dehydration synthesis
protein synthesis
yes polymerization yields them. amino acids polymerize to form proteins by peptide bond. Simple sugars such as glucose make glycogen or starch.
stuff like crackers has starch in it. the enzymes in your mouth break down starch (in about 5 inutes) into simple sugars.
Polysaccharide
starch can be broken down into simple sugars by the enzyme amylase
protein synthesis
sugars, glucose, starch in plants and glycogen
Are complex sugars that are stored. Glycogen is the way that sugar is stored in animals, starch is the way that sugar is stored in plants.
the liver
yes polymerization yields them. amino acids polymerize to form proteins by peptide bond. Simple sugars such as glucose make glycogen or starch.
cellulose, starch, and glycogen All of the above are composed of glucose molecules.
It simply isn't enough for our bodies to have simple sugars (no pun intended) available at all times for our energy uses. This would require us to consume food constantly. This is why we have glycogen. Glycogen is the storage form of those simple sugars. It can be broken down whenever we need energy. A lot more convenient than eating whenever we need energy, wouldn't you say?
Hydrolysis of starch produces simple sugars. This simple sugars then pass through various mechanism to yield ATP molecules. Starch is a storage polysaccride.
It is broken down into glucose molecules, which are then transported to cells to be used as an energy source or stored as glycogen.
Simple sugars, such as glucos, form chains through polymerization to create starch.
stuff like crackers has starch in it. the enzymes in your mouth break down starch (in about 5 inutes) into simple sugars.
Polysaccharides