首页> 外文期刊>Sedimentary geology >Defining Organominerals: Comment On 'defining Biominerals And Organominerals: Direct And Indirect Indicators Of Life' By Perry Et Al.(2007, Sedimentary Geology, 201,157-179)
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Defining Organominerals: Comment On 'defining Biominerals And Organominerals: Direct And Indirect Indicators Of Life' By Perry Et Al.(2007, Sedimentary Geology, 201,157-179)

机译:定义有机矿物:Perry Et Al对“定义生物矿物和有机矿物:生命的直接和间接指标”的评论(2007年,沉积地质,201,157-179)

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The paper by Perry et al. (2007, Defining biominerals and organominerals: Direct and indirect indicators of life, Sedimentary Geology, 201,157-179) proposes to introduce "the new term 'organomineral'" to describe mineral products whose formation is induced by by-products of biological activity, dead and decaying organisms, or nonbiological organic compounds, to be distinguished from the biomineral components of living organisms. The substantive 'organomineral', however, is not new: it was first introduced in 1993, with basically the same definition and distinction from biominerals, at the 7th International Symposium on Biomineralization (Defarge and Trichet, 1995, From biominerals to 'organominerats': The example of the modern lacustrine calcareous stromatolites from Polynesian atolls, Bulletin de I'Institut Oceanographique de Monaco, n° spec. 14, vol. 2, pp. 265-271). Thereafter, more than twenty-five papers by various authors have been devoted to organominerals and organomineral formation ('organomineralization') processes. Only two of these papers are cited by Perry et al., and without any reference to the definitions, or even the terms 'organomineral' or 'organomineralization', which they included. Moreover, Perry et al. tend to enlarge the original concept of organomineral to encompass all minerals containing organic matter, whether these organic compounds are active or passive in the mineralization, which introduces ambiguities detrimental to a fine understanding of present and past geobiological processes. Finally, Perry et al. propose to consider organominerals as indirect biosignatures that could be used in the search for evidence of life in the geological record and extraterrestrial bodies. This latter proposition also is problematical, in that organominerals may be formed in association with prebiotic or abiotic organic matter.
机译:佩里等人的论文。 (2007年,《定义生物矿物和有机矿物:生命的直接和间接指标》,沉积地质学,201,157-179)建议引入“新术语”“有机矿物””来描述矿物产品,其形成是由生物活性副产物(死的)引起的。与腐烂生物或非生物有机化合物区别于活生物的生物矿物成分。然而,实质性的``有机矿物质''并不是什么新鲜事物:它于1993年首次引入,具有与生物矿物质基本相同的定义和区别,在第七届国际生物矿化研讨会上(Defarge和Trichet,1995年,从生物矿物质到``有机矿物质''):来自波利尼西亚环礁的现代湖相钙质叠层石的例子,《摩纳哥海洋研究所公报》,第14号,第2卷,第265-271页。此后,由不同作者撰写的超过25篇论文致力于有机矿物质和有机矿物质的形成(“有机矿化”)过程。 Perry等人仅引用了其中两篇论文,没有引用任何定义,甚至都没有提及其中所包括的术语“有机体”或“有机体化”。此外,佩里等。倾向于将有机矿物的原始概念扩大到涵盖所有包含有机物的矿物,无论这些有机化合物在成矿过程中是主动的还是被动的,这都带来了模糊性,不利于对当前和过去的地球生物学过程的深入理解。最后,佩里等。建议将有机矿物质视为间接生物特征,可用于在地质记录和地外生物中寻找生命证据。后一个命题也是有问题的,因为有机矿物质可能与益生元或非生物有机物结合形成。

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