This is the function of the Golgi Body.
Yes, the Golgi apparatus has polarity in its structure and function. It typically has a cis face (entry side) and a trans face (exit side), with molecules being processed sequentially from one side to the other. This polarity is crucial for its role in modifying, sorting, and packaging proteins for delivery to different parts of the cell.
Yes, the Golgi apparatus has a membrane. It is made up of a series of flattened sacs or cisternae that are surrounded by a lipid bilayer membrane. The membrane of the Golgi apparatus helps in maintaining the structure and function of this organelle.
What is the function of the golgi body
Golgi apparatus.
strcture
Golgi apparatus
This is the function of the Golgi Body.
Yes, the Golgi apparatus has polarity in its structure and function. It typically has a cis face (entry side) and a trans face (exit side), with molecules being processed sequentially from one side to the other. This polarity is crucial for its role in modifying, sorting, and packaging proteins for delivery to different parts of the cell.
The Italian scientist who discovered the Golgi complex in 1898 was Camillo Golgi. Golgi's discovery revolutionized the field of cell biology and provided important insights into the structure and function of cells.
Golgi bodies are found in cells. They are involved in the re- packaging of proteins produced by the Endoplasmic Reticulum. Since the cell is a 3 D structure, Golgi bodies can be found suspended anywhere in the cell.
Yes, the Golgi apparatus has a membrane. It is made up of a series of flattened sacs or cisternae that are surrounded by a lipid bilayer membrane. The membrane of the Golgi apparatus helps in maintaining the structure and function of this organelle.
What is the function of the golgi body
Golgi apparatus.
Golgi apparatus is strictly a eukaryotic structure
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The golgi apparatus is an organelle inside the cell membrane. There are various names for this apparatus: golgi body, golgi complex. The golgi apparatus is basically a stack of flattened vesicles that shape the protein into the correct form to do its functions. It receives proteins from the Rough Endoplasmic Reticulum (RER), which is dotted with ribosomes that translate mRNA into proteins. The proteins are then packaged into vesicles and shipped to the Golgi body. Usually, by this time, the protein's positive and negative bases, in addition to hydrophilic and hydrophobic sides, has already arranged the protein into secondary structure. The golgi body then proceeds to mold the protein into tertiary, and even quaternary structure. Quaternary structure is the only level of structure that is not mandatory for proteins to have. Hope this helps! :D