b70a_faee
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 carbohydrate polymer that used for structural purposes by some animals cellulose major structural component of cell walls amylose unbranched storage form of glucose in plants amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_da53
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 structural material in arthropods and fungi amylose unbranched energy storage in plants amylopectin branched storage form of glucose in plants cellulose major structural component of cell walls MATb70a_970b
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 form of glucose in some animals cellulose structural material in plant cell walls amylopectin highly branched polymer of α-linked glucose units found in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_303b
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 glycogen highly branched polymer of α-linked glucose units found in animals amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin moderately branched energy storage in plants MATb70a_c392
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 amylopectin moderately branched energy storage in plants glycogen highly branched energy storage in animals cellulose carbohydrate polymer that used for structural purposes by plants MATb70a_37ce
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 polymer of α-linked glucose units found in plants cellulose structural material in plant cell walls chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_7f85
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 also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched energy storage in animals chitin animal polysaccharide that contains β-glycosidic linkages cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_0f88
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 carbohydrate polymer that used for structural purposes by some animals amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched energy storage in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_d7e8
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 glucose storage found in skeleton muscle and liver cells cellulose polymer of β-linked glucose units found in plants amylopectin moderately branched energy storage in plants MATb70a_a0f1
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 amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen storage form of glucose in animals amylopectin moderately branched energy storage in plants chitin structural material in arthropods and fungi MATb70a_39fa
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 amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_9ef1
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 cellulose structural form of glucose in plants amylopectin branched storage form of glucose in plants amylose unbranched storage form of glucose in plants chitin structural material in arthropods and fungi MATb70a_1e28
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 unbranched energy storage in plants cellulose carbohydrate polymer that used for structural purposes by plants glycogen highly branched polymer of α-linked glucose units found in animals chitin structural material in arthropods and fungi MATb70a_cfa5
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 cellulose plant polysaccharide that contains β-glycosidic linkages amylose unbranched storage form of glucose in plants chitin animal polysaccharide that contains β-glycosidic linkages MATb70a_83db
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 structural form of glucose in plants chitin structural material in arthropods and fungi 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 MATb70a_29f1
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 highly branched polymer of α-linked glucose units found in animals 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 MATb70a_73f7
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 glycogen highly branched polymer of α-linked glucose units found in animals amylopectin moderately branched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_3816
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 glycogen storage form of glucose in animals amylopectin branched storage form of glucose in plants chitin structural form of glucose in some animals cellulose structural material in plant cell walls MATb70a_4af3
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 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 animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_e503
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 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 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 MATb70a_b2a0
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 highly branched glucose polymer found in plants that is readily digested by humans and other mammals glycogen storage form of glucose in animals cellulose polymer of β-linked glucose units found in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_4c82
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 cellulose major structural component of cell walls chitin polymer of β-linked glucose units found in some animals amylopectin moderately branched energy storage in plants amylose unbranched energy storage in plants MATb70a_0f2e
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 cellulose carbohydrate polymer that used for structural purposes by plants glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose unbranched energy storage in plants amylopectin moderately branched energy storage in plants MATb70a_fbd3
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 linear chain of glucose with α-glycosidic linkages and no branches chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose structural material in plant cell walls amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_b88f
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 storage form of glucose in animals amylopectin branched storage form of glucose in plants chitin carbohydrate polymer that used for structural purposes by some animals cellulose major structural component of cell walls MATb70a_0d5d
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 polymer of β-linked glucose units found in some 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 major structural component of cell walls MATb70a_81d5
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 structural form of glucose in some animals amylose unbranched energy storage in plants 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 MATb70a_8278
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 polymer of β-linked glucose units found in plants glycogen highly branched energy storage in animals chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_7ab8
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 cellulose structural 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 amylose linear chain of glucose with α-glycosidic linkages and no branches chitin structural form of glucose in some animals MATb70a_3565
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 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 amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched energy storage in animals MATb70a_a10a
