Cell analogy restaurant
Cell Analogies show that cells can be compared to everyday things. This comparison helps to have a more complete understanding of the different organelles. The example Analogy that was given during class was of a city. The Nucleus was the town hall, the the Mitochondria was the factory, etc. One Analogy that could fit a cell is a Kitchen in a Restaurant.
A kitchen has all the analogies needed in order to compare it to a cell. The Vacuole compares to the Fridge in a Kitchen.
The Fridge stores food and beverages, so both the Vacuole and the Fridge store items. The Cell Membrane regulates what enters and exits the cell. The Door regulates what enters and exits the kitchen. The walls keep out unwanted materials, as well as keep in needed materials. The Mitochondria produces energy.
It relates to the oven that produces heat. The energy produced by the Mitochondria allows the cell to perform certain activities. The heat produced by the oven allows the kitchen to bake the food they made in order to serve it to their customers. The Ribosomes produce proteins, and can be compared to cooks that make food. The cell uses the proteins that are produced, and the restaurant uses the food that is made by the cooks.
The Golgi Bodies send and receive information throughout the cell. The Waiters and their food carts compare to the Golgi Bodies. The Waiters send and receive food and orders. The Endoplasmic Reticulum carries materials around the cell. The Isles in-between the tables are similar to the Endoplasmic Reticulum because they allow materials to be carried around the restaurant.
Individually, each organelle is amazing at what it can do, but together they create a functioning cell-kitchen!
How cells work is phenomenal, and all the little facts about them are mind-boggling. When comparing them to something students understand more, it makes them easier to comprehend and not as overwhelming. Now the class can understand and appreciate cells more than before this assignment. This entry was posted on Thursday March 1, at pm and is filed under Cell analogy. You can follow any responses to this entry through the RSS 2. Both comments and pings are currently closed. Create a free website or blog at WordPress.
Cell Analogy-Restaurant by Alyson Desylva. Bring your visual storytelling to the next level.
Start now. Easy editing on desktops, tablets, and smartphones. On thinglink. Explore content created by others. Use the ThingLink mobile app to tag images on smartphones and tablets. The front door is the Cell Membrane because people enter and exit through it like things enter and exit the cell.
Cell analogy example?
The restaurant power source represents the mitochondria because this powers the restaurant and the mitochondria powers the cell. The cooler is the vacuoles because it stores food,water and protein. Packaged food food to-go represents the golgi body because they package protein. The waiters in the restaurant are the E.
Protein is the food in the cooler because it will get cooked eaten and become waste like protein will travel through the cell they both go through a cycle.
This decorative plant in the corner represents chloroplasts because the plant does photosynthesis. The food is the cytoplasm because that is what keeps everything together people come here for food and people get jobs because of this restaurant. This is the cytoplasm because the cytoplasm holds everything together. Subscribe to Thinglink Content Once a month we will send 10 best examples of similar interactive media content that has been hand-picked by ThingLink team.Maintained by BiologyExams4U.
Biology Exams 4 U. Biology Exam Preparation Portal. Preparing with U 4 ur exams Cell Analogy: Cell as Factory. As you know cell is basic structural and functional unit of life. All organisms from bacteria to blue whale are made of cells. Basically there are two types of cells; Prokaryotic and Eukaryotic. In prokaryote, pro means first formed karyote means nucleus : Genetic material, DNA is not surrounded by a membrane or it is scattered in the cytoplasm.
Eg: bacteria. The other major difference is the present of organelles like mitochondria, golgi apparatus etc in eukaryotes or division of labour is there. Imagination is the key in understanding this wonderful minute structure that make us alive. Here we are going to compare a Eukaryotic cell to a factory.
A cell uses various materials and produces many products for the survival just like a factory. In a factory there are different sections; organelles can be compared to different sections of a factory. It is separated from the rest of factory especially working area. Inside cell, nucleus is the instruction centre, where instruction for the synthesis of products or proteins is coded. It is protected by a nuclear membrane, ensuring its protection from the rest of the cell.
In a factory it is the main electric station in the factory where energy or electric current is supplied to different stations in the factory for day to day activities. Products are to modified or polished before release. RER has ribosomes workers on the surface responsible for protein synthesis products. It has continuous connection with the nuclear membrane. The process is called photosynthesis. In factory, it is the site where products are classified and addressed. In factory, the packaging and transportation of products to the exit site.
Just like factory compound wall and the guarded gate. Labels: cellcell analogycell as factorycell biology essentialscell comparisoncell functionscell structureProkaryotic and Eukaryotic cells.
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We had to also include the nuclear membrane, nucleolus, cytoplasm, cell wall, golgi body, and lysosome. The nucleus would most likely be the manager of the restaurant seeing as he or she would be the "command center" for the restaurant. The DNA would be all of the files that the manager keeps, all of the general make-up for the restaurant. The mitochondria would the generators- whatever supplies the energy for the lights, appliances, etc. The ribosomes would be sue chefs. They make needed things, but not the main meal.
The chloroplasts would be the chefs since the provide the food. The vacuoles would be the refrigerators since they store the food and materials to make the food. The ER would be the waitors since they "transport" key word for ER materials food, etc. The cell membrane would most likely be the walls and support of the facility.
Hope this helps! I need some ideas of a cell analogy because i can't come up with any Im doing a restaurant, but i dont know the parts Btw 10 points for best answer : Parts that i need: 1: Nucleus 2: DNA 3: Mitochondria 4: Ribosomes 5: Choloroplast 6: Vacuoles 7: Endoplasmic Reticulum 8: Cell Membrane. Answer Save. Source s : already did this, but with a school environment.
