CellNaut

Explore life at the microscopic level

Specimens
Animal & human13
Plant3
Protists & fungi3
Prokaryotes2

Plant Cell

Eukaryotic Cell

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About the Plant Cell

Eukaryotic Cell

Leaves, stems, roots

Plant cells form tissues that store energy, move water, and turn sunlight into sugars.

Clinical and real-world context

A useful non-human baseline for teaching why cell walls and chloroplasts are absent from patient tissue samples.

4 structures to explore

  • Nucleus

    The control center

    The nucleus is surrounded by a double membrane called the nuclear envelope, which contains pores that regulate molecular traffic.

    The nucleus was one of the first cell structures discovered.

  • Chloroplast

    The light harvester

    Chloroplasts convert light energy into chemical energy and give many plant tissues their green color.

    A single leaf cell can contain dozens of chloroplasts.

  • Vacuole

    The pressure reservoir

    The central vacuole stores water, ions, and small molecules while helping the plant cell remain firm.

    Vacuoles can occupy most of a mature plant cell.

  • Cell Wall

    The rigid frame

    The cell wall gives plant cells their regular shape and protects the membrane beneath it.

    Cell walls help plants stand upright without a skeleton.

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