I believe it is glucose, or C_6 H_12 O_6.
Cellulose is the polymer of Glucose the polymerization of is through DEHYDRATION reaction among Glucose molecules.
starches
Autotrophs store energy in long chains of glucose molecules. These chains can be either starch or cellulose, depending on how the glucose are connected. When a heterotroph consumes the autotroph, it breaks down the cellulose or starch into its basic glucose components. The consumer either completely breaks down the glucose for energy, or it stores the molecules as fat or glycogen.
Cellulose has beta C1-C4 bonds between the glucose molecules - i.e. carbon 1 of 1 molecule bonds to carbon 4 of another. Animals don't produce the enzymes to break down cellulose but cows, rabbits etc. can only break it down due to symbiotic bacteria in their intestinal tract which possess the required enzymes to breakdown cellulose. In plants, cellulose is a strong supporting material because hydroxyl groups project out from each chain, forming hydrogen bonds with neighbouring chains - creating a rigid cross-linking between the chains. It is fully permeable to water and solutes which means it can allow them to move in and out of cells.
The similarities are fairly easy - all three of these molecules are carbohydrates, that means that it is made up of carbons, hydrogens and oxygens. A more familiar description is that carbohydrates are long chains made up of sugar molecules. Another name for carbohydrate is polysaccharide (poly = many, saccharide = sugar). So, you might ask, why aren't starches sweet? Well, the chains are so long that the taste receptors on your tongue can not register them.
No, cellulose contains long chains of β-glucose molecules.
Polysaccharide: polymer with long repeating chains made of glucose molecules
Cellulose is the polymer of Glucose the polymerization of is through DEHYDRATION reaction among Glucose molecules.
no
starches
Autotrophs store energy in long chains of glucose molecules. These chains can be either starch or cellulose, depending on how the glucose are connected. When a heterotroph consumes the autotroph, it breaks down the cellulose or starch into its basic glucose components. The consumer either completely breaks down the glucose for energy, or it stores the molecules as fat or glycogen.
they are cellulose molecule.starches
polymers
Cellulose has beta C1-C4 bonds between the glucose molecules - i.e. carbon 1 of 1 molecule bonds to carbon 4 of another. Animals don't produce the enzymes to break down cellulose but cows, rabbits etc. can only break it down due to symbiotic bacteria in their intestinal tract which possess the required enzymes to breakdown cellulose. In plants, cellulose is a strong supporting material because hydroxyl groups project out from each chain, forming hydrogen bonds with neighbouring chains - creating a rigid cross-linking between the chains. It is fully permeable to water and solutes which means it can allow them to move in and out of cells.
Carbohydrates are the molecules made of sugar repeats. Starch, cellulose and glycogen are classical example for the same. They can be digested back to the monomers by the enzymes that catalyse the hydrolysis reaction such as cellulase or amylase.
The similarities are fairly easy - all three of these molecules are carbohydrates, that means that it is made up of carbons, hydrogens and oxygens. A more familiar description is that carbohydrates are long chains made up of sugar molecules. Another name for carbohydrate is polysaccharide (poly = many, saccharide = sugar). So, you might ask, why aren't starches sweet? Well, the chains are so long that the taste receptors on your tongue can not register them.
polymers