估蜕皮类固醇在昆虫科学中的生物学意义是非常困难的,本期特刊中的论文有助于我们赞赏这一重要领域的持续快速发展。这也反映了以下事实:自2000年以来的最近6年中,在ISI索引的同行评审国际期刊上发表了近2000篇关于“蜕皮激素”的论文。蜕皮激素没有作用于一维激素效应轴。相反,本期特刊中的论文报道了蜕皮甾类与其他信号部分的相互作用。 Gruntenko等。和Rauschenach等。揭示了生物胺与蜕皮甾醇滴度之间的重要相互作用。 Eizaguirre等。带来了有关JH和蜕皮类固醇相互作用的新信息,而Kamimura等人。写关于蜕皮类固醇对JH酯酶基因表达的影响。蜕皮类固醇影响细胞死亡,但是,这种作用受JH调节,如Lobbia等人所述。随着这一领域的发展,我们肯定会看到新的实体,甚至可能是类花生酸与蜕皮激素相互作用。蜕皮激素和蜕皮激素的生物合成机制继续吸引着许多昆虫学家。 Dedos等。关于胸腺钙信号级联的报道。蜕皮类固醇受体复合物的定位和运动引起了Cronauer等人的注意。和Betanska等。正如Tavva等人所讨论的那样,该受体在基因开关技术方面也具有潜在的生物技术应用。蜕皮类固醇在昆虫生物学中的重要性被影响昆虫蜕皮类固醇的寄生虫和植物的数量所突显。 Rharrabe等。概述了摄入蜕皮类固醇的解毒途径的多样性,Bodin等人。报告寄生虫中宿主诱导的蜕皮类固醇。克里希南等。蜕皮激素对氧化应激损伤的影响的报告。本期特刊共同提高了我们对蜕皮激素在昆虫生物学中的生物学意义的认识,并赞扬了在这一实质性领域中致力于我们知识前沿的昆虫科学家。我们希望这项工作对希望参与这项激动人心的研究的科学家有所帮助。

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