In-n-Out and the Cells ANALOGIES

Lysosomes break down food in the cell.

Lysosomes are like the bathroom at In-N-Out- it send out all the waste.

The cilia/pilus is a short threadlike that extends from the the cell and allows the cell to move.

Pilus/ Cilia is the palm tree at In-N-Out because it sticks out just like a pilus/ cilia.

Golgi bodies are organelles that package cellular materials and transport the packages within and out of the cell.

The Golgi bodies are the employees because the employees package the burgers and send them off to the customers.

The cell membrane is a protective outer covering of all cells that regulated the interaction between the cell and the environment .

The cell membrane represents the walls at In-N-Out; they keep the building in space.

Cytoskeleton is the network of protein filament and microtubules that controls cell cell shape, maintains intracellular organization, and is involved in cell movement.

The cytoskeleton is represented via the floor, which the main structure that holds In-N-Out.

Mitochondria is a cell that breaks down food and releases energy.

The mitochondria are the burgers because the burgers release energy to the customers/ whoever eats them.

The nucleus is an organelle that controls all the activity that goes on in the cell.

The nucleus is presented through the manager's office because the manager is what controls all the activity that goes on in In-N-Out.

Ribosomes are small cytoplasmic structures on which cells make their own proteins.

The ribosomes are the grills which make the burgers which give protein to the customers.

Vacuole is a small cavity or space in the tissues of an organism containing air or fluid.

The vacuole is the air, space, and floor at In-N-Out.

Endoplasmic reticulum is a cytoplasmic reticulum that moves materials around in the cell and is made up of a complex series of folded membranes.

This represents the drive-through will helps get the burgers out of In-N-Out