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This educational piece compares key cell structures to components of an airplane, enhancing understanding of cellular biology. The cell membrane acts as the airplane's walls, creating a boundary. The nucleus serves as the cockpit, the control center of the cell. The nucleolus is akin to the pilot, overseeing operations. Golgi bodies act like a snack cart, transporting packaged proteins, while mitochondria function like a generator, providing energy. The cytoplasm is comparable to pressurized air, filling the cell, and the endoplasmic reticulum resembles an aisle for transport. Ribosomes are likened to flight attendants, ensuring smooth operations, whereas vacuoles are the storage bins of the cell.
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The Cell as an Airplane Jaynie Karp
Cell Membrane= Walls of the plane The cell membrane is like the walls of a plane because it is the boundary.
Nucleus= Cockpit The nucleus is like the cockpit because it is the control center.
Nucleolus= Pilot/Captain The nucleolus is like the pilot because they both are the control center inside of the nucleus.
Golgi Bodies= Snack Cart The golgi bodies package proteins and move them throughout the cell, just like the snack cart transfers packaged snacks throughout the plane.
Mitochondria= Generator The mitochondria is like the generator because they both provide power.
Cytoplasm= Pressurized air The cytoplasm is like the pressurized air in a plane because it fills the cell.
Endoplasmic Reticulum= Aisle The endoplasmic reticulum is like the aise because both are a track in the cell where things are transported and modified.
Ribosomes= Flight attendants Ribosomes and flight attendants both do work to make cell functions smoother.
Vacuoles= Storage Bins Vacuoles are like storage bins because both store materials.