Proteins in the membrane of the Golgi may be sorted and modified as they move from one side of the Golgi to the other. and Lipids in the membrane of the Golgi may be sorted and modified as they move from one side of the Golgi to the other.
The cis-Golgi network is located near the endoplasmic reticulum and receives newly synthesized proteins from the ER. The trans-Golgi network is located towards the plasma membrane and sorts and packages proteins into vesicles for delivery to their final destinations. In summary, the cis-Golgi functions in receiving while the trans-Golgi functions in sorting and packaging.
That is the golgi body. They pack the proteins in vesicles
The Golgi apparatus is important in modifying, sorting and packaging macromolecules for secretion. Some people say it is similar to a post office where it packages and labels items and then sends it to different parts of the cell.The vesicles that leave the RER are sent to the cis face of the Golgi where they fuse and empty their contents into the lumen. Once there they are modified and sorted. Then send on their way.The transport mechanism which proteins move through the Golgi is not clear.
It is responsible for modifying, packaging, and distributing proteins and other macromolecules. Proteins are assembled by the ribosomes of the rough ER, and then packaged into little parts of the ER membrane. These membrane packages pinch off, creating a small spherical pouch called a vesicle. The vesicles then make their way through the cytosol (the fluid inside the cell), to the nearby Golgi apparatus. Proteins enter the Golgi body through the cis face when their vesicle fuses with the Golgi membrane and opens up, emptying its contents into the cisternae. From there, they begin to make their way through each section of the Golgi apparatus until they reach the trans face. Along the way, they are processed based on their ultimate function and destination.
Cisternal maturation occurs in the Golgi apparatus, specifically in the cis-Golgi network. This process involves the gradual maturation and transformation of cis cisternae into trans cisternae, allowing for the processing and sorting of proteins within the Golgi apparatus.
Vesicles enter the cis face of the Golgi apparatus, also known as the forming face or entry face. From there, they move through the Golgi stacks to the trans face, where they ultimately exit the Golgi apparatus.
Golgi apparatus ship or send vacuoles around the cells. The vacuoles are created in the E.R, where they go to the cis face of the apparatus, are processed, and leave on the trans face.
Cis and trans faces form on the ends of the top layer on the Golgi apparatus. The cis face receives vesicles from the endoplasmic reticulum, while the trans face ships vesicles to their final destination within the cell or to the cell membrane.
hahaha....
The Golgi apparatus possesses a cis and trans side composed of cisternae. Proteins and lipids are modified and sorted as they move through these compartments, with the cis side receiving materials from the endoplasmic reticulum and the trans side shipping them out to their destinations.
The Golgi body
Proteins in the membrane of the Golgi may be sorted and modified as they move from one side of the Golgi to the other. and Lipids in the membrane of the Golgi may be sorted and modified as they move from one side of the Golgi to the other.
lysosomal membrane is formed in ER where is later modified and transfered to the cis face of Golgi apparatus where further procesing release lysosome, at least some of them probaly arise from trans face of the Golgi.
The cis-Golgi network is located near the endoplasmic reticulum and receives newly synthesized proteins from the ER. The trans-Golgi network is located towards the plasma membrane and sorts and packages proteins into vesicles for delivery to their final destinations. In summary, the cis-Golgi functions in receiving while the trans-Golgi functions in sorting and packaging.
The Golgi apparatus has a structure that is made up of cisternae, which are flattened stacks of membrane usually found in a series of five to eight, or until they fill up the cytoplasm. These cisternae help proteins and cytoplasmic components biochemically react and travel between different parts of the Cell.How the proteins and vesicles pass through the Golgi apparatus structure is clearly represented and understood.According to the vesicular transport model, there are a variety of compartments located between the cis, essentially the beginning of the Golgi apparatus, and the trans, the end. These compartments shuttle along the macromolecules from section to section using membrane-bound carriers. The cisternal maturation model states that the vesicles fuse to each other at the cis face of the Golgi apparatus and are essentially pushed along as new vesicles fuse together behind them.
That is the golgi body. They pack the proteins in vesicles