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celluloste
A disaccharide carbohydrate, maltose can be easily hydrolised into 2 glucose molecules. (In humans, such a hydrolysis is accomplished by the enzyme maltase) As such, it is a rather efficient, energy-yielding molecule. (Glucose, as we all know, is a ubiquitous energy-providing molecule)
There are several advantages because the glycogen molecule is branched. It is a better storage facility for glucose because the branches make it more soluble, and the glycogen is also synthesized more quickly.
2 glucose
Protines make up enzymes that break down starch, as well as other large moleculse, this process is called hydrolysis. Most enzymes end in "-ase" and work only in specific reactions. Polysaccharides such as glycogen are formed by linking many monosaccharides. The most common polysaccharides are starch, glycogen, and cellulose. All of these are polymers of glucose. They differ by the type of bond found between glucose molecules. Starch is the storage form of glucose found in plants; glycogen is the storage form in animals. Most glycogen in humans is stored in the liver and muscle. Human saliva also contains an enzyme called amylase. This enzyme helps to turn starch into a sugar called maltose. When your food gets into the small intestine, more amylase is made by the pancreas and this turns the remaining starch into maltose. Another enzyme (maltase) turns all this maltose into glucose. Glucose is then absorbed into the blood.
celluloste
A disaccharide carbohydrate, maltose can be easily hydrolised into 2 glucose molecules. (In humans, such a hydrolysis is accomplished by the enzyme maltase) As such, it is a rather efficient, energy-yielding molecule. (Glucose, as we all know, is a ubiquitous energy-providing molecule)
The Substrate for amylase are starch (amylose and Amylopectin), glycogen, and various Oligosaccharides and the subunit is maltose.
There are several advantages because the glycogen molecule is branched. It is a better storage facility for glucose because the branches make it more soluble, and the glycogen is also synthesized more quickly.
6 ring structure, simple carbohydrate, contains an ether bond, can be used to make glycogen, maltose, etc... a monosaccaride.
I believe its glycogen found in liver and muscles which is made of glucose to give us energy
It is the conversion of glycogen from a non-reducing sugar to a reducing sugar by splitting all of its glycosidic bonds to produces numerous glucose molecules
liver glycogen
2 glucose
Monomers are single units while polymers are monomers linked together. So with polysaccharides being polymers or monomers linked together, then think of a single monomer of sugar such as maltose. When you link a bunch of maltose together then they form a polysaccharide polymer of sugars. Glycogen is an example of a polymer of sugars. Glycogen is the body method of sugar storage in your liver and muscle tissue....
Responsible for the breaking down of maltose into glucose. This enzyme is found in plants, bacteria, and yeast.The glucose produced is either utilized by the body or stored in the liver as glycogen.
Polysaccharides contain hunderds or thousands of simple sugurs, while oligosacharides contain few simple sugurs. (eg.Polysaccharide = glycogen, Oligosaccharide = Maltose)