MAT

b70a_bd24

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen glucose storage found in skeleton muscle and liver cells amylopectin moderately branched energy storage in plants chitin animal polysaccharide that contains β-glycosidic linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose carbohydrate polymer that used for structural purposes by plants MAT

b70a_f92a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches chitin carbohydrate polymer that used for structural purposes by some animals amylopectin highly branched polymer of α-linked glucose units found in plants glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural material in plant cell walls MAT

b70a_7d25

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin carbohydrate polymer that used for structural purposes by some animals amylopectin highly branched polymer of α-linked glucose units found in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose structural material in plant cell walls glycogen highly branched energy storage in animals MAT

b70a_137f

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose plant polysaccharide that contains β-glycosidic linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion chitin animal polysaccharide that contains β-glycosidic linkages glycogen storage form of glucose in animals amylopectin moderately branched energy storage in plants MAT

b70a_7dbd

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants amylopectin highly branched polymer of α-linked glucose units found in plants glycogen glucose storage found in skeleton muscle and liver cells cellulose structural form of glucose in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MAT

b70a_e990

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals amylose unbranched storage form of glucose in plants chitin polymer of β-linked glucose units found in some animals cellulose structural form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants MAT

b70a_de4a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin polymer of β-linked glucose units found in some animals glycogen animal polysaccharide that contains α-glycosidic linkages cellulose major structural component of cell walls amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin highly branched polymer of α-linked glucose units found in plants MAT

b70a_bcc8

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen glucose storage found in skeleton muscle and liver cells chitin animal polysaccharide that contains β-glycosidic linkages amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose unbranched storage form of glucose in plants cellulose carbohydrate polymer that used for structural purposes by plants MAT

b70a_8597

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose plant polysaccharide that contains β-glycosidic linkages chitin structural form of glucose in some animals glycogen animal polysaccharide that contains α-glycosidic linkages amylose unbranched storage form of glucose in plants amylopectin moderately branched energy storage in plants MAT

b70a_7dcf

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose carbohydrate polymer that used for structural purposes by plants glycogen highly branched energy storage in animals amylopectin moderately branched energy storage in plants MAT

b70a_bddb

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin moderately branched energy storage in plants chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose plant polysaccharide that contains β-glycosidic linkages glycogen storage form of glucose in animals amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_ca2c

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants amylopectin branched storage form of glucose in plants glycogen storage form of glucose in animals chitin animal polysaccharide that contains β-glycosidic linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_3e39

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose linear chain of glucose with α-glycosidic linkages and no branches chitin polymer of β-linked glucose units found in some animals cellulose polymer of β-linked glucose units found in plants glycogen glucose storage found in skeleton muscle and liver cells MAT

b70a_6a4a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin animal polysaccharide that contains β-glycosidic linkages cellulose structural form of glucose in plants amylopectin branched storage form of glucose in plants amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_894d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals amylopectin moderately branched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_f843

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose plant polysaccharide that contains β-glycosidic linkages chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin moderately branched energy storage in plants glycogen highly branched polymer of α-linked glucose units found in animals amylose unbranched storage form of glucose in plants MAT

b70a_0629

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants chitin polymer of β-linked glucose units found in some animals amylose unbranched storage form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MAT

b70a_100d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched polymer of α-linked glucose units found in animals amylose unbranched energy storage in plants cellulose major structural component of cell walls amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_1821

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches chitin polymer of β-linked glucose units found in some animals glycogen animal polysaccharide that contains α-glycosidic linkages cellulose carbohydrate polymer that used for structural purposes by plants amylopectin highly branched polymer of α-linked glucose units found in plants MAT

b70a_06e3

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants glycogen highly branched energy storage in animals chitin structural form of glucose in some animals amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_36cf

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched polymer of α-linked glucose units found in animals chitin structural material in arthropods and fungi cellulose structural form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants amylose unbranched storage form of glucose in plants MAT

b70a_8bf1

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose unbranched storage form of glucose in plants chitin structural form of glucose in some animals glycogen storage form of glucose in animals cellulose polymer of β-linked glucose units found in plants MAT

b70a_22d2

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural form of glucose in plants amylose unbranched storage form of glucose in plants chitin structural material in arthropods and fungi amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_b2fb

