Matching
Match these molecules with their biological roles.
Premises:
carbohydrate storage in animal liver
transport/storage in insects
viscosity, lubrication of extracellular secretions
structural component of bacterial cell wall
exoskeleton of insects
carbohydrate storage in plants
structural component of plant cell walls
extracellular matrix of animal tissues
Responses:
cellulose
starch
proteoglycan
glycogen
chitin
trehalose
peptidoglycan
hyaluronate
Correct Answer:
Premises:
Responses:
carbohydrate storage in animal liver
transport/storage in insects
viscosity, lubrication of extracellular secretions
structural component of bacterial cell wall
exoskeleton of insects
carbohydrate storage in plants
structural component of plant cell walls
extracellular matrix of animal tissues
Premises:
carbohydrate storage in animal liver
transport/storage in insects
viscosity, lubrication of extracellular secretions
structural component of bacterial cell wall
exoskeleton of insects
carbohydrate storage in plants
structural component of plant cell walls
extracellular matrix of animal tissues
Responses:
Related Questions
Q27: From the abbreviated name of
Q30: Which of the following statements about
Q31: Why is it surprising that the side
Q33: Which of the following is an epimeric
Q35: (a)Draw the structures of both anomers of
Q37: The glycosaminoglycans are negatively charged at neutral
Q53: Describe the differences between a proteoglycan and
Q61: Describe one biological advantage of storing glucose
Q80: Explain how it is possible that a
Q100: The number of structurally different polysaccharides that