It doesn't need to. The goal of the mRNA is to meet with ribosome to translate a protein.
After proteins get modified in the Endoplasmic Reticulum, they are transported through the golgi apparatus where they get packaged into vesicles to late be secreted out of the cell or to be used within the cell.
Im looking for this answer too, but my best guess it the Rough ER because things usually go from there to the golgi. - Zelana
From Wikipedia, the free encyclopediaThe Golgi complex, also known as the Golgi apparatus or simply the Golgi, is a cytoplasmic organelle. It is found in eukaryote cells, such as those of animals, plant, and fungi. It was discovered by Camillo Golgi in 1898. Golgi was ignored and his discovery was said to be dirt on his lenses. Years later, electron microscope pictures showed structures just like in the original Golgi drawings. It is made of several flattened sac-like membranes which some people say look like a stack of pancakes. The main function of the Golgi apparatus is to process and package macromolecules, such as proteins and lipids. They come to the Golgi after being built, and before they go to their destination. The Golgi complex inspects them for flaws and discards extra material added during their manufacture, wraps them up and then targets them for packaging. The Golgi complex is especially active in processing proteins for secretion. The Golgi releases special enzymes called lysosomes, which clean off any extra amino acids. When the package is ready, it is pinched off the Golgi and released into the cytoplasm. The Golgi complex is part of the cellular membrane system along with the endoplasmic reticulum. The Golgi apparatus is known as the powerhouse of the cell.
The Golgi body is the organelle that accepts modified proteins from the endoplasmic reticulum and further modifies them, packages them in vesicle and ships them to places within and without the cell. The Golgi body also synthesizes lysosomes. The Golgi body is like a water bottle because the Golgi body takes things in and then distributes the proteins to where they need to go like how a water bottle takes in the water or other drinking liquid and then gives it out to where ever or whatever needs it.
What is the function of the golgi body
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.
Letters : Post Office :: Proteins : Golgi Apparatus The Golgi Apparatus packages proteins from the ribosome and prepares them to be shipped out of the cell.
The next organelle that a protein could be transported to after being formed by ribosomes on the endoplasmic reticulum is the Golgi apparatus. The Golgi apparatus processes, sorts, and packages proteins into vesicles for transport to their final destination within the cell or for secretion outside the cell.
IT can be compared to teachers because it derects you were to go and what to do!
ir you go to newpoint and have this class, this is cheating but the answer is the Golgi apparatus. i promise.
After proteins get modified in the Endoplasmic Reticulum, they are transported through the golgi apparatus where they get packaged into vesicles to late be secreted out of the cell or to be used within the cell.
Im looking for this answer too, but my best guess it the Rough ER because things usually go from there to the golgi. - Zelana
If there was no Golgi apparatus, the proteins would float around not knowing where to go. Other cells and organs in the body wouldn't function properly because they didn't receive the products from the Golgi.
The Golgi apparatus serves the cell by modifying, sorting, and packaging molecules which have been synthesized by the cell to secrete them. The Golgi apparatus also distributes proteins and lipids. throughout the cell.
A vesicle is the mode of transport for proteins to go where they need to go. The protein is packaged into a vesicle at the endoplasmic reticulum, and is brought to the Golgi apparatus or elsewhere in the cell.
For a cell to synthesise proteins, there are a few steps involved. Firstly, the DNA which codes for that protein would be transcribed to form mRNA. The mature mRNA would then be transported out of the nucleus to the cytosol of the cells. Here, ribosomes will translate the mRNA to form polypeptide chain. This is unprocessed protein. From there, the unprocessed protein may go to the rough ER to be folded into its functional structure. Here, it undergoes glycosylation. From the rough ER, it may then be transported to the Golgi apparatus to undergo phosphorylation and sugar residues modification. The processed protein could then be transported out in vesicles to be utilised by the cell or by other cells.