CELL TRANSPORT FOLDABLE
Instructions
Fold the papers as shown to the right and staple the folds together. Use
the instructions below to complete each tab.
TAB 1 – Phospholipid 8
● Draw a phospholipid with a purple head and green tail.
●
Label the head and the tail.
●
Label the hydrophobic part and the hydrophilic part.
●
Define hydrophobic and hydrophilic.
TAB 2 - Cell Membrane 9
● Draw a diagram of a cell membrane with an orange phospholipid bilayer, blue channel protein, green
peripheral protein, and red cholesterol.
●
Label the phospholipid bilayer, channel protein, peripheral protein, and cholesterol.
●
Write the name of the model that describes the cell membrane.
TAB 3 – Protein Pump 8
● In the banner, use red to write whether this is active or passive transport.
●
Draw a diagram showing protein pump transport with an orange cell membrane, pink protein pump, and
green molecules. Make sure the molecules are in the correct concentrations. If ATP is used, draw it in
yellow.
●
Label the high and low concentrations of molecules.
●
Draw an arrow showing the movement of molecules.
TAB 4 – Endocytosis & Exocytosis
● Label one side of the tab “Endocytosis” and the other side “Exocytosis”
●
In the banners, use red to write whether these are active or passive transports.
●
Draw diagrams showing the two transports with an orange cell membrane and green molecules. If ATP
is used, draw it in yellow.
TAB 5 – Diffusion & Facilitated Diffusion
● Label one side of the tab “Diffusion” and the other side “Facilitated Diffusion”
●
In the banners, use red to write whether these are active or passive transports.
●
Draw diagrams showing the two transports with an orange cell membrane, purple protein, and green
molecules. If ATP is used, draw it in yellow.
TAB 6 – Osmosis
● Define osmosis.
●
In the banner, use red to write whether this is active or passive transport.
●
Label the three beakers as hypotonic, isotonic, and hypertonic. Draw green molecules in the beakers
and cells to demonstrate each. Draw a blue arrow showing the movement of water in each.