polysaccharide Flashcards
(24 cards)
Monomer units in glycogen, amylose, Amylopectin, and cellulose___
Glucose
Monomer units present in chitin
N-acetlglucosamine
Monomer units in Agarose
Galactose and anhydro-L-galactose
Monomer units present in Glycosaminoglycans
N-acetyl-galactosamine and N-acetyl-glucosamine
what is the the linkage of glycogen and Amylopectin
(a1— 4) branch at (a1—6)
linkage of Amylose
(a1—4)
Linkage of cellulose, chitin, Agarose
(B1—4)
Linkage of Glycosaminoglycans
varies
Biological role of cellulose, Agarose, Glycosaminoglycans
Structural polysaccharide
Biological role of Glycogen
storage polysaccharide in animals
Biological role of Amylose and amylopectin
stores polysaccharide in plant
biological role of chitin
structural polysaccharide (in cell walls and exoskeletons)
Homopolysaccharide
Glycogen
Amylose
Amylopectin
Cellulose
Chitin
Heteropolysaccharide
Agarose
Glycosaminoglcans
An ezyme is a competitive inhibitor when km___ and vmax___ than the No inhibitor
higher and lower
An ezyme is a uncompetitive inhibitor when ___ and ___ than the No inhibitor
Km: lower
Vmax: lower
An ezyme is a Noncompetitive inhibitor when ___ and ___ than the No inhibitor
Km and Vmax is neutral
An ezyme is a pure inhibitor when ___ and ___ than the No inhibitor
Km: same
Vmax: lower
An ezyme is a mixed inhibitor when ___ and ___ than the No inhibitor
Km: higher
Vmax: lower
Maltose is made up of ____
2 glucose
linkage of maltose
(a 1-4)
Lactose is made up of __ and __. its linkage at__
glucose and galactose
(B 1-4)
sucrose is made up of ___ and ___, linked at
glucose and fractose
alpha 1, beta 2
Reducing sugars
Sugars that are able to act as reducing agent.