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 energy storage in plants cellulose plant polysaccharide that contains β-glycosidic linkages chitin carbohydrate polymer that used for structural purposes by some animals glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_7e72
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 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 chitin carbohydrate polymer that used for structural purposes by some animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion MATb70a_edea
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 cellulose structural material in plant cell walls amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin carbohydrate polymer that used for structural purposes by some animals glycogen glucose storage found in skeleton muscle and liver cells MATb70a_4174
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 amylopectin highly branched polymer of α-linked glucose units found in plants chitin structural material in arthropods and fungi cellulose major structural component of cell walls amylose unbranched storage form of glucose in plants MATb70a_e3a6
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 cellulose polymer of β-linked glucose units found in plants 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 MATb70a_6e0e
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 storage form of glucose in animals cellulose carbohydrate polymer that used for structural purposes by plants 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 MATb70a_93e3
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 cellulose structural form of glucose in plants amylose unbranched energy storage in plants amylopectin branched storage form of glucose in plants glycogen glucose storage found in skeleton muscle and liver cells MATb70a_890b
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 highly branched polymer of α-linked glucose units found in plants chitin carbohydrate polymer that used for structural purposes by some animals amylose unbranched energy storage in plants cellulose polymer of β-linked glucose units found in plants MATb70a_1ee0
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 branched storage form of glucose in plants cellulose structural material in plant cell walls glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_ce91
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 glucose storage found in skeleton muscle and liver cells chitin polymer of β-linked glucose units found in some 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 MATb70a_ea62
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 structural form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages chitin structural material in arthropods and fungi amylose also know as resistant starch, because it has no branches and it is resistant to digestion MATb70a_29ce
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 energy storage in plants cellulose structural form of glucose in plants amylopectin moderately branched energy storage in plants glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_995c
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 cellulose structural form of glucose in plants chitin polymer of β-linked glucose units found in some animals glycogen storage form of glucose in animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion MATb70a_8bb0
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 cellulose structural form of glucose in plants amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_142c
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 carbohydrate polymer that used for structural purposes by plants chitin polymer of β-linked glucose units found in some animals amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched energy storage in animals MATb70a_fedc
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 amylose unbranched energy storage in plants 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 chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_3868
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 amylopectin branched storage form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylose unbranched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_607b
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 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 unbranched storage form of glucose in plants cellulose structural form of glucose in plants MATb70a_8e39
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 amylose unbranched energy storage in plants amylopectin branched storage form of glucose in plants chitin major structural component of arthopod (e.g., insects) exoskeletons cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_dec0
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 cellulose structural material in plant cell walls glycogen highly branched energy storage in animals chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin branched storage form of glucose in plants MATb70a_d194
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 amylose linear chain of glucose with α-glycosidic linkages and no branches chitin structural form of glucose in some animals cellulose major structural component of cell walls MATb70a_dcf2
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 branched storage form of glucose in plants amylose unbranched storage form of glucose in plants glycogen glucose storage found in skeleton muscle and liver cells chitin structural material in arthropods and fungi MATb70a_e386
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 major structural component of arthopod (e.g., insects) exoskeletons amylopectin moderately branched energy storage in plants amylose unbranched storage form of glucose in plants cellulose structural material in plant cell walls MATb70a_201f
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 storage form of glucose in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals cellulose structural material in plant cell walls MATb70a_0b1b
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 energy storage in plants cellulose polymer of β-linked glucose units found in plants glycogen highly branched energy storage in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_c5df
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 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 cellulose polymer of β-linked glucose units found in plants chitin structural form of glucose in some animals MATb70a_b9d0
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 amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose plant polysaccharide that contains β-glycosidic linkages chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_2f59
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 energy storage in animals amylose unbranched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals cellulose structural form of glucose in plants MATb70a_5d2a
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 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 cellulose polymer of β-linked glucose units found in plants chitin polymer of β-linked glucose units found in some animals MATb70a_5733
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 chitin animal polysaccharide that contains β-glycosidic linkages glycogen storage form of glucose in animals 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 MATb70a_1b17
