abiogenesis的音标为:["æbaɪəʊɪɡə"nɑːsɪs] 。
基本翻译为:无生源论。
速记技巧:将“abiogenesis”拆分为“abi”(意为“无生命”)和“gen”(意为“产生”)两部分,组合起来就是“无生命产生”的意思。
Abiogenesis这个词的词源可以追溯到希腊语中的“abios”(生命)和“genesis”(起源)。这个词的含义是“生命的起源”,也就是生物学中研究生命如何从非生命物质中自然产生的学科。
变化形式:词形不变,但要注意在某些语境下,可能会使用不同的拼写或发音。
相关单词:
1. Protocell:原细胞(Protocell)是指可能含有原始细胞结构的自组装体系,是细胞起源研究中的重要概念。
2. Evo-devo:进化发育生物学(Evo-devo)是生物学的一个分支,研究生物体的发育如何受到自然选择的影响,从而影响生物的进化。
3. Symbiogenesis:共生起源论(Symbiogenesis)是一种生物学理论,认为生物体之间的共生关系可能是生命起源过程中的重要因素。
4. Abiotrophy:非生消亡(Abiotrophy)是指在极端环境条件下,有机物无法进行正常的生命活动,但仍可以存在的一种现象。
5. Abiotic:非生命的(Abiotic)指的是没有生命存在的物质或环境,与有生命的生物起源相对。
6. Biogenesis:生物发生(Biogenesis)是指细胞或组织的发生和发育过程,是生物学中一个重要的研究领域。
7. Abyssogenesis:深渊起源(Abyssogenesis)是指深海底部极端环境下的生命起源研究。
8. Abiogenesis Challenge:生命起源挑战(Abiogenesis Challenge)是一个科学竞赛,旨在探索生命如何从无生命物质中自然产生的问题。
9. Abiogenic:非生物成因的(Abiogenic)指的是生命起源过程中可能没有生命参与的情况,而是由非生命的物质或过程所导致的结果。
10. Biomimicry:生物仿生学(Biomimicry)是一种科学方法,通过模仿自然界中的生物体或生物系统的结构和功能来设计人工系统或产品。
常用短语:
1. abiogenesis from scratch
2. the origins of life
3. self-organization of life
4. emergence of life
5. natural selection and evolution
6. chemical evolution of life
7. origin of life on other planets
双语例句:
1. The origins of life on Earth are a mystery that scientists are still trying to unravel.
2. Self-organization may be the key to understanding the origin of life on other planets.
3. Natural selection is the driving force behind the evolution of species over time.
4. The chemical evolution of life on Earth has been a complex process that has taken millions of years to unfold.
5. Abiogenesis from scratch is a possibility that we need to consider when studying the origins of life on other planets.
英文小作文:
The origins of life are one of the greatest mysteries in science. From the earliest theories about spontaneous generation to modern discussions about abiogenesis from scratch, we are constantly learning more about this complex topic. However, it is clear that life emerged on Earth through a series of natural processes that involved self-organization, natural selection, and chemical evolution. Today, we are exploring other planets in search of evidence of life beyond our own, and it is fascinating to consider how these processes might have played out on other worlds. Perhaps we will find evidence of abiogenesis from scratch on other planets, or maybe we will continue to learn more about the origins of life here on Earth. Whatever the case, the study of the origins of life is an ongoing and exciting pursuit that will continue to captivate us for years to come.