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Great layout, Nathan and William! You followed instructions well. You need to show how your SER deals with Lipids in your analogy. How are the factory's materials like the proteins? What are they making? Your centriole "Vancouver Special" metaphor was funny! 92%Where are your cited sources?

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Great layout, Nathan and William! You followed instructions well. You need to show how your SER deals with Lipids in your analogy. How are the factory's materials like the proteins? What are they making? Your centriole "Vancouver Special" metaphor was funny! 92%Where are your cited sources?

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Careful with spelling:
Golgi (not Gogli)
PerOxisomes (not perxisomes)

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The walls that surround a city is like a plant cell wall. The walls of a city act as a physical barrier that can support it from falling over and can protect the city from invaders. Just like the cell wall, the cell wall protects the cell from toxic substances/material and also helps the plant hold its structure.

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#2 Cell Membrane (Plant and Animal Cells

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#2 Cell Membrane (Plant and Animal Cells

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The cell membrane is like a gate. The cell membrane is selectively permeable which means that it chooses and allows only good material to come through. Just like a gate, the gate will keep out the bad people and only allow good people to enter.

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The nucleus is like the Parliament. The nucleus contains genetic information which are the genes to that cells and intern means that it controls the characteristic of the cell. Just like the nucleus, the parliament building of a city makes rules and regulations that control what can and can't happen in a city.

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The Nucleoli is like the House of Commons. The nucleoli is found in the nucleus and contains proteins and RNA. Its function is to create sub units of ribosomes. Just like a nucleoli, the house of commons contains law and people. With Law and power, the House of Commons can demand a certain order to be changed or modified.

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Ribosomes are like Factories. Ribosomes create proteins that are functioned to repair damage or direct chemical processes. Factories are like ribosomes because they create materials that are essential to sustaining the city, just like ribosomes create proteins that modify the cell to keep it alive.

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#6 Endoplasmic Reticulum (Plant and Anmial Cell)

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#6 Endoplasmic Reticulum (Plant and Anmial Cell)

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The ER is like a factory's loading dock. The ER is a complicated system of membranous channels that modify proteins when are passed through and transport them to places like the Golgi body. A factory's loading dock acts as an ER because it modifies materials in the factory then decides to transport or keep the material.

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#7 Rough Endoplasmic Reticulum (Plant and Animal Cell)

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#7 Rough Endoplasmic Reticulum (Plant and Animal Cell)

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The Rough ER is a membranous channel that contains many ribosomes attached on the walls. The ribosomes are responsible for the assembly of many proteins. A moving company is like the rough ER because it has workers that gather your materials and assembles them in the truck to be moved to another location.

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#8 Smooth Endoplasmic Reticulum (Plant and Animal Cell)

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#8 Smooth Endoplasmic Reticulum (Plant and Animal Cell)

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The Smooth ER is like a Factory's conveyor belt. The Smooth ER is more tubular than the rough ER and does not contain ribosomes. It synthesizes lipids and packages proteins. A factory's conveyor (tubular) belt packages material (proteins) and sends them off to other destinations after they are synthesized.

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#9 Gogli Apparatus (Plant and Animal Cell) 

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#9 Gogli Apparatus (Plant and Animal Cell) 

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The Golgi Apparatus is like a post offices. The function of the Golgi Apparatus is to receive macro molecules like lipids and proteins from the er to be further modified. The macro molecules are then repackaged in secretory vesicles that proceed to the plasma membrane. The Golgi Apparatus is referred to as a post office because it sorts, collects, packages, and distributes macro molecules.

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Lysosomes are like garbage trucks. Lysosomes are vesicles created from the Golgi apparatus that contain hydrolytic digestive enzymes which are responsible for digesting bad molecules and secreting them as waste. Garbage trucks can be referred to as lysosomes because its function is to collect waste and dispose the waste to landfills.

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Vacuoles are like warehouses. Vacuoles are a membrane-bound structure that contribute to the cell by storing waste products, storing water for the plant, maintaining the pressure of the cell, and importing/exporting products in/out of the cell. Vacuoles are like warehouses because they store lots of different items that are very useful for the city.

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#12 Peroxisomes (Plant and Animal Cells)

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#12 Peroxisomes (Plant and Animal Cells)

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Peroximes are like street cleaners. Peroximes are small, membrane-enclosed organelles that contain enzymes are involved in many metabolic reactions. In plants, it is responsible for the conversion of stored fatty acids to carbohydrates. In animal cells, it is responsible for carrying out oxidation reactions that lead to the production of hydrogen peroxide. Street cleaners strive to keep the city clean just like how the function of peroximes are to keep the cell clean.

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#13 Mitochondria (Plant and Animal Cells

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#13 Mitochondria (Plant and Animal Cells

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The “powerhouses of the cell “mitochondria. The parts of cells that turn sugars, fats and proteins that we eat, into forms of chemical energy that the body can use to carry on living. The mitochondria creates the most energy in the cell. A power plant creates energy for the city in hopes that city will never lose power

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#14 Chloroplasts (Primarily in Plant Cells)

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#14 Chloroplasts (Primarily in Plant Cells)

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Chloroplast are like solar panels. Chloroplast is the structure within the cells of plants that is the site for photosynthesis. This process absorbs sunlight and uses it in conjunction with water and carbon dioxide gas to produce food for the plant. The chloroplast captures light energy form the sun to produce free energy into ATP. Solar panels are like chloroplasts because they create free energy for the city to use, using sunlight.

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#15 Cytoskeleton (Plant and Animal Cell) 

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#15 Cytoskeleton (Plant and Animal Cell) 

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The cytoskeleton are like structural beams that hold up buildings. The cytoskeleton contains 3 types of protein components, actin filaments, intermediate filaments, and microtubules, which contributes to the cells shape and allows the cell to move. It gives support to the cell membrane, helps evenly split up chromosomes during cell division, and aids in recovery from any outside injury. Structural beams hold up large buildings and are key to stabilizing a city, just like how cytoskeletons contribute to the structure of a cell.

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#16 Cilia and Flagella (plant and Animal Cells)

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#16 Cilia and Flagella (plant and Animal Cells)

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The Cilia and Flagella are like Airplanes. Cilia and Flagella are hair like structures that allow for a cell to move. Cilia's are shorter haired and Flagella's are longer. Their main functions are to move liquid past the surface of the cell. An airplane moves carries things into and out of the city, just like how the cilia and flagella can move a cell around.

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Centrioles are like Vancouver specials. Centrioles organize and transfer chromosomes and other organelles during meiosis and mitosis. It serves as the construction point for cellular microtubules. Vancouver specials are like centrioles because a default template is used to build the same house over and over again, just like how the cell divides into the same cell.