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 plant polysaccharide that contains β-glycosidic linkages chitin polymer of β-linked glucose units found in some animals glycogen highly branched polymer of α-linked glucose units found in animals amylopectin branched storage form of glucose in plants MATb70a_4caa
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 amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen glucose storage found in skeleton muscle and liver cells chitin animal polysaccharide that contains β-glycosidic linkages MATb70a_028c
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 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 moderately branched energy storage in plants glycogen glucose storage found in skeleton muscle and liver cells MATb70a_c1c8
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 energy storage in plants glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural material in plant cell walls amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_b57e
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 structural material in arthropods and fungi amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose structural material in plant cell walls MATb70a_4b59
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 structural material in arthropods and fungi amylose unbranched energy storage in plants cellulose carbohydrate polymer that used for structural purposes by plants glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_2912
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 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 structural material in arthropods and fungi amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_a2a3
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 amylose unbranched energy storage in plants amylopectin branched storage form of glucose in plants cellulose major structural component of cell walls glycogen glucose storage found in skeleton muscle and liver cells MATb70a_76cb
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 glucose polymer found in plants that is readily digested by humans and other mammals cellulose structural material in plant cell walls chitin polymer of β-linked glucose units found in some animals glycogen glucose storage found in skeleton muscle and liver cells MATb70a_db43
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 energy storage in animals amylose unbranched storage form of glucose in plants chitin structural form of glucose in some animals cellulose major structural component of cell walls MATb70a_e325
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 glycogen animal polysaccharide that contains α-glycosidic linkages amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin structural material in arthropods and fungi amylose unbranched storage form of glucose in plants MATb70a_37a4
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 amylopectin moderately branched energy storage in plants chitin structural material in arthropods and fungi cellulose structural material in plant cell walls amylose unbranched energy storage in plants MATb70a_7ad5
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 chitin structural material in arthropods and fungi cellulose plant polysaccharide that contains β-glycosidic linkages amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_d9e9
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 cellulose major structural component of cell walls amylose linear chain of glucose with α-glycosidic linkages and no branches 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 MATb70a_65f7
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 carbohydrate polymer that used for structural purposes by 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 amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_26b0
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 unbranched energy storage in plants cellulose structural form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_b443
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 major structural component of cell walls amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_e7e8
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 energy storage in plants cellulose structural form of glucose in plants glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_f723
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 unbranched energy storage in plants cellulose major structural component of cell walls chitin structural form of glucose in some animals amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_7e0f
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 highly branched polymer of α-linked glucose units found in animals amylose linear chain of glucose with α-glycosidic linkages and no branches chitin animal polysaccharide that contains β-glycosidic linkages cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_7314
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 major structural component of arthopod (e.g., insects) exoskeletons amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals cellulose structural form of glucose in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_9a7d
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 glycogen storage form of glucose in animals amylopectin highly branched polymer of α-linked glucose units found in plants amylose unbranched storage form of glucose in plants cellulose major structural component of cell walls MATb70a_da80
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 major structural component of cell walls glycogen highly branched polymer of α-linked glucose units found in animals amylopectin branched storage form of glucose in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_a4b9
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 amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals cellulose major structural component of cell walls glycogen animal polysaccharide that contains α-glycosidic linkages chitin structural material in arthropods and fungi MATb70a_3615
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 cellulose polymer of β-linked glucose units found in plants amylopectin highly branched polymer of α-linked glucose units found in plants glycogen highly branched energy storage in animals amylose unbranched storage form of glucose in plants MATb70a_b0cc
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 linear chain of glucose with α-glycosidic linkages and no branches cellulose structural form of glucose in plants 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 MATb70a_56f4
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 amylopectin moderately branched energy storage in plants 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 MATb70a_56c0
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 glycogen highly branched polymer of α-linked glucose units found in animals cellulose major structural component of cell walls amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin branched storage form of glucose in plants MATb70a_f2fd
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 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 amylose unbranched storage form of glucose in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_cf2b
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 cellulose carbohydrate polymer that used for structural purposes by plants amylose unbranched storage form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylopectin branched storage form of glucose in plants MATb70a_b9a6
