In a 'cell factory' smooth endoplasmic reticulum are the hallways.
Factories have hallways through which information from the office travels to the workers in all departments.
Similarly, the cell has smooth endoplasmic reticulum through which it is believed that messenger RNA travels from the nucleus to places where it is decoded.
It cannot be compared to a highway, but it can be compared to a dairy farm.
That depends on a cell. Since the smooth ER functions in detoxification and synthesis of lipid and carbohydrate, cells that are in livers will tend to have much more smooth ER concentration compared to a skin cell.
The smooth er is like a paradise like a city would when not in wound
Yes, the smooth endoplasmic reticulum (ER) is membrane-bound. It lacks ribosomes on its surface, giving it a smooth appearance compared to the rough ER, which has ribosomes attached. The smooth ER plays a role in lipid metabolism and detoxification processes within the cell.
The smooth er is like a paradise like a city would when not in wound
The Smooth ER takes toxins out of the cell... with out an efficient ER toxins would build up in our cells and eventually we would be come so toxic that we would die.
A conveyor belt in a factory can be compared to the smooth endoplasmic reticulum (ER) in a cell. Just as a conveyor belt transports materials smoothly within a factory, the smooth ER transports molecules like lipids and proteins within a cell.
Yes, they do have smooth ER.
Rough ER has numerous ribosomes on its surface. These are absent on smooth ER. Smooth ER studded with ribosomes. Rough ER transport of materials.
The difference between ruff ER and smooth ER is ruff ER contains attached ribosomes giving it the rough appearance, where as smooth ER does not.
The difference between ruff ER and smooth ER is ruff ER contains attached ribosomes giving it the rough appearance, where as smooth ER does not.
The difference between ruff ER and smooth ER is ruff ER contains attached ribosomes giving it the rough appearance, where as smooth ER does not.