Interphase
Prophase & Metaphase
Anaphase & Telophase
Structure & Functions
Visual & Concepts
100

The stage where a cell spends approximately 90% of its life cycle growing and carrying out normal functions.

Interphase

100

The phase of mitosis where chromatin condenses into visible chromosomes and the nuclear envelope disappears.

Prophase

100

The phase where sister chromatids are pulled apart toward opposite poles of the cell

Anaphase


100

Two identical copies of a single chromosome held together at the center.

Sister Chromatids

100

Stage where chromosomes look like an "X" shape under a microscope but are not yet lined up in the middle.

Prophase

200

The specific sub-phase of Interphase where DNA is replicated.

Synthesis (S Phase)

200

The phase of mitosis where chromosomes align along the center equator of the cell.

Metaphase

200

The phase where two new nuclear membranes reform around separated chromosome sets.

Telophase

200

Protein threads that pull chromosomes apart during nuclear division.

Spindle Fibers

200

Stage where separated chromosomes look like single "V" shapes moving away from the center.

Anaphase

300

The loose, uncoiled form of DNA found inside the nucleus during Interphase.

Chromatin

300

The organelle structures that move to opposite ends of the cell during prophase to extend spindle fibers.

Centrioles

300

The final division of the cell's cytoplasm that creates two independent cells.

Cytokinesis

300

The shallow groove formed in animal cell membranes during cytokinesis

Cleavage furrow

300

The total number of daughter cells produced at the end of mitosis, and their genetic relation to the parent cell.

2 Genetically identical daughter cells

400

The final sub-phase of Interphase where the cell makes final preparations for nuclear division.

Gap 2 / G2 Phase

400

The specific region on a chromosome where spindle fibers attach during metaphase.

Centromere or Kinetochore

400

The structure formed during cytokinesis in plant cells to split the daughter cells apart.

Cell Plate

400

The main biological purpose of mitosis in multicellular organisms.

Growth and tissue repair (for somatic cells)

400

The term for human body cells that undergo mitosis

Somatic Cells

500

The cell cycle checkpoint occurring near the end of Interphase that checks for DNA damage and ensures all DNA is fully replicated before nuclear division begins

G2 checkpoint

500

The protein complex assembled on the centromere of each chromosome where spindle fibers attach during Metaphase.

Kinetochore

500

The state of human chromosomes in Anaphase versus Telophase, where individual sister chromatids become individual single-stranded chromosomes once separated.

Individual Chromosomes 

500

The resting, non-dividing state entered by specialized cells (such as nerve cells) that exit the cell cycle during G1

G0 phase (G-no phase)

500

Uncontrolled, rapid cell division that occurs when genes regulating the cell cycle checkpoints mutate and fail.

Cancer

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