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Centrioles consist of a 9+0 pattern of microtubules. The transistors inside a computer work similarly to centrioles.  The transistors can split or amplify the electric current running through the computer like how the centrioles can divide or make copies of themselves.

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The cilia and flagella consist of a 9+2 pattern of microtubules. The internal wirings of a computer have a similar role to what the cilia and flagella perform. The wirings send electricity and data information throughout the computer like how the cilia and flagella move cells forward.

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The cytoskeleton is composed of microtubules, intermediate filaments, and actin filaments. The wiring cover throughout a computer has the same idea of the cytoskeleton of a cell. The wiring cover gives the wires inside structure like how the cytoskeleton shapes and protects the cell and allows it to move.

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The chloroplast is composed of membranous grana bounded by two membranes. The power cord of a computer works similarly to the chloroplast of a cell. The power cord receives energy from a power outlet which in turn it creates into power to be used by the computer to function just like how the chloroplast of a cell performs photosynthesis by receiving energy from the sun and transforming that into food to be used by the organism.

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The mitochondria are composed of inner membrane called cristae bounded by an outer membrane. The power supply of a computer is like the mitochondria of a cell. The power supply gives the computer power in the form of watts so it can function just like how the mitochondrial give cells energy to function in the form of ATP.

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Peroxisomes are composed of membranous vesicles containing digestive enzymes. Computer batteries are like the peroxisomes of a cell. The battery charger on a computer gives the computer the energy to perform vital tasks such as the running of the computer itself like how the peroxisomes in a cell are used for various metabolic processes in a cell such as the breakdown of various substances including fatty acids and amino acids.

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Vacuoles and Vesicles are composed of membranous sacs of various sizes. Computer hard drives work similarly to vacuoles and vesicles. Hard drives are used for the storage of data on a computer like how vacuoles and vesicles are used for the storage of substances in a cell.

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Lysosomes are composed of membranous vesicles containing digestive enzymes. The air ducts on a computer's case work similarly to the lysosomes. The air ducts are used for sucking out dust and other particles keeping the computer clean and healthy like how the lysosomes digest foreign materials and food to keep cells clean.

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Golgi Apparatus vs Graphics Processing Unit (GPU)

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Golgi Apparatus vs Graphics Processing Unit (GPU)

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The Golgi Apparatus is composed of a stack of small membranous sacs. The GPU on a computer works similarly to the Golgi Apparatus. The GPU is used for processing data/information and displaying it on the computer screen like how the Golgi Apparatus is used for processing, packaging, and distributing proteins and lipids.

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Smooth ER vs Static Random Access Memory (SRAM)

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Smooth ER vs Static Random Access Memory (SRAM)

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The smooth ER is composed of a network of folded membranes having no ribosomes. The SRAM on a computer is also used to perform various temporary tasks on a computer like how the smooth ER does except it is an older, and not as versatile type of ram like how the smooth ER becomes when it looses its ribosomes.

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The rough ER is composed of a network of folded membranes studded with ribosomes. The DDR RAM on a computer works similarly to the rough ER in a cell. The ram is used to perform various temporary tasks given to it by the components like the CPU much like how the rough ER is used for the various tasks of folding, modifying, and transporting proteins. DDR RAM specifically is a newer more faster version os standard SRAM allowing it perform more functions like how the rough ER can with its ribosomes.

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ER are composed of membranous flattened channels and tubular canals. The motherboard of a computer works similarly to how the ER works in a cell. The motherboard connects all components of a computer together allowing them to all send and receive information to make the computer run much like how the ER manufactures and transports materials across the cell.

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Ribosomes are composed of protein and RNA in two subunits. The various amounts of processor cores are like the various types of ribosomes. Each processor core of a computer has a designated task whether that be for gaming, editing etc much like how the ribosomes have various tasks such as protein synthesis which creates proteins for the cells to use.

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The nucleoli is composed of a concentrated area of chromatin, RNA, and proteins. The various software programs of a computer are like a cells nucleoli. Various software programs allow you access to new features and functions you did not have before much like how the nucleoli created ribosome subunits giving cells access to more functions to do.

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The nucleus is composed of a nuclear envelope, a nucleoplasm, chromatin, and nucleoli. The nucleus is like the cpu chip of a computer. A cpu chip is the brains of the computer, it contains and directs information for the other computer parts to follow much like how the nucleus stores genetic information and directs activities within the cell.

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The plasma membrane is composed of phospholipid bilayer with embedded proteins. The plasma membrane is like the cooling vents inside a computer. The cooling vents of a computer regulate the passage of air flow into the computer and dust and other particles out of the computer much like how the cell membrane regulates molecule passage into and out of cells.

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The cell wall is composed of polysaccharides. The cell wall is like a computers case. The computer case gives structure, support, and protection to a computers internals much like how a cell wall gives structure, support, and protection to its fellow cells.

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I will be giving the analogy of how cell organelles are similar to computer components. (Extension)