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 animal polysaccharide that contains β-glycosidic linkages amylopectin branched storage form of glucose in plants cellulose carbohydrate polymer that used for structural purposes by plants amylose unbranched storage form of glucose in plants MATb70a_28ee
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 highly branched glucose polymer found in plants that is readily digested by humans and other mammals chitin structural material in arthropods and fungi amylose unbranched energy storage in plants cellulose structural material in plant cell walls MATb70a_55be
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 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 energy storage in plants cellulose structural material in plant cell walls MATb70a_3a50
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 moderately branched energy storage in plants chitin structural form of glucose in some animals glycogen highly branched energy storage in animals amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_b5b6
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 cellulose plant polysaccharide that contains β-glycosidic linkages 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 MATb70a_4448
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 glycogen glucose storage found in skeleton muscle and liver cells cellulose structural form of glucose in plants chitin structural material in arthropods and fungi MATb70a_887a
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 cellulose plant polysaccharide that contains β-glycosidic linkages chitin polymer of β-linked glucose units found in some animals amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_2645
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 cellulose carbohydrate polymer that used for structural purposes by plants amylopectin moderately branched energy storage in plants amylose unbranched energy storage in plants glycogen storage form of glucose in animals MATb70a_21b4
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 cellulose major structural component of cell walls amylose also know as resistant starch, because it has no branches and it is resistant to digestion 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 MATb70a_d460
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 moderately branched energy storage in plants glycogen storage form of glucose in animals chitin polymer of β-linked glucose units found in some animals cellulose structural form of glucose in plants MATb70a_4667
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 linear chain of glucose with α-glycosidic linkages and no branches amylopectin branched storage form of glucose in plants glycogen storage form of glucose in animals chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_51ee
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 glucose polymer found in plants that is readily digested by humans and other mammals chitin animal polysaccharide that contains β-glycosidic linkages cellulose polymer of β-linked glucose units found in plants MATb70a_96c5
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 branched storage form of glucose in plants amylose unbranched storage form of glucose in plants cellulose major structural component of cell walls glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_ca36
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 cellulose plant polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen storage form of glucose in animals amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_399a
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 cellulose structural material in plant cell walls amylopectin moderately branched energy storage in plants glycogen glucose storage found in skeleton muscle and liver cells MATb70a_01a6
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 cellulose major structural component of cell walls chitin major structural component of arthopod (e.g., insects) exoskeletons amylose unbranched storage form of glucose in plants MATb70a_408b
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 amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages 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 MATb70a_c4ec
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 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 chitin polymer of β-linked glucose units found in some animals MATb70a_b7c2
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 amylopectin moderately branched energy storage in plants amylose unbranched storage form of glucose in plants chitin animal polysaccharide that contains β-glycosidic linkages glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_9000
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 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 polymer of α-linked glucose units found in animals MATb70a_9c55
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 highly branched polymer of α-linked glucose units found in plants amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose plant polysaccharide that contains β-glycosidic linkages chitin polymer of β-linked glucose units found in some animals MATb70a_d22d
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 amylose linear chain of glucose with α-glycosidic linkages and no branches chitin polymer of β-linked glucose units found in some animals cellulose plant polysaccharide that contains β-glycosidic linkages amylopectin moderately branched energy storage in plants MATb70a_78a5
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 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 glycogen highly branched polymer of α-linked glucose units found in animals cellulose polymer of β-linked glucose units found in plants MATb70a_1582
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 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 cellulose carbohydrate polymer that used for structural purposes by plants chitin structural material in arthropods and fungi MATb70a_8ed7
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 branched storage form of glucose in plants glycogen storage form of glucose in animals chitin structural material in arthropods and fungi amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_3a44
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 major structural component of cell walls 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 MATb70a_d925
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 amylopectin plant 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 glycogen animal polysaccharide that contains α-glycosidic linkages cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_a5fb
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 plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen storage form of glucose in animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion cellulose major structural component of cell walls MATb70a_1f1e
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 amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose carbohydrate polymer that used for structural purposes by plants chitin polymer of β-linked glucose units found in some animals MATb70a_0204