Cell Analogy Examples. RE: Cell analogy example? How do you think about the answers? You can sign in to vote the answer. Still have questions? Get your answers by asking now.The cell is the basic unit of living systems.
Although it is relatively easy to visualize the components of cells, it is difficult to conceptualize how these components function together to sustain life within the cell. To develop an understanding of the functional processes that take place in a cell, it is helpful to draw an analogy to an automobile factory.
Although this is a relatively accurate description, it is not an intuitive description that students can readily relate to. Because cells are microscopic, difficult to visualize in three dimensions, and exceedingly complex in function, most teachers draw analogies to help students grasp their significance.
It is common to hear teachers draw analogies between cells and cities, schools, and factories. In this example we are illustrating an analogy between a cell and a factory, but it should be understood that others can be equally well developed.
Relatively few students have visited factories, and so it is helpful to review the organization of a factory as the analogy is developed. A factory is a facility where goods are manufactured for export. A factory consumes raw materials and energy in an effort to sustain its workers and provide resources to others. This is analogous to the functioning of a cell figure A cell uses material and energy resources and produces products just as a factory does. Factories produce products so that they may be sold and earn money for the corporation.
Similarly, cells produce products that may be used by surrounding cells, and in turn receive resources from surrounding cells. For example, cells in the Beta Islets of Langerhans in the pancreas produce insulin that is used by surrounding cells. Simultaneously, these same cells receive oxygen and nutrients provided by the red blood cells and plasma that flow in their neighborhood. For example, the paint room is separated from the upholstery shop so each can carry on its functions without interference from the other.
In a similar manner, factory headquarters controls the operations of a factory. The nucleus is separated from the rest of the cell by a nuclear membrane that allows it to function without interruption from surrounding organelles, just as the office walls of the headquarters allow planners and managers to direct the operations of the factory without being distracted by surrounding operations.
Doors allow people from different departments to visit and communicate. In a similar manner, nuclear pores allow for information and resources to flow between the nucleus and the cell it manages. DNA is analogous to such plans, providing the code not only for all cell products, but also the proteins that govern daily operations within the cell.
Analogy - Cell
Similarly, the cell has smooth endoplasmic reticulum through which it is believed that messenger RNA travels from the nucleus to places where it is decoded.The cell is the microscopic building block of most living organisms. Biology students learn about the parts of a cell and how they function, but it can be difficult to imagine how a cell really works. A useful way to gain a deeper understanding of what goes on inside a cell is to compare it with familiar objects and places in everyday life.
Teachers often assign cell analogy projects for this reason. A cell analogy project requires a real-life place or object in place of a cell that describes how the place's or object's components are like those of a cell. The hard exterior of a school building keeps it standing like a cell wall does in a plant cell. If you are late to school, you might find the doors locked.
Doors are like the selective openings in cell membranes, which only open at certain times and only for certain chemical signals. In a cell, vacuoles operate as small spaces to store things, much like lockers work in a school. The main office functions like the nucleus in a cell, directing the action. The crowded hallways everyone walks through are comparable to the endoplasmic reticulum, which the cell uses to get information from the nucleus to other organelles.
The teachers follow curriculum guidelines to provide students with knowledge and critical thinking skills. Compare teachers to ribosomes in this cell analogy, which are tiny organelles made of proteins that translate information from the nucleus. Students are like mitochondria, converting learning materials into knowledge instead of converting glucose into a source of energy called adenosine triphosphate, or ATP.
The Golgi apparatus packages and stores material before it leaves a cell, just like a classroom contains students until school is out. In the past, many cities had walls surrounding them to provide structure to the city limits, and so that only people with permission could enter.
In that way, they worked both like a cell wall providing a rigid boundary to a plant cell, and like a plasma membrane that only allows materials in with the correct chemical signal.
Many cities have industrial districts, where most of the factories cluster together. In a cell, the equivalent of an industrial district is the rough endoplasmic reticulum, home to the many ribosomes that assemble proteins. Mitochondria does the same thing in a cell, but it converts glucose into ATP.
Visitors to the city might leave their cars in parking lots while they visit different sites. The parking lots provide storage for those cars like vacuoles do for materials in cells. The structure its body provides makes it comparable to a cell wall. You can compare the windshield and windows to plasma membranes, since they protect the inside of the car from invaders like insects and dirt.
Cars need power to drive, and this happens when fuel, converts to energy in the engine, much like mitochondria creating ATP. In a cell, the endoplasmic reticulum helps with the transport of material through the cell; In a car, the fuel line provides fuel to the engine from the gas tank.
A car's driver is equivalent to the nucleus of a cell. If the driver does not step on the gas, the car does not move. As the engine burns fuel, it creates exhaust, which passes through the catalytic converter to make the fumes less harmful to the air before exiting the vehicle.
Like the catalytic converter, the Golgi apparatus does its own version of packaging up materials in transport. Both the car trunk and the glove compartment function as storage spaces as do vacuoles in cells.
If you have ever gone to a zoo, you have seen many animal enclosures connected by walking paths. Somewhere in the zoo is the administration office where its staff make decisions about exhibits, animals and other zoo activities. This represents the nucleus of the zoo. Before you could get into the zoo, you buy a ticket before you pass through its gates.
Zoos typically have wall enclosures around them to keep freeloaders out and to protect the animals, which operates like a cell wall. The gate is like an opening in a cell membrane that allows only ticket holders through.If we can't tunnel through the Earth, how do we know what's at its center?
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The mitochondria in a cell could be considered the actual kitchen, because it produces energy makes food. The nucleus could be the cookbook, and the Golgi apparatus is the distribution center, thereby serving the plates. Lysosomes are to a cell what the garbage disposal is to a kitchen. Asked in Building and Carpentry Cell analogy of a kitchen?
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