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The smooth ER funtions like the handy-robots that run at ChanLam Cupcake Factory

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The smooth ER funtions like the handy-robots that run at ChanLam Cupcake Factory

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The folded membranes of the the smooth ER makes phospholipids and creates vesicles for products to be sent to the golgi apparatus in. They fortify the cell and help keep it running smoothly. In a close parallel, our handy-robots zip around the factory and help keep it looking beautiful! They maintain the factory by patching up the door and helping to transport products to the cafeteria.

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Cells are considered the most basic unit of life, but to be alive, a single cell must be full of complexity.
Here at ChanLam Cupcake Factory, we looked at this idea and saw a world of possibility. Within each cell are organelles all working together and running incredibly smoothly, like a factory.
When we first set out to build the best cupcake factory in the world, we took our inspiration from nature and followed the intricate design of one basic unit- the cell.
Now, we'd like to welcome you to the first ever tour of ChanLam Cupcake Factory!

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The Cell walls are like the walls of our factory

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The Cell walls are like the walls of our factory

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Cell walls, typically made of cellulose, are strong and give the plant structure. In our factory, the metal walls do the same thing. They create a sturdy support system that protects everything inside the factory.

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The plasma membrane is like the door of our factory

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The plasma membrane is like the door of our factory

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The plasma membrane (made of phospholipids and cholesterol in animal cells) is semi-permeable. It allows only certain things to pass in and out of the cell like waste or proteins and nutrients. Similarly, the door to the ChanLam Cupcake Factory has a security clearance which only allows authorized personnel in and out.

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The nucleus is like the ChanLam head office

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The nucleus is like the ChanLam head office

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As the CEOs of ChanLam factory, we sit in the head office and oversee everything in our factory. The nucleus is the 'brain' of the cell, which is similar to our head office because it controls all the functions of the cell. We store all our important files (including our secret cupcake recipe!) in the head office just like the nucleus stores DNA which carries the instructions for how everything will function within in the cell.

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The nucleoli is like our employee management centre 

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The nucleoli is like our employee management centre 

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The nucleoli is a concentrated area of chromatin, RNA, and proteins. It joins protein and RNA forming ribosomal RNA. This in turn goes on to form proteins. Our employee management finds people to make our product just like the nucleoli forms ribosomes to make proteins.

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Ribosomes are responsible for protein synthesis just like our employees who are responsible for the production of top-quality, gourmet cupcakes.

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The endoplasmic reticulum is like our state of the art conveyor belt system  

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The endoplasmic reticulum is like our state of the art conveyor belt system  

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The ER processes and modifies proteins as well as transporting the proteins around the cell. Our state of the art conveyor belt works in a very similar way. It modifies and sends our product around the factory for different assesments.

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The rough ER is like our international packaging centre

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The rough ER is like our international packaging centre

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The rough ER is a network of folded membranes with many ribosomes. From here, proteins will be sent to the membrane or out of the cell. Our international packaging centre mirrors this system quite closely. The packaging centre contains many employees and the cupcakes here are destined for our international customers and therefore must be sent out of the factory.

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The golgi apparatus is like our cafeteria ladies

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The golgi apparatus is like our cafeteria ladies

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In the golgi apparatus proteins and lipids are collected, sorted, packaged, and distributed. It is also involved in the formation of lysosomes. Resembling this, the job of the cafeteria ladies in our factory is to sort, package, and distribute cupcakes into lunch for the other employees. But what happens to the bad cupcakes? Thanks to our cafeteria ladies we have a solution for that! Though unassuming, these ladies are actually involved in a very special process. They are the creators of the garbage disposal system! But how do they do it? Well, there's a simple answer for that- magic! After coming into contact with large quantities of Plutonium at a different  cupcake factory, they acquired some very special gifts. With just a look they can turn bad cupcakes into hungry monsters we like to call Lysosomous-Rexes.

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The Lysosomes are like the Lysososmous-Rexes in our factory

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The Lysosomes are like the Lysososmous-Rexes in our factory

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The Lysosomous Rex is like the recycling system of our factory. Made of reject cupcakes, it’s envious of our perfect, packaged product. It tracks the irresistible scent to our packages and rips it open to get to the cupcakes. When it eats, it breaks the product down into its basic ingredients. These ingredients can be reused for other things in the factory. Similarly, the lysosome contains digestive enzymes and acts as a ‘recycling system’ in the cell. When it fuses with a vesicle, the digestive enzymes break down the package into its subunits. These can be reused in the cell.

