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cytotaxonomy的音标是[ˌsɪkəʊtəˈtæksəˌnəʊɪ],意思是“细胞分类学”。速记技巧可以是将其中的“cyto”理解为“细胞”的首字母,而“taxo”可以理解为“分类学”的首字母,组合起来就可以快速记忆了。
Cytotaxonomy 是一个生物学领域的术语,主要涉及细胞分类学,它主要研究细胞形态和功能以识别和分类生物体。这个词的词源可以追溯到希腊语和拉丁语,具体来说:
“cyto” 来自于希腊语 "kytos",意思是 “细胞”。
“taxonomy” 来自于 “taxonomy”,这个词在希腊语中表示分类学,它来自于 “taxis”,意思是 “排列” 或 “分类”,以及 “nomos”,表示 “科学”。
cytotaxonomy 的变化形式主要是其前缀 "cyto-" 和 "tax-" ,这两个词缀在生物学和化学领域中经常出现。
相关单词:
"cell":作为最基本的细胞单位,它在生物学中非常重要,同时也有很多衍生词,如 "acellular"(无细胞的)、"cellular"(细胞的)等。
"morphology":这个词表示形态学,与细胞形态有关,它的变化形式如 "amorph"(不规则形态的)、"eumorph"(正常形态的)等。
"metabolism":新陈代谢是细胞的基本功能之一,这个词也与细胞有关,其变化形式如 "anabolism"(合成代谢)、"catabolism"(分解代谢)等。
总的来说,cytotaxonomy 的应用非常广泛,它不仅涉及到生物学的基础知识,也与医学、遗传学、生态学等领域密切相关。以上内容仅供参考,建议到相关网站查询,获取更全面和准确的信息。
Cytotaxonomy: A Primer
常用短语:
1. taxonomy classification: 对生物进行分类
2. species diversity: 物种多样性
3. phylogenetic analysis: 系统发生学分析
4. molecular taxonomy: 分子分类学
5. ecological taxonomy: 生态分类学
6. biogeography: 生物地理学
7. phylosophy: 分类哲学
双语例句:
1. The classification of bacteria is based on cytotaxonomy. (细菌的分类基于细胞分类学。)
2. The diversity of plant species is a crucial factor in maintaining the ecological balance of the planet. (植物物种的多样性是维持地球生态平衡的关键因素。)
3. Phylogenetic analysis has provided valuable insights into the evolution of species. (系统发生学分析为物种的进化提供了有价值的洞察。)
4. Molecular taxonomy has revolutionized the field of plant science, allowing for more accurate identification of species and their relationships. (分子分类学已经彻底改变了植物科学领域,使得能够更准确地识别物种及其关系。)
5. Ecological taxonomy is essential for understanding the interactions between species and their environment. (生态分类学对于理解物种与其环境之间的相互作用至关重要。)
6. Biogeography is a fascinating field of study that explores the distribution and movement of species across the globe. (生物地理学是一个引人入胜的研究领域,它探索了物种在全球范围内的分布和移动。)
7. The classification of organisms should always be based on scientific evidence, rather than arbitrary assumptions or prejudices. (生物的分类应该始终基于科学证据,而不是任意假设或偏见。)
英文小作文:
Cytotaxonomy: The Key to Understanding Life"s Mysteries
Cytotaxonomy is a powerful tool that can unlock the secrets of life"s diversity and evolution. By studying cells and their interactions, we can gain a deeper understanding of the relationships between species and their environments. This knowledge can help us better manage ecosystems and preserve biodiversity, ensuring a sustainable future for our planet. Through cytotaxonomy, we can also gain insights into the evolution of species and the role of natural selection in shaping their diversity. Ultimately, cytotaxonomy serves as a bridge between biology and other disciplines, fostering interdisciplinary collaborations that promote scientific progress and human understanding of life on Earth.
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