5. Cytoplasm • clear, gelatinous fluid
inside the cell
• gives the cell its shape
• holds or “suspends” the
cell’s organelles
6. Ribosomes • site of protein synthesis
(where protein is made)
• can be free floating or
attached to endoplasmic
reticulum
7. Endoplasmic
Reticulum
• large “workspace” inside
cell – has “folds” for
greater surface area
2 kinds of ER 1. Rough ER: has
ribosomes attached to
make protein
2. Smooth ER: no
ribosomes attached –
other biochemical
activities here
8. Golgi Apparatus
• sorts proteins to be sent
to correct destination
• flattened system of
membranes – (look like
pancakes)
9. Vacuoles • function to store
materials
• plants have a LARGE
vacuole – animal cells
have smaller vacuoles
TYPICAL ANIMAL
CELL
TYPICAL PLANT CELL
10. Lysosome • contains digestive
enzymes
• digests/destroys
excess food, viruses,
bacteria
• also can destroy the
cell itself if needed
11. Plastids • found in PLANTS ONLY
• used for storage
EXAMPLE:
• Chloroplasts • store energy/food
• has “folds” for greater
surface area
12. Mitochondria • produces energy for the
cell
• has “folds” for greater
surface area
• each type of cell has a
different amount of these
13. Cytoskeleton • cell support structure –
gives a “framework” to the
cell
• composed of
MICROTUBULES &
MICROFILAMENTS
14. Cilia • function in movement of
the cell or line the cell to
move other things
• cilia are short, hair like
– move in waves
15. Flagella • functions in movement
of the cell
• flagella are longer –
move like a whip
16. ANIMAL CELL – PLANT CELL COMPARISON
PLANT CELL
ONLY
PLANT & ANIMAL
CELL
ANIMAL CELL
ONLY
CELL WALL
PLASTIDS (EX:
chloroplast,
leucoplast)
LARGE
VACUOLE
CENTRIOLE ALL OTHER
ORGANELLES