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose unbranched storage form of glucose in plants chitin animal polysaccharide that contains β-glycosidic linkages glycogen glucose storage found in skeleton muscle and liver cells MAT

b70a_e264

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin moderately branched energy storage in plants glycogen animal polysaccharide that contains α-glycosidic linkages chitin polymer of β-linked glucose units found in some animals cellulose polymer of β-linked glucose units found in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_706b

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals amylose unbranched storage form of glucose in plants cellulose plant polysaccharide that contains β-glycosidic linkages amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin polymer of β-linked glucose units found in some animals MAT

b70a_ce72

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants glycogen highly branched polymer of α-linked glucose units found in animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons MAT

b70a_fc8a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin moderately branched energy storage in plants cellulose polymer of β-linked glucose units found in plants chitin animal polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched polymer of α-linked glucose units found in animals MAT

b70a_781d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal polysaccharide that contains α-glycosidic linkages amylose unbranched energy storage in plants amylopectin highly branched polymer of α-linked glucose units found in plants cellulose structural form of glucose in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MAT

b70a_1582

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen glucose storage found in skeleton muscle and liver cells amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose polymer of β-linked glucose units found in plants chitin polymer of β-linked glucose units found in some animals amylopectin branched storage form of glucose in plants MAT

b70a_963d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin moderately branched energy storage in plants cellulose polymer of β-linked glucose units found in plants amylose linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_5bd2

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin structural form of glucose in some animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose polymer of β-linked glucose units found in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylose unbranched storage form of glucose in plants MAT

b70a_26fb

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants glycogen highly branched energy storage in animals cellulose structural material in plant cell walls amylopectin moderately branched energy storage in plants chitin structural material in arthropods and fungi MAT

b70a_2406

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched polymer of α-linked glucose units found in animals chitin carbohydrate polymer that used for structural purposes by some animals amylopectin highly branched polymer of α-linked glucose units found in plants cellulose structural form of glucose in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_ea03

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin animal polysaccharide that contains β-glycosidic linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen highly branched energy storage in animals cellulose polymer of β-linked glucose units found in plants MAT

b70a_eb6a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin animal polysaccharide that contains β-glycosidic linkages cellulose carbohydrate polymer that used for structural purposes by plants amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MAT

b70a_227a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural material in plant cell walls glycogen glucose storage found in skeleton muscle and liver cells amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose unbranched storage form of glucose in plants chitin structural material in arthropods and fungi MAT

b70a_804c

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin structural form of glucose in some animals amylose unbranched storage form of glucose in plants cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_29e0

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen glucose storage found in skeleton muscle and liver cells cellulose polymer of β-linked glucose units found in plants amylopectin branched storage form of glucose in plants chitin structural material in arthropods and fungi amylose unbranched storage form of glucose in plants MAT

b70a_fbb3

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin structural form of glucose in some animals amylose unbranched storage form of glucose in plants glycogen storage form of glucose in animals cellulose plant polysaccharide that contains β-glycosidic linkages amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MAT

b70a_cd15

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose structural material in plant cell walls MAT

b70a_c64d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin structural material in arthropods and fungi amylose unbranched storage form of glucose in plants cellulose major structural component of cell walls glycogen glucose storage found in skeleton muscle and liver cells amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_6f75

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages chitin animal polysaccharide that contains β-glycosidic linkages amylose unbranched energy storage in plants glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose carbohydrate polymer that used for structural purposes by plants MAT

b70a_da94

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose plant polysaccharide that contains β-glycosidic linkages glycogen highly branched energy storage in animals chitin structural form of glucose in some animals amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_5d32

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural material in plant cell walls chitin animal polysaccharide that contains β-glycosidic linkages amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose unbranched storage form of glucose in plants glycogen glucose storage found in skeleton muscle and liver cells MAT

b70a_74b9

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose plant polysaccharide that contains β-glycosidic linkages amylose unbranched energy storage in plants glycogen animal polysaccharide that contains α-glycosidic linkages MAT

b70a_cbd5

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin animal polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose carbohydrate polymer that used for structural purposes by plants glycogen glucose storage found in skeleton muscle and liver cells amylopectin branched storage form of glucose in plants MAT

b70a_801a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose structural form of glucose in plants amylopectin branched storage form of glucose in plants chitin structural material in arthropods and fungi glycogen highly branched polymer of α-linked glucose units found in animals MAT

b70a_18a6

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched energy storage in animals amylopectin moderately branched energy storage in plants cellulose plant polysaccharide that contains β-glycosidic linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_912f

