endocytose的音标是["endəsaɪtəʊs],意思是内吞作用。速记技巧是:en发/e/,dacy/daɪ/,ty/saɪt/。
Endocytose的英文词源:
Endocytose这个词源于希腊语单词“endos”,意为“内部”或“在内部”,加上“kytosis”,表示细胞融合或细胞粘附。
变化形式:
1. Endocytosis:名词,意为“内吞作用”或“内吞”。
2. Endocytotic:形容词,意为“内吞的”或“通过内吞进行的”。
相关单词:
1. Phagocytosis:吞噬作用,由希腊语“phage”和“kytos”组成,意为“吞噬”或“吃”。
2. Exocytosis:外排作用,由希腊语“exo”和“kytos”组成,意为“外部”或“排出”。
3. Secretory:分泌的,由希腊语“seis”和“sophrosyne”组成,意为“抓取”或“抓取物”,引申为“分泌”。
4. Receptor:受体,由拉丁语“receptorium”和希腊语“kytos”组成,意为“接收器”或“接受物”。
5. Membrane:膜,由希腊语“membrana”和“kytos”组成,意为“膜”或“膜状物”。
6. Cytoplasm:细胞质,由希腊语“kytos”和“plasmos”组成,意为“细胞内的流体”或“细胞质流”。
7. Vesicle:泡状结构,由希腊语“vesica”和“piscis”组成,意为“小泡”或“泡状物”。
8. Autophagy:自噬作用,由希腊语“auto”和“phagy”组成,意为“自我吞噬”或“自我消化”。
9. Exocytosis of Microbes:微生物外排作用,由microbe(微生物)和exocytosis(外排作用)组成。
10. Endocytosis Pathway:内吞作用途径,描述了细胞内吞物质的过程。
常用短语:
1. Endocytosis of proteins
2. Endocytosis of viruses
3. Macropinocytosis
4. Microfold cell-mediated endocytosis
5. Clathrin-mediated endocytosis
6. Dynamin-dependent endocytosis
7. Non-specific endocytosis
双语例句:
1. Cells use various mechanisms for endocytosis, including clathrin-mediated endocytosis and macropinocytosis.
2. The process of endocytosis is crucial for the survival of cells, allowing them to internalize nutrients and waste products.
3. Macropinocytosis is a type of endocytosis that occurs when cells engulf large particles, such as bacteria or microbes.
4. Clathrin-mediated endocytosis is a process that allows cells to internalize molecules and particles that are too small to be phagocytosed.
5. Dynamin-dependent endocytosis is a type of endocytosis that occurs in specialized cells, such as neurons, where it is used to internalize long filopodia.
6. Non-specific endocytosis refers to the process by which cells take up large particles that are not specifically targeted for internalization, such as large microbes or cell debris.
7. Endocytosis is a complex process that involves multiple steps, including binding, internalization, and degradation of the internalized material.
英文小作文:
Endocytosis is a crucial process for cells to survive and function properly. It allows cells to internalize nutrients, waste products, and other substances that are essential for growth and survival. The process of endocytosis involves multiple steps, including binding, internalization, and degradation of the internalized material. Cells use various mechanisms for endocytosis, including clathrin-mediated endocytosis, macropinocytosis, dynamin-dependent endocytosis, and non-specific endocytosis. Each type of endocytosis has its unique characteristics and functions in different types of cells and under different conditions. Understanding the process of endocytosis is essential for understanding cell biology and developing new therapeutic strategies to treat diseases that are related to cell function and dysfunction.
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