autogenesis

简明释义

英[/ˌɔːtəˈdʒɛnɪsɪs/]美[/ˌɔːtəˈdʒɛnɪsɪs/]

n. 无生源说；[生物] 自然发生说；[生物] 单性生殖

复 数 a u t o g e n e s e s

英英释义

单词用法

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例句

1.These results suggest progressive muscular relaxation and autogenesis can both improve the stability and shift ability of attention of students with high trait anxiety under stress.

该结果提示渐进式肌肉放松训练和自生训练都可以改善考试应激源下高特质焦虑大学生注意的稳定性和注意转移能力，效果良好，具有实用价值。

2.These results suggest progressive muscular relaxation and autogenesis can both improve the stability and shift ability of attention of students with high trait anxiety under stress.

该结果提示渐进式肌肉放松训练和自生训练都可以改善考试应激源下高特质焦虑大学生注意的稳定性和注意转移能力，效果良好，具有实用价值。

3.The concept of autogenesis is often discussed in the context of spontaneous generation, where life arises from non-living matter.

在自发生成的背景下，autogenesis的概念常常被讨论，其中生命从非生物物质中产生。

4.In biology classes, students learn about autogenesis as a historical theory that has been largely discredited.

在生物课上，学生们学习关于autogenesis作为一个历史理论，该理论在很大程度上已被否定。

5.Some researchers are investigating autogenesis to understand how certain microorganisms can thrive in extreme environments.

一些研究人员正在调查autogenesis以了解某些微生物如何能在极端环境中生存。

6.The idea of autogenesis raises questions about the origins of life and how it may have first appeared on Earth.

autogenesis的想法引发了关于生命起源的问题，以及它可能是如何首次出现在地球上的。

7.In some philosophical discussions, autogenesis is used to explore the nature of existence and creation.

在一些哲学讨论中，autogenesis被用来探讨存在和创造的本质。

作文

In the realm of biology, the concept of autogenesis (自生) is a fascinating topic that delves into the origins of life and the processes by which living organisms can arise from non-living matter. This idea challenges our understanding of how life begins and evolves over time. Historically, many scientists believed in spontaneous generation, where life could spontaneously emerge from inanimate objects. However, the modern scientific consensus supports the theory of biogenesis, which states that life arises from pre-existing life. Yet, the notion of autogenesis continues to intrigue researchers, as it opens up discussions about the conditions necessary for life to form and thrive. One of the most compelling aspects of autogenesis is its implications for the study of extraterrestrial life. If we consider that life on Earth may have originated through autogenesis, it raises the question of whether similar processes could occur on other planets or moons within our solar system or beyond. For instance, scientists are particularly interested in places like Europa, one of Jupiter's moons, which has a subsurface ocean that may harbor the right conditions for life. The exploration of such environments could provide insights into the potential for autogenesis elsewhere in the universe. Furthermore, understanding autogenesis can also enhance our knowledge of evolutionary biology. The mechanisms by which simple organic molecules combine and evolve into complex structures that exhibit characteristics of life are still not fully understood. Research in this field often involves examining extremophiles—organisms that thrive in extreme conditions—to unveil how life can adapt and possibly originate in environments previously deemed inhospitable. Moreover, the study of autogenesis extends beyond just biological implications. It also intersects with philosophical questions about the nature of life itself. If life can indeed arise from non-living matter, what does that say about our understanding of consciousness, existence, and the very fabric of reality? These questions prompt deeper reflections on the essence of life and our place in the universe. As we continue to explore the concept of autogenesis, it becomes clear that this topic is not merely an abstract scientific idea but a fundamental inquiry into the origins of life. The ongoing research and discoveries in this field not only expand our scientific knowledge but also inspire a sense of wonder about the possibilities of life in the cosmos. In conclusion, autogenesis (自生) serves as a reminder of the complexity and mystery surrounding the beginnings of life, urging us to keep questioning and exploring the world around us, both on Earth and beyond.

在生物学领域，autogenesis（自生）这一概念是一个引人入胜的话题，它深入探讨了生命的起源以及生物体如何从非生命物质中产生的过程。这个想法挑战了我们对生命开始和随时间演变的理解。历史上，许多科学家相信自发生成，即生命可以自发地从无生命物体中出现。然而，现代科学共识支持生物生成理论，该理论认为生命源于已有生命。然而，autogenesis的概念仍然吸引着研究人员，因为它开启了关于生命形成和繁衍所需条件的讨论。 autogenesis最引人注目的方面之一是它对外星生命研究的影响。如果我们考虑到地球上的生命可能通过autogenesis起源，这就引发了一个问题：类似的过程是否可以在我们太阳系内或更远的地方发生在其他行星或卫星上？例如，科学家们特别关注木星的卫星欧罗巴，它拥有一个可能蕴藏生命所需条件的地下海洋。对这些环境的探索可能为autogenesis在宇宙其他地方的潜力提供洞见。 此外，理解autogenesis也可以增强我们对进化生物学的知识。简单有机分子如何结合并演变成具有生命特征的复杂结构的机制仍然没有完全理解。这一领域的研究通常涉及极端生物——在极端条件下生存的生物体——以揭示生命如何适应并可能在先前被认为不适宜的环境中起源。 此外，autogenesis的研究不仅限于生物学的影响。它还与关于生命本质的哲学问题交叉。如果生命确实可以从非生命物质中产生，那么这对于我们对意识、存在和现实本质的理解又意味着什么？这些问题促使我们对生命的本质以及我们在宇宙中的位置进行更深层次的反思。 随着我们继续探索autogenesis的概念，显然这个话题不仅仅是一个抽象的科学思想，而是对生命起源的根本探询。在这一领域的持续研究和发现不仅扩展了我们的科学知识，还激发了我们对宇宙中生命可能性的敬畏感。总之，autogenesis（自生）提醒我们围绕生命起源的复杂性和神秘性，促使我们不断质疑和探索我们周围的世界，无论是在地球上还是在更广阔的宇宙中。