the products are energy, carbon dioxide, and water.
Yes, as vesicles are used to transport packaged material withing the cell and between cells and other parts of animal bodies. Modified and vesicle packaged proteins, shipped from the Golgi, are examples of vesicle use.
A vesicle is the mode of transport for proteins to go where they need to go. The protein is packaged into a vesicle at the endoplasmic reticulum, and is brought to the Golgi apparatus or elsewhere in the cell.
Protein products are typically stored in warehouses or distribution centers before being packaged for export. They are packaged in containers or packaging materials suitable for transport, and then shipped to their destination country for export. Packaging and storage conditions may vary depending on the type of protein product and its specific requirements.
A good analogy for a transport vesicle would be a passenger vehicle, like a bus. The analogy could work in two ways: molecules are to a transport vesicle as passengers are to a bus, or a transport vesicle is to a cell as a bus is to a city.
facilitated diffusion, secondary active transport and active transport
Vesicular active transport
A small membrane-enclosed sac that specializes in moving products within a cell is called a vesicle. Vesicles can transport molecules between different organelles within the cell or to the cell membrane for secretion.
Transport Vesicle
transport the product to stores to sell
transport the product to stores to sell
Vesicular active transport
DNA from the nucleus is transcribed into mRNA. mRNA travels to the ribosomal subunit and is translated into amino acids forming a polypeptide chain. The chain travels through the ER and exits via transport vesicle. The transport vesicle enters the golgi and a new vesicle exits with the hydrolase. The vesicle fuses with the lysosome and is ready to digest!