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylopectin moderately branched energy storage in plants chitin animal polysaccharide that contains β-glycosidic linkages cellulose major structural component of cell walls amylose unbranched energy storage in plants MAT

b70a_d9e8

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched energy storage in animals amylopectin highly branched polymer of α-linked glucose units found in plants chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose major structural component of cell walls MAT

b70a_7768

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen highly branched polymer of α-linked glucose units found in animals chitin carbohydrate polymer that used for structural purposes by some animals cellulose polymer of β-linked glucose units found in plants MAT

b70a_177a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin branched storage form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals cellulose polymer of β-linked glucose units found in plants amylose unbranched storage form of glucose in plants MAT

b70a_f290

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched energy storage in animals cellulose structural form of glucose in plants MAT

b70a_071a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal polysaccharide that contains α-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches chitin polymer of β-linked glucose units found in some animals cellulose structural material in plant cell walls amylopectin highly branched polymer of α-linked glucose units found in plants MAT

b70a_08cb

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose plant polysaccharide that contains β-glycosidic linkages chitin animal polysaccharide that contains β-glycosidic linkages amylopectin branched storage form of glucose in plants MAT

b70a_74a5

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen storage form of glucose in animals amylopectin branched storage form of glucose in plants chitin structural form of glucose in some animals amylose unbranched storage form of glucose in plants cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_a24e

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose major structural component of cell walls amylopectin highly branched polymer of α-linked glucose units found in plants chitin animal polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched energy storage in animals MAT

b70a_b677

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural form of glucose in plants amylopectin moderately branched energy storage in plants chitin polymer of β-linked glucose units found in some animals glycogen highly branched polymer of α-linked glucose units found in animals amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_976b

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages chitin animal polysaccharide that contains β-glycosidic linkages glycogen highly branched polymer of α-linked glucose units found in animals cellulose plant polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_1961

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin structural form of glucose in some animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose plant polysaccharide that contains β-glycosidic linkages glycogen highly branched polymer of α-linked glucose units found in animals amylopectin moderately branched energy storage in plants MAT

b70a_c6ac

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_c6b1

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched storage form of glucose in plants chitin carbohydrate polymer that used for structural purposes by some animals glycogen storage form of glucose in animals amylopectin branched storage form of glucose in plants cellulose major structural component of cell walls MAT

b70a_92d7

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants amylopectin highly branched polymer of α-linked glucose units found in plants glycogen animal polysaccharide that contains α-glycosidic linkages chitin polymer of β-linked glucose units found in some animals cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_944c

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin branched storage form of glucose in plants chitin structural material in arthropods and fungi cellulose polymer of β-linked glucose units found in plants glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_208c

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen glucose storage found in skeleton muscle and liver cells cellulose polymer of β-linked glucose units found in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion chitin carbohydrate polymer that used for structural purposes by some animals amylopectin moderately branched energy storage in plants MAT

b70a_4f83

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose plant polysaccharide that contains β-glycosidic linkages glycogen animal polysaccharide that contains α-glycosidic linkages amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages chitin animal polysaccharide that contains β-glycosidic linkages amylose unbranched storage form of glucose in plants MAT

b70a_6f58

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants chitin major structural component of arthopod (e.g., insects) exoskeletons amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched energy storage in animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_71d8

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched storage form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages chitin animal polysaccharide that contains β-glycosidic linkages amylopectin moderately branched energy storage in plants cellulose structural material in plant cell walls MAT

b70a_00cf

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin branched storage form of glucose in plants glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages chitin carbohydrate polymer that used for structural purposes by some animals amylose unbranched storage form of glucose in plants cellulose major structural component of cell walls MAT

b70a_4509

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin branched storage form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals amylose unbranched energy storage in plants chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose carbohydrate polymer that used for structural purposes by plants MAT

b70a_325e

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants glycogen animal polysaccharide that contains α-glycosidic linkages cellulose major structural component of cell walls chitin polymer of β-linked glucose units found in some animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_4fc0

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin moderately branched energy storage in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose structural material in plant cell walls chitin carbohydrate polymer that used for structural purposes by some animals MAT

b70a_9e56

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural material in plant cell walls chitin animal polysaccharide that contains β-glycosidic linkages amylose unbranched energy storage in plants glycogen storage form of glucose in animals amylopectin branched storage form of glucose in plants MAT

b70a_9586

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals cellulose carbohydrate polymer that used for structural purposes by plants amylose linear chain of glucose with α-glycosidic linkages and no branches chitin structural material in arthropods and fungi MAT

b70a_b4d7

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals glycogen highly branched polymer of α-linked glucose units found in animals chitin structural form of glucose in some animals amylose unbranched energy storage in plants cellulose polymer of β-linked glucose units found in plants MAT

b70a_ba34

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched energy storage in animals chitin polymer of β-linked glucose units found in some animals cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_c32b

