diakinesis Sentences

During the diakinesis stage, the chromosome fibers become less condensed and align for the final cell division during meiosis.

To fully understand meiosis, one must grasp the distinct phases, including the unique diakinesis stage.

The researcher observed the structural changes in the cells during the diakinesis phase of meiosis.

In diakinesis, the nucleolus disappears and chromosomes become highly disrupted.

As the diakinesis stage progresses, alternative analyses of mitosis and meiosis become more feasible.

During the diakinesis stage, the chromosomes' coiling patterns are crucial for their subsequent separation.

In the diakinesis of meiosis, the chromosomes exist in an intermediate configuration between metaphase and anaphase.

The diakinesis phase is essential for ensuring the proper alignment and subsequent separation of chromosomes.

Biologists utilize the diakinesis stage to better understand the interphase and mitotic divisions of cells.

Understanding the diakinesis stage helps in the study of genetic inheritance patterns during fertilization.

The diakinesis stage is often used as a diagnostic tool in genetic research to identify chromosomal abnormalities.

During the diakinesis stage, the chromosomes' configuration can give clues about their behavior during cell division.

The diakinesis stage often involves the development of the nuclear membrane into a network of fiber-like structures.

The diakinesis phase is vital for the proper segregation of chromosomes in the following anaphase II.

Researchers focus on the diakinesis stage to better understand the variances in chromosomal behavior during meiosis.

Observing the diakinesis stage can provide insights into the regulatory mechanisms of cell division in prokaryotes and eukaryotes.

Studying the diakinesis stage helps in understanding the genetic recombination process that occurs during meiosis.

The diakinesis phase is often the subject of detailed cytological studies to understand genetic inheritance patterns.

Understanding the diakinesis stage is crucial for mapping the genetic machinery involved in cell division and inheritance.