The Golgi body gathers simple molecules and combines them to make more complex molecules. These are the proteins and other newly formed materials that it distributes to other parts of the cell.
organelle
Through the blood circulation system
Golgi bodies, or Golgi apparatus, primarily prepare proteins and lipids for secretion. They modify, package, and distribute these substances, often adding carbohydrate groups to proteins in a process called glycosylation. This prepares them for delivery either to the cell surface for export or to other locations within the cell.
Proteins are the macromolecules primarily responsible for transporting substances in and out of cells. Specifically, membrane proteins, such as channels and transporters, facilitate the movement of ions, nutrients, and other molecules across the cell membrane. These proteins can operate passively, allowing substances to move along their concentration gradients, or actively, using energy to transport substances against their gradients.
cytoplasm
organelle
Golgi bodies are stacked, flattened membranes which sort proteins and other cellular substances and package them into membrane-bound structures called vesicles.
Through the blood circulation system
Antibodies, enzymes and hormones
The Golgi complex plays a role in packaging and sorting proteins and lipids into vesicles for transport to other parts of the cell or for secretion. It also modifies and processes these molecules before they are sent to their final destination within or outside of the cell.
same as in diamond. just deliver the package to your rival and he gives you the other town map
Fat holds about 10 of its weight in water, which is more than other substances like carbohydrates and proteins.
Transport vesicles. Perhaps by motor proteins and entering the trans side of the Golgi.
Golgi bodies, or Golgi apparatus, primarily prepare proteins and lipids for secretion. They modify, package, and distribute these substances, often adding carbohydrate groups to proteins in a process called glycosylation. This prepares them for delivery either to the cell surface for export or to other locations within the cell.
Proteins are the macromolecules primarily responsible for transporting substances in and out of cells. Specifically, membrane proteins, such as channels and transporters, facilitate the movement of ions, nutrients, and other molecules across the cell membrane. These proteins can operate passively, allowing substances to move along their concentration gradients, or actively, using energy to transport substances against their gradients.
Apocrine Sweat Glands.
cytoplasm