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The chloroplasts are like the solar panels in our factory

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The chloroplasts are like the solar panels in our factory

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Chloroplasts are special organelles found only in plant cells. Inside a single chloroplast are hundreds of stacked structures called grana. The grana contain chlorophyll molecules which can use solar energy to produce carbohydrates- energy for the plant. The solar panels used by ChanLam Cupcake Factory carry out a very similar function. Like the grana in a chloroplast, the solar panel is made up of many solar cells. These cells capture energy from the sun before converting it into a form useful for our factory- electricity.

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The mitochondria are like the wires in our factory

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The mitochondria are like the wires in our factory

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In a cell, the mitochondria use energy from the chloroplasts (plant cell organelles) and are converted into ATP to carry out certain functions. Tissues requiring more energy have more mitochondria in their cells than tissues requiring less energy. In the eyes for example, cells have more mitochondria in them because they require more energy than other tissues.

In our factory, the wires take energy from the solar panels and allow it to be used to carry out a function. larger amounts of wires are found in places that need more energy. Going into the mixing room, for example, thick bundles of wires are used for the gigantic mixing machines to accommodate our huge vats of batter. In our office though, there aren't as many wires because there's no heavy machinery.

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Cilia are hair-like projections often of the outside of cell for movement or as a lining. In the human body for example, cilia are used to clear debris from the lungs. We took this idea and made a state of the art filtration system that ensures our employees only breathe the cleanest air.

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The centrioles are like the Expansion Support Team

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The centrioles are like the Expansion Support Team

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The centriole's main job is to help with cell division. When a cell is going to divide the centrioles separate the chromosomes and organize the miotic spindle. The centrioles also replicate before cell division which gives the new cell a pair of centrioles. This is just like our Expansion Support Team because they are in charge of separating and gathering the necessary information for the new branch as well as training two people to be the Expansion Support Team in the new branch of ChanLam Cupcake Factory.

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In a cell, the flagella are whip-like tails that can be used to propel the organism forward. ChanLam Cupcake Factory takes the idea of the flagellum and applies it to everything we do here. That's because the flagella are like our ambition. It propels us forward and it can take us anywhere.

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Peroxisomes oxidize organic substances and break down fatty acids. They contain the enzyme catalase which breaks down the toxic hydrogen peroxide that forms when the substances are oxidized.
Just like the peroxisomes breaking down fatty acids, our janitors go around ensuring a safe work environment and make sure there's no debris to ruin our expensive machines. When they're cleaning, they have to use toxic chemicals, but like the peroxisomes, they have a solution. They make sure to use CHANLAM MAGIC SPRAY to neutralize the toxins and keep workers safe.

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The vacuole is like our Super Storage System

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The vacuole is like our Super Storage System

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The vacuole, which is found in both plant and animal cells, stores substances like water, sugar, and salt. In plant cells, it stores pigments and toxins too. It is a much more prominent organelle in plant cells, it is quite large and also plays a role in giving structural support to the cell. It is the plant vacuole that inspired the Super Storage System. This innovative storage unit will make you forget Ikea. Measuring 400 meters in circumference and over 200 metres high, this transparent, cylindrical tube reaches from the basement to the top floor and contains every ingredient used in our secret recipe for ChanLam cupcakes

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The vesicles are like our cupcake packaging

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The vesicles are like our cupcake packaging

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Produced in the golgi apparatus, the vesicles are packages that contain molecules enclosed in a lipid bilayer. The vesicles can fuse with a lysosome and be broken down into its sub units to be recycled within the cell. In our factory, the cafeteria ladies package our product which is sometimes eaten and broken down by the Lysosomous-Rex.

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The cytosketon is like the framework for our factory

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The cytosketon is like the framework for our factory

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in ChanLam Cupcake factories, our high tech building materials allowed us to build our factory in the distinctive cupcake shape. Many of our appliances are attached to the walls, but can be slid around for easy cleaning.
This is like in a cell, most of the organelles are attached to the cytoskeleton. This is made of microtubules, intermediate filaments, and actin filaments. The cytoskelton also gives the cell shape. This is important for animal cells that don't have a cell wall because this gives them a defining shape. Having a cytoskelton allows the cell to move and enables movement of the organelles within.

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We designed a mythical factory and exceed expectations for our analogy.
We did this by creating original inventions for factory appliances that mirror the organelles in a cell. As well, we have hand drawn pictures to enhance the “factory tour” experience we created.

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Great work drawing all of the factory components! I loved the details in the ChanLam head office (nice name too!) and the endoplasmic reticulum! In addition, your analogies were fun to read! Lysosomus-rexus! Ha! Ambition=flagella...Ha Ha!
Great idea to blot out the inside of the cell to show the cell wall only!
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