No. The Golgi Body is an organelle inside a cell.
No, not all cells have Golgi bodies. Golgi bodies are found in eukaryotic cells, where they are involved in modifying, sorting, and packaging proteins for secretion or for use within the cell. Prokaryotic cells typically lack Golgi bodies.
An animal cell is made of a nucleus, a cell membrane, endoplasmic reticulum, mitochondrion, a nucleolus, Golgi bodies, ribosomes, lysosomes, and chromosomes. They are not that different from improved animal cells but different from human cells and improved human cells.
Golgi bodies are organelles found in eukaryotic cells responsible for packaging, modifying, and sorting proteins before they are sent to their final destinations. They are made up of flattened, membrane-bound sacs called cisternae. Golgi bodies play a crucial role in cellular transport and secretion.
The Golgi Apparatus, or Golgi Body, appears in both plant and animal cells. It's function is to receive food from the Endoplasmic Reticulum, package it, and send it to organelles throughout the cell.Yes, both plant and animal cells have Golgi bodies/apparatus
cells
Golgi bodies, named after the Italian biologist Camillo Golgi, are composed of a stack of about half a dozen sacuoles, whose purpose in the cell are to prepare and store chemical products produced in the cell, and then to secrete these outside the cell. Golgi bodies are formed when small sac like pieces of membrane are pinched away from the cell. In the endoplasmic reticulum, proteins synthesized by ribosomes are sent through the canals of the ER, where they meet up with the Golgi bodies. The proteins are then packaged in vesicles. The membranes of these vesicles are then able to bond with the cell membrane, where their contents are secreted outside the cell. Protiens are not the only material packaged in the Golgi bodies. A portion of materials in the wall of a plant cell are assembled in the Golgi bodies. The number and size of Golgi bodies found in a cell depends on the quantity of chemicals produced in the cell. The more chemicals, the more and larger bodies. For example, a large number of Golgi bodies are found in cells that produce saliva and other materials for digestion.
Golgi bodies, named after the Italian biologist Camillo Golgi, are composed of a stack of about half a dozen sacuoles, whose purpose in the cell are to prepare and store chemical products produced in the cell, and then to secrete these outside the cell. Golgi bodies are formed when small sac like pieces of membrane are pinched away from the cell. In the endoplasmic reticulum, proteins synthesized by ribosomes are sent through the canals of the ER, where they meet up with the Golgi bodies. The proteins are then packaged in vesicles. The membranes of these vesicles are then able to bond with the cell membrane, where their contents are secreted outside the cell. Protiens are not the only material packaged in the Golgi bodies. A portion of materials in the wall of a plant cell are assembled in the Golgi bodies. The number and size of Golgi bodies found in a cell depends on the quantity of chemicals produced in the cell. The more chemicals, the more and larger bodies. For example, a large number of Golgi bodies are found in cells that produce saliva and other materials for digestion.
The Golgi Bodies or otherwise known as the Golgi Apparatus is found in cells. The function of it is to basically package or sort proteins and send them either to outside of the cell or for storage within the cell
golgi bodies help package proteins
all cells are made up of cytoplasm.... and they contain organelles such as the nucleus or the mitochondria, or the Golgi apparatus. There are several other organelles that are found in cells, and some that are only found in animal cells, such as centriols or lysosomes, as well as organelles found only in plant cells, such as chloroplasts or the cell wall.
Blood and lymphatic vessels
It is made up of double folded membranes and vesicles. (Golgi body and Golgi vesicles). The Golgi body itself looks very much like the smooth endoplasmic recticulum.