The Golgi complex participates in the final stages of protein synthesis, to originate glycoproteins. Finally, these proteins are sent to their final destines in vesicles that transport them. Tristan acts as the Golgi complex.
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In this example, Tristan is like the Golgi complex in the cell.
During the process of protein synthesis, different organelles are involved. The final organelle that intervenes in the last stages of protein synthesis is the Golgi complex.
Once proteins complete their synthesis in the endoplasmic reticulum, they are sent to the Golgi complex in vesicles.
Let us remember that the Golgi complex is in charge of the final modification of proteins, synthesizes carbohydrates (GAGs), lysosomes, and is involved in new membrane formation.
Golgi complex receives proteins from the endoplasmic reticulum and processes them even more. Once there, proteins suffer different post-transductional modifications. These modifications depend on the proteins, their destiny, and the enzymes acting on them. Proteins might
Once the proteins have been modified they are packaged into different vesicles and sent from the Golgi complex to the final destiny.
The organelle´s function is to manage the recently synthesized proteins, transform them, and send them to other places.
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