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 cellulose plant polysaccharide that contains β-glycosidic linkages chitin polymer of β-linked glucose units found in some animals amylose unbranched storage form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_e87e
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 unbranched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural material in plant cell walls MATb70a_1e4f
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 glucose storage found in skeleton muscle and liver cells amylose unbranched storage form of glucose in plants chitin carbohydrate polymer that used for structural purposes by some animals cellulose structural material in plant cell walls MATb70a_cac6
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 cellulose structural material in plant cell walls glycogen storage form of glucose in animals chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_4172
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 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 chitin carbohydrate polymer that used for structural purposes by some animals amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_cd96
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 amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose polymer of β-linked glucose units found in plants amylopectin highly branched polymer of α-linked glucose units found in plants chitin structural material in arthropods and fungi MATb70a_ca5d
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 highly branched polymer of α-linked glucose units found in plants amylose unbranched energy storage in plants glycogen storage form of glucose in animals cellulose carbohydrate polymer that used for structural purposes by plants MATb70a_efca
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 polymer of α-linked glucose units found in plants glycogen glucose storage found in skeleton muscle and liver cells chitin structural material in arthropods and fungi cellulose carbohydrate polymer that used for structural purposes by plants MATb70a_dd04
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 amylose unbranched storage form of glucose in plants glycogen highly branched energy storage in animals chitin structural material in arthropods and fungi amylopectin branched storage form of glucose in plants MATb70a_51ad
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 carbohydrate polymer that used for structural purposes by plants glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylopectin highly branched polymer of α-linked glucose units found in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_e589
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 cellulose structural form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages amylose unbranched energy storage in plants MATb70a_3e33
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 amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched polymer of α-linked glucose units found in animals amylopectin moderately branched energy storage in plants MATb70a_f2a7
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 amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin moderately branched energy storage in plants cellulose structural form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_9b6e
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 cellulose structural form of glucose in plants amylopectin branched storage form of glucose in plants chitin structural material in arthropods and fungi glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_c95a
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 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 carbohydrate polymer that used for structural purposes by some animals cellulose structural form of glucose in plants MATb70a_4d98
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 amylopectin plant 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 energy storage in plants glycogen glucose storage found in skeleton muscle and liver cells MATb70a_6159
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 glycogen animal polysaccharide that contains α-glycosidic linkages cellulose polymer of β-linked glucose units found in plants amylopectin branched storage form of glucose in plants amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_5f53
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 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 cellulose plant polysaccharide that contains β-glycosidic linkages glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_909d
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 chitin structural material in arthropods and fungi cellulose carbohydrate polymer that used for structural purposes by plants 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 MATb70a_ac3b
Match each of the following polysaccharides with their corresponding descriptions.
Note: Each choice will be used exactly once.
amylose unbranched energy storage in plants cellulose polymer of β-linked glucose units found in plants glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched polymer of α-linked glucose units found in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_907f
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 chitin major structural component of arthopod (e.g., insects) exoskeletons amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose major structural component of cell walls glycogen highly branched energy storage in animals MATb70a_35e9
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 amylose unbranched energy storage in plants amylopectin moderately branched energy storage in plants chitin animal polysaccharide that contains β-glycosidic linkages glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_665f
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 cellulose structural material in plant cell walls chitin polymer of β-linked glucose units found in some animals glycogen storage form of glucose in animals amylose unbranched energy storage in plants MATb70a_ccc8
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 highly branched glucose polymer found in plants that is readily digested by humans and other mammals amylose unbranched energy storage in plants cellulose structural form of glucose in plants chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_42b5
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 animal polysaccharide that contains β-glycosidic linkages amylose unbranched energy storage in plants glycogen highly branched energy storage in animals MATb70a_bc89
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 amylose unbranched storage form of glucose in plants amylopectin branched storage form of glucose in plants cellulose polymer of β-linked glucose units found in plants chitin structural form of glucose in some animals MATb70a_3a85
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 cellulose plant polysaccharide that contains β-glycosidic linkages chitin major structural component of arthopod (e.g., insects) exoskeletons 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 MATb70a_eb85
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 glycogen highly branched polymer of α-linked glucose units found in animals cellulose carbohydrate polymer that used for structural purposes by plants 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 MATb70a_9d78
Match each of the following polysaccharides with their corresponding descriptions.
