The Golgi complex is a tiny, cellular organelle having a complex cytoplasm structure. It is usually situated near the nucleus.
It is responsible for membrane transformation, secretion and production of complex biochemicals. The organelle performs the function of modifying, packaging, and distributing proteins and other macromolecules.
Animal cells generally have only one Golgi complex, but plant cells often have more. I hope this is helpful.
The Golgi Apparatus processes and packages proteins for delivery to other organelles in the cell after they have been synthesized.
They produce lysosomes in cell. Produce cell wall materials exept cellulose. Involve in material transportation mainly.
packaging cell organelle
The Golgi apparatus is able to: 1. Glycosylate (add sugar goups) to proteins 2. Enclose proteins vesicles and transport to a region of the cell where they are requird to perform a specific function
Yes, a vesicle is in a plant cell and also in animal cells. Portions of endoplasmic reticulum (in both plant and animal cells) break off to form small packages called vesicles. The vesicles transport processed materials to an organelle called the Golgi Apparatus.
the Golgi modifies and packages the proteins.
"The Golgi body and its vesicles function in the sorting, modifying, and packaging of macro-molecules that are secreted by the cell or used within the cell for various functions."
the vesicle enters one side of the golgi apparatus. As the proteins move through the folds, they are changed and repackaged into new vesicles. These new vesicles then move to the cell membrane.
The Golgi apparatus is able to: 1. Glycosylate (add sugar goups) to proteins 2. Enclose proteins vesicles and transport to a region of the cell where they are requird to perform a specific function
vesicles come from rough ER and the Golgi apparatus. they are made of membrane . there are 2 different types: 1. take modified materials from Golgi apparatus or rough ER to other parts of the cell. 2. usually take proteins from Golgi apparatus to the cell wall. then they join with the plasma membrane.
"The Golgi body and its vesicles function in the sorting, modifying, and packaging of macro-molecules that are secreted by the cell or used within the cell for various functions."
"The Golgi body and its vesicles function in the sorting, modifying, and packaging of macro-molecules that are secreted by the cell or used within the cell for various functions."
Yes, a vesicle is in a plant cell and also in animal cells. Portions of endoplasmic reticulum (in both plant and animal cells) break off to form small packages called vesicles. The vesicles transport processed materials to an organelle called the Golgi Apparatus.
"The Golgi body and its vesicles function in the sorting, modifying, and packaging of macro-molecules that are secreted by the cell or used within the cell for various functions."
The golgi apparatus in eukaryotic cells is a complex of vesicles and folded membranes found within the cytoplasm. Its main function is to process and package the macromolecules that are synthesized by the cell.
Pretty much the same as in a animal cell. Modify, tag and ship proteins where they are needed; in the cell or outside the cell by packing them in vesicles. Construct lysosomes for use in the cells waste management system.
Pretty much the same as in a animal cell. Modify, tag and ship proteins where they are needed; in the cell or outside the cell by packing them in vesicles. Construct lysosomes for use in the cells waste management system.
the Golgi modifies and packages the proteins.
The two main functions of the Golgi are to receive modified proteins from the ER and subject them to further modification. Then these proteins are packaged in vesicles and shipped to where they are needed in the cell and outside the cell where they are needed. Another function of the Golgi is the synthesis of lysosomes.
animals-cell membranes, cytoskeletons, nucleus, ribosomes, the endoplasmic reticulum, mitochondrion, vesicles and the golgi complex plants-cell walls, cell membranes, cytoskeletons, nucleus, ribosomes, the endoplasmic reticulum, mitochondrion, vesicles, the golgi complex, and chloroplasts