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose unbranched energy storage in plants chitin polymer of β-linked glucose units found in some animals glycogen animal polysaccharide that contains α-glycosidic linkages cellulose structural form of glucose in plants amylopectin branched storage form of glucose in plants MAT

b70a_8599

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages chitin structural material in arthropods and fungi amylopectin moderately branched energy storage in plants cellulose carbohydrate polymer that used for structural purposes by plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_1374

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched polymer of α-linked glucose units found in animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose structural form of glucose in plants amylopectin moderately branched energy storage in plants chitin polymer of β-linked glucose units found in some animals MAT

b70a_7fa5

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen storage form of glucose in animals amylopectin moderately branched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose plant polysaccharide that contains β-glycosidic linkages MAT

b70a_2236

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose unbranched energy storage in plants glycogen highly branched energy storage in animals chitin structural form of glucose in some animals MAT

b70a_4903

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural form of glucose in plants amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_7e23

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals chitin structural form of glucose in some animals amylopectin branched storage form of glucose in plants cellulose structural form of glucose in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_6040

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen animal polysaccharide that contains α-glycosidic linkages chitin polymer of β-linked glucose units found in some animals cellulose plant polysaccharide that contains β-glycosidic linkages amylose unbranched energy storage in plants amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_ecf7

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose carbohydrate polymer that used for structural purposes by plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion chitin structural form of glucose in some animals MAT

b70a_1a4f

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin carbohydrate polymer that used for structural purposes by some animals amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin branched storage form of glucose in plants glycogen glucose storage found in skeleton muscle and liver cells cellulose polymer of β-linked glucose units found in plants MAT

b70a_9432

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin branched storage form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose structural material in plant cell walls MAT

b70a_e2f9

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen storage form of glucose in animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose major structural component of cell walls chitin structural material in arthropods and fungi amylose also know as resistant starch, because it has no branches and it is resistant to digestion MAT

b70a_bed9

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen highly branched energy storage in animals chitin polymer of β-linked glucose units found in some animals cellulose polymer of β-linked glucose units found in plants amylopectin highly branched polymer of α-linked glucose units found in plants amylose unbranched storage form of glucose in plants MAT

b70a_488a

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose carbohydrate polymer that used for structural purposes by plants chitin structural material in arthropods and fungi amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals glycogen highly branched energy storage in animals amylose linear chain of glucose with α-glycosidic linkages and no branches MAT

b70a_5e50

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose carbohydrate polymer that used for structural purposes by plants chitin animal polysaccharide that contains β-glycosidic linkages amylopectin moderately branched energy storage in plants amylose unbranched energy storage in plants glycogen highly branched polymer of α-linked glucose units found in animals MAT

b70a_0da8

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

glycogen storage form of glucose in animals chitin major structural component of arthopod (e.g., insects) exoskeletons amylose unbranched energy storage in plants amylopectin branched storage form of glucose in plants cellulose major structural component of cell walls MAT

b70a_7ac5

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants glycogen highly branched energy storage in animals amylopectin branched storage form of glucose in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion chitin structural form of glucose in some animals MAT

b70a_245d

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages cellulose structural form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons MAT

b70a_2fba

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

amylopectin highly branched polymer of α-linked glucose units found in plants amylose unbranched storage form of glucose in plants chitin animal polysaccharide that contains β-glycosidic linkages glycogen glucose storage found in skeleton muscle and liver cells cellulose structural material in plant cell walls MAT

b70a_2464

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose polymer of β-linked glucose units found in plants glycogen highly branched polymer of α-linked glucose units found in animals chitin structural form of glucose in some animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MAT

b70a_7547

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

chitin major structural component of arthopod (e.g., insects) exoskeletons amylose unbranched storage form of glucose in plants cellulose polymer of β-linked glucose units found in plants amylopectin branched storage form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals MAT

b70a_229b

Match each of the following polysaccharides with their corresponding descriptions.

Note: Each choice will be used exactly once.

cellulose structural form of glucose in plants chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages