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Cells that contain membrane-bound organelles, including a nucleus

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structure that contains chlorophyll; where photosynthesis happens

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a large fluid-filled sac that presses against the cell wall and keeps the plant erect

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fluid-filled sac that helps with digestion in animal cells, and stores nutrients in plant cells

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Tough layer of material that surrounds the plasma membrane of plant cells

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Mix of proteins and polysaccharides, secreted by tissue cells, that binds the cells together and gives tissue mechanical strength; also coordinates cell development and movement.

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Organized collection of cells that carry out specific functions.

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Tiny particle of protein and RNA that translates the information in RNA molecules

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The genetic material of the cell

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Robert Hooke's published book/report explaining cells. (First use of the word cells)

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(1636-1703)
First person to see a cell up close with the human eye

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Nucleus

Cytoplasm

Ribosomes

Mitochondria

Endoplasmic Reticulum

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Jelly-like region within the cell in which other cellular components are found

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Cells without a nucleus and other membrane-bound structures

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How are they different from eukaryotic cells?

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How are they different from eukaryotic cells?

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They’re smaller, without a nucleus, can thrive in more diverse habitats, and can divide and reproduce quicker.

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Barrier that separates the inside of a cell from the outside

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(1810-1862)
German physiologist who focused on animals

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(1804-1881)
German botanist who focused on plants

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Use of an electron microscope.

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Use of a light microscope.

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Light microscope that uses fluorescence to highlight specific structures within a specimen; a light microscope can distinguish items down to about 0.2 micrometers in size.

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An instrument that uses beams of electrons to illuminate specimens; it allows visualization of cells and organelles.

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2. All living things are made of cells.

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3. All cells come from preexisting cells.

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Rectangular shape

Chloroplast

Plastids

Rigid Cell Wall

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Irregular Circle-Like Shape

Lysosomes

Cilia

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1. Cells are the fundamental unit of life.

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An instrument that uses visible light to illuminate specimens; magnifies up to 1,000 times.