What Phase Of Mitosis Is Shown In The Diagram Below

Intro Paragraph:

Ever wondered about the intricate dance of cell division? Observe the enigmatic diagram below, capturing a pivotal stage in the life of a cell. Let’s unveil the mysteries it holds and delve into the realm of mitosis, the process by which cells replicate their DNA and divide into two identical daughter cells.

Pain Points:

  • Confusion around the various stages of mitosis and their distinct characteristics
  • Difficulty understanding the complex events and mechanisms involved in cell division
  • Limited resources providing clear and concise explanations


The diagram depicts the prophase phase of mitosis. During prophase, the cell prepares for the ensuing phases by initiating several critical events.


  1. Prophase:
  • Chromosomes condense and become visible as distinct entities
  • Nuclear envelope disintegrates, freeing the chromosomes
  • Centrioles migrate to opposite poles of the cell, forming spindle fibers
  1. Metaphase: Chromosomes align along the equator of the cell
  2. Anaphase: Sister chromatids separate and move toward opposite poles
  3. Telophase: Nuclear envelope reforms around each set of chromosomes, spindle fibers disassemble, and cytokinesis (cell division) occurs


  • Mitosis
  • Prophase
  • Nuclear envelope
  • Chromosomes
  • Centrioles
  • Spindle fibers
What Phase Of Mitosis Is Shown In The Diagram Below

Understanding Mitosis: The Stages of Cell Division

Mitosis is a fundamental process in cell biology, responsible for the growth and repair of tissues in all living organisms. This complex process involves several distinct stages, each with its unique characteristics. Understanding the different phases of mitosis is crucial for comprehending cellular reproduction and its implications in various biological phenomena.



Prophase marks the initiation of mitosis. During this phase, the chromatin condenses into visible chromosomes, each consisting of two sister chromatids. The nuclear envelope begins to disintegrate, and the spindle fibers form to facilitate chromosome movement.



In metaphase, the chromosomes align along the metaphase plate, a plane equidistant from the opposing poles of the spindle. They are attached to the spindle fibers by their kinetochores, ensuring proper chromosome segregation.



Anaphase follows metaphase, witnessing the separation of sister chromatids. The spindle fibers shorten, pulling the chromatids towards opposite spindle poles, initiating chromosome segregation and the formation of two identical daughter cells.



Telophase signifies the completion of mitosis. The chromosomes decondense back into chromatin, and the nuclear envelope reforms around each daughter cell. The spindle fibers disassemble, and cytokinesis, the division of the cytoplasm, occurs to finalize the process.


Although not technically a phase of mitosis, interphase is the preparatory stage preceding mitosis. During interphase, the cell prepares for division by synthesizing DNA and replicating organelles.

Prophase I and Prophase II (in Meiosis)

Mitosis is a unique process in somatic cells, whereas meiosis is the specialized cell division process that produces gametes (eggs and sperm). In meiosis, prophase I and prophase II are distinct phases unique to this process.

Metaphase I and Metaphase II (in Meiosis)

Corresponding to mitotic metaphase, metaphase I and metaphase II in meiosis involve chromosome alignment and attachment to spindle fibers. However, meiosis I is characterized by homologous chromosome pairing and the exchange of genetic material through crossing over.

Anaphase I and Anaphase II (in Meiosis)

Anaphase I in meiosis resembles mitotic anaphase, involving the separation of homologous chromosomes. In anaphase II, however, the sister chromatids of each chromosome separate, resulting in haploid gametes.

Telophase I and Telophase II (in Meiosis)

Telophase I and II in meiosis conclude the process, leading to the formation of four haploid cells. The chromosomes decondense, and the nuclear envelopes reform, completing the production of gametes.


Mitosis is a meticulously orchestrated process essential for growth, development, and tissue repair. Understanding its distinct phases allows for a deeper appreciation of the intricate mechanisms that govern cell division and the fundamental principles of life itself.

Frequently Asked Questions

1. What is the key difference between mitosis and meiosis?

Mitosis produces daughter cells identical to the parent cell, while meiosis produces haploid gametes through a specialized process involving genetic recombination.

2. How long does mitosis typically take?

The duration of mitosis can vary depending on the cell type, but it generally ranges from 30 minutes to several hours.

3. What happens if mitosis is disrupted?

Disruptions in mitosis can lead to abnormal cell divisions, chromosome abnormalities, and various genetic disorders.

4. What role do spindle fibers play in mitosis?

Spindle fibers are responsible for guiding and separating chromosomes during cell division, ensuring equal distribution of genetic material.

5. How is cytokinesis distinct from mitosis?

While mitosis involves chromosome segregation, cytokinesis is the separate process of dividing the cytoplasm to produce two daughter cells.

Video Mitosis! Explained Step by Step with Animation