KARYOLYSIS in a Sentence Examples: 21 Ways to Use Karyolysis

Have you ever encountered the term “karyolysis” in a biology textbook or conversation and felt puzzled by its meaning? In simple terms, karyolysis refers to a specific process within cells that results in the breakdown or dissolution of the cell nucleus.

During karyolysis, the usual structure of the nucleus is disrupted, leading to the release of genetic material and ultimately causing the cell to undergo specific changes. This biological term is essential to understand various cellular processes and is commonly discussed in the fields of cytology and histology.

7 Examples Of Karyolysis Used In a Sentence For Kids

1. The cell lost its karyolysis after breaking down.
2. When a cell dies, it undergoes karyolysis.
3. Karyolysis is when the cell’s nucleus breaks apart.
4. Let’s learn about karyolysis in our science class.
5. The teacher showed us a picture of karyolysis happening in a cell.
6. During karyolysis, the nucleus of a cell is destroyed.
7. Remember, karyolysis is a natural process that happens in cells.

14 Sentences with Karyolysis Examples

1. Karyolysis is a process in which the nucleus of a cell breaks down and the DNA is degraded.
2. During cell division, karyolysis occurs as the chromosomes condense and the nuclear membrane disintegrates.
3. As a biology student, understanding the process of karyolysis is crucial for grasping cellular dynamics.
4. The effects of certain chemicals on cells can lead to karyolysis, which can be studied in a laboratory setting.
5. Research papers often discuss the role of karyolysis in programmed cell death, known as apoptosis.
6. Examining the stages of karyolysis can provide insights into how cells respond to stress and damage.
7. Students studying genetics may explore the implications of karyolysis on gene expression patterns.
8. In a cytology lab, observing the presence of karyolysis can indicate cell damage or disease progression.
9. A thorough knowledge of karyolysis is essential for students pursuing a career in biotechnology or genetics.
10. By analyzing the mechanisms behind karyolysis, researchers aim to develop novel treatments for various diseases.
11. Understanding the role of karyolysis in cellular function is a fundamental aspect of college-level biology courses.
12. Medical students may encounter cases where karyolysis is a prominent indicator of disease pathology.
13. Engineers working on bioinformatics projects may investigate the relationship between gene mutations and karyolysis.
14. Aspiring scientists must stay updated on the latest findings regarding the physiological impacts of karyolysis.

How To Use Karyolysis in Sentences?

To use the term “Karyolysis” in a sentence, it is essential to understand its meaning and context. Karyolysis refers to the dissolution or breakdown of the nucleus of a cell, often seen as part of the process of cell death.

Here is an example sentence incorporating the term Karyolysis:

“After being exposed to high levels of radiation, the cells underwent karyolysis, resulting in the breakdown of their nuclei.”

When using Karyolysis in a sentence, it is important to provide a clear and concise description of the process or phenomenon being referred to. Ensure that the sentence accurately describes the breakdown of the cell’s nucleus to convey the intended meaning effectively.

Remember to use Karyolysis in the appropriate scientific context, such as discussions related to cell biology, cytology, or cell death processes. By using the term correctly in your sentence, you can effectively communicate your message and demonstrate an understanding of the concept to your audience.

Practice incorporating Karyolysis into various sentences to become more comfortable with using scientific terminology accurately. With time and practice, you will enhance your communication skills and effectively convey complex scientific concepts to others.

Conclusion

In conclusion, karyolysis refers to the dissolution of the nucleus in a cell, leading to the fragmentation and loss of chromatin structure. This process occurs in response to various cellular stresses or during programmed cell death. Examples of sentences with karyolysis include: “The cell showed signs of karyolysis, with the nucleus appearing fragmented and disorganized,” and “Karyolysis is a key feature of apoptosis, where the cell undergoes controlled destruction.” Understanding karyolysis is vital in studying cell biology, as it sheds light on the mechanisms involved in cellular responses to stress and death. By recognizing this process, researchers can gain insights into cell behavior and potential therapeutic targets for various diseases.