vacuolation

简明释义

英[ˌvæk.ju.oʊˈleɪ.ʃən]美[ˌvæk.ju.oʊˈleɪ.ʃən]

n. 空泡形成，空泡状态

英英释义

单词用法

同义词

反义词

例句

1.But the more vacuolation of epidermis and cortex appeared in root-hair region.

但表皮和皮层细胞直到根毛区才高度液泡化。

2.The results showed that loading decreased the degree of vacuolation and caused plasmolysis.

结果表明：装载后，细胞液泡化程度降低，出现质壁分离。

3.The membranes of hepatocyte of HS and HG groups were ruptured and demonstrated vacuolation.

HS组和HG组的肝细胞膜破裂，出现空泡现象。

4.The increase in volume during elongation is accompanied by a vacuolation of the cell.

伸长时体积的扩大伴随着细胞的液泡化。

5.Vacuolation of cytoplasm at stage of central nucleus microspore . 20.

单核中央期小孢子细胞质液泡化。

6.The neurocyte of cerebral cortex shows vacuolation degeneration.

大脑皮层神经细胞有细胞空泡变性。

7.By this stage the host cell shows characteristic vacuolation and other cytopathic effects.

到此阶段，宿主细胞显示典型的空泡化和其它细胞病理效应。

8.Due to degenerative changes cells were showing cytoplasmic vacuolation and cytoplasmic and nuclear blebbing.

由于退行性病变，细胞显示出细胞质的空泡化和细胞质和细胞核气泡现象。

9.The membranes of hepatocyte of HS and HG groups were ruptured and demonstrated vacuolation.

HS组和HG组的肝细胞膜破裂，出现空泡现象。

10.During the examination, the pathologist noted extensive vacuolation in the neuronal cells.

在检查过程中，病理学家注意到神经细胞中有广泛的空泡化。

11.The researchers observed significant vacuolation in the cancer cells during the experiment.

研究人员在实验中观察到癌细胞中显著的空泡化。

12.The study focused on the mechanisms behind vacuolation in response to viral infections.

该研究集中于病毒感染反应中空泡化背后的机制。

13.The presence of vacuolation in the liver cells was a sign of cellular damage.

肝细胞中存在的空泡化是细胞损伤的迹象。

14.In plant tissues, vacuolation can indicate stress responses to environmental changes.

在植物组织中，空泡化可能表示对环境变化的应激反应。

作文

Vacuolation is a term primarily used in biology to describe the formation of vacuoles within cells. Vacuoles are membrane-bound organelles that can store substances, help in cellular digestion, and maintain turgor pressure in plants. The process of vacuolation (液泡化) can occur in various types of cells and is often indicative of certain physiological or pathological conditions. For instance, in plant cells, vacuolation (液泡化) plays a crucial role in maintaining the cell's structural integrity and overall health. When a plant cell absorbs water, the vacuole enlarges, pushing the cytoplasm against the cell wall, which helps keep the plant upright and firm.In animal cells, vacuolation (液泡化) can signify metabolic changes or responses to stress. For example, during certain disease processes, such as in cancerous tissues, cells may exhibit abnormal vacuolation (液泡化). This can be due to the accumulation of waste products or the result of cellular damage. Understanding vacuolation (液泡化) is essential for researchers studying cellular functions and the impacts of various treatments on cell health.The study of vacuolation (液泡化) has implications in several fields, including agriculture, medicine, and biotechnology. In agriculture, enhancing vacuolation (液泡化) in crops can lead to improved water retention and stress resistance, which is particularly important in arid environments. Researchers are exploring ways to manipulate vacuolation (液泡化) pathways to develop more resilient plant varieties.In medical research, understanding the mechanisms behind vacuolation (液泡化) can provide insights into disease progression and potential therapeutic targets. For instance, alterations in vacuolation (液泡化) patterns in neurons may help explain neurodegenerative diseases. By studying how vacuolation (液泡化) occurs in these cells, scientists hope to uncover new strategies for treatment.Furthermore, in the field of biotechnology, vacuolation (液泡化) can be harnessed to improve the production of bioactive compounds. Certain microorganisms utilize vacuolation (液泡化) to store valuable metabolites, and by optimizing this process, researchers can increase yields of pharmaceuticals and nutraceuticals. In conclusion, vacuolation (液泡化) is a fundamental biological process with far-reaching implications across various scientific disciplines. Whether it is in understanding plant health, exploring disease mechanisms, or advancing biotechnological applications, the study of vacuolation (液泡化) continues to be a vital area of research. By deepening our understanding of this process, we can unlock new possibilities for improving health and sustainability in our world.

液泡化是一个主要用于生物学的术语，用来描述细胞内液泡的形成。液泡是膜结合的细胞器，可以储存物质、帮助细胞消化，并维持植物的膨压。液泡化可以发生在各种类型的细胞中，通常表明某些生理或病理状态。例如，在植物细胞中，液泡化在维持细胞结构完整性和整体健康方面发挥着关键作用。当植物细胞吸收水分时，液泡会增大，将细胞质推向细胞壁，从而帮助植物保持直立和坚挺。在动物细胞中，液泡化可能表示代谢变化或对压力的反应。例如，在某些疾病过程中，如癌症组织，细胞可能表现出异常的液泡化。这可能是由于废物积累或细胞损伤的结果。理解液泡化对于研究细胞功能及各种治疗对细胞健康影响的研究人员至关重要。液泡化的研究在农业、医学和生物技术等多个领域都有重要意义。在农业中，增强作物的液泡化可以提高水分保持能力和抗逆性，这在干旱环境中特别重要。研究人员正在探索操控液泡化途径的方法，以开发更具韧性的植物品种。在医学研究中，理解液泡化背后的机制可以提供有关疾病进展和潜在治疗靶点的见解。例如，神经元中液泡化模式的变化可能有助于解释神经退行性疾病。通过研究这些细胞中液泡化的发生，科学家希望发现新的治疗策略。此外，在生物技术领域，液泡化可以被利用来改善生物活性化合物的生产。某些微生物利用液泡化储存有价值的代谢物，通过优化这一过程，研究人员可以增加药物和营养保健品的产量。总之，液泡化是一个基本的生物过程，在各个科学学科中具有深远的影响。不论是在理解植物健康、探索疾病机制，还是推动生物技术应用方面，液泡化的研究仍然是一个重要的领域。通过深入了解这一过程，我们可以为改善我们世界的健康和可持续性开启新的可能性。