The forms on the ends of the top layer of the Golgi Apparatus are the incoming transport vesicles.
endoplasmic reticulum
NO, a golgi apparatus can not be seen under a light microscope, it is one of the hardest organelles to see. It is not the size, but rather its lack of staining in contrast to the surrounding cell. Electron microscopes; however, pick up rather nice pictures of it. Both Scanning and Transmission can; however a transmission electron microscope (TEM) is particularly useful in viewing the multi-layers of this pancake looking organelle. jh/hs sciences jwilliams@freedom.k12.ok.us
Golgi bodies (or the Golgi apparatus) modifies proteins from the rough endoplasmic reticulum (Rough ER). It also transports lipids (fats) and creates lysosomes (organelles that contain enzymes). The golgi is usually nicknamed as the "post office." It receives molecules to modify then transports the modified molecules around the cell, or even out of the cell.
Cartilage
The term for enlarged ends of long bones is epiphysis. This is a thin layer of compact bone overlying spongy bone.
The medial end of the clavicle forms the sternoclavicular joint. The lateral end of the clavicle forms the acromioclavicular joint.
endoplasmic reticulum
Golgi Apparatus is a complex protoplasmic structure consisting of membrane bound, fluid filled parallel, flattened, curving arched intercommunicating cisternae & many peripherial tubules vesicles & vacules which take part in membrane formation secretion & production of complex biochemicals.The Golgi apparatus, or Golgi body, is an organelle usually found in most eukaryotic cells. It has a few different functions, but its main one is to package and process proteins before the ends of the apparatus are 'pinched' off and small spheres containing the proteins and such (lysosomes) travel to the edge of the cell to excrete it's contents.
The rough ER only moves items around the cell while the golgi apparatus packages and moves items.
The Golgi is sometimes called the shipping and receiving department of the cell. They function to modify and package proteins and lipids into vesicles, small, spherically shaped sacs that bud from the ends of a Golgi apparatus. Vesicles often migrate to and merge with the plasma membrane, releasing their contents outside of the cell.It doesn't actually build compound but can modify them.
Golgi bodies are a unique clusters called dictyosomes which inturn forms Golgi appartus or Golgi body. the newly synthesized protein is handed over to Golgi appartus which catalyses in the addition of carbohydrates, proteins, and lipids .
Many proteins need additional sugars added to them. This is called glycosylation and is essential for many proteins and occurs in the Golgi, so if these proteins didn't pass through it there would be trouble. More importantly however is that many proteins need to be secreted, and they have to be secreted through the Golgi.
NO, a golgi apparatus can not be seen under a light microscope, it is one of the hardest organelles to see. It is not the size, but rather its lack of staining in contrast to the surrounding cell. Electron microscopes; however, pick up rather nice pictures of it. Both Scanning and Transmission can; however a transmission electron microscope (TEM) is particularly useful in viewing the multi-layers of this pancake looking organelle. jh/hs sciences jwilliams@freedom.k12.ok.us
Golgi bodies (or the Golgi apparatus) modifies proteins from the rough endoplasmic reticulum (Rough ER). It also transports lipids (fats) and creates lysosomes (organelles that contain enzymes). The golgi is usually nicknamed as the "post office." It receives molecules to modify then transports the modified molecules around the cell, or even out of the cell.
to deliver proteins to other location in the cell.
gill
presentation layer
The subcutaneous layer.