Note: Each choice will be used exactly once.
amylose unbranched energy storage in plants cellulose plant polysaccharide that contains β-glycosidic linkages chitin carbohydrate polymer that used for structural purposes by some animals glycogen animal polysaccharide that contains α-glycosidic linkages amylopectin highly branched glucose polymer found in plants that is readily digested by humans and other mammals MATb70a_4bd8
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 chitin animal polysaccharide that contains β-glycosidic linkages amylose unbranched storage form of glucose in plants amylopectin highly branched polymer of α-linked glucose units found in plants glycogen highly branched energy storage in animals MATb70a_acd9
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 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 animal polysaccharide that contains α-glycosidic linkages cellulose polymer of β-linked glucose units found in plants MATb70a_4fa6
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 cellulose plant polysaccharide that contains β-glycosidic linkages chitin major structural component of arthopod (e.g., insects) exoskeletons 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 MATb70a_fdb5
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 animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages amylose unbranched energy storage in plants cellulose plant polysaccharide that contains β-glycosidic linkages amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_7760
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 animal polysaccharide that contains β-glycosidic 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 cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_c4e9
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 chitin polymer of β-linked glucose units found in some animals amylose unbranched energy storage in plants cellulose structural material in plant cell walls glycogen glucose storage found in skeleton muscle and liver cells MATb70a_9228
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 glycogen animal polysaccharide that contains α-glycosidic linkages cellulose carbohydrate polymer that used for structural purposes by plants amylose unbranched energy storage in plants chitin major structural component of arthopod (e.g., insects) exoskeletons MATb70a_402e
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 amylopectin moderately branched energy storage in plants chitin structural form of glucose in some animals cellulose plant polysaccharide that contains β-glycosidic linkages amylose unbranched storage form of glucose in plants MATb70a_17d3
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 major structural component of arthopod (e.g., insects) exoskeletons cellulose carbohydrate polymer that used for structural purposes by plants amylose unbranched energy storage in plants glycogen glucose storage found in skeleton muscle and liver cells MATb70a_b95c
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 carbohydrate polymer that used for structural purposes by some animals amylose also know as resistant starch, because it has no branches and it is resistant to digestion glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_9b24
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 polymer of β-linked glucose units found in some animals amylopectin moderately branched energy storage in plants 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 MATb70a_b41a
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 cellulose polymer of β-linked glucose units found in plants glycogen animal polysaccharide that contains α-glycosidic linkages chitin structural material in arthropods and fungi MATb70a_1018
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 highly branched polymer of α-linked glucose units found 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 structural material in plant cell walls MATb70a_fe19
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 carbohydrate polymer that used for structural purposes by some animals amylose linear chain of glucose with α-glycosidic linkages and no branches glycogen highly branched polymer of α-linked glucose units found in animals cellulose plant polysaccharide that contains β-glycosidic linkages MATb70a_2ea5
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 glycogen highly branched polymer of α-linked glucose units found in animals cellulose major structural component of cell walls amylopectin moderately branched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals MATb70a_167f
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 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 cellulose plant polysaccharide that contains β-glycosidic linkages amylose linear chain of glucose with α-glycosidic linkages and no branches MATb70a_ce7f
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 amylopectin plant molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages glycogen storage form of glucose in animals chitin structural form of glucose in some animals amylose unbranched energy storage in plants MATb70a_eb3b
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 amylopectin plant 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 glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_2342
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 energy storage in plants glycogen highly branched polymer of α-linked glucose units found in animals amylopectin highly branched polymer of α-linked glucose units found in plants chitin polymer of β-linked glucose units found in some animals MATb70a_9dbc
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 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 chitin animal polysaccharide that contains β-glycosidic linkages MATb70a_f8c8
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 highly branched energy storage in animals cellulose structural form of glucose in plants amylopectin moderately branched energy storage in plants amylose also know as resistant starch, because it has no branches and it is resistant to digestion MATb70a_8d23
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 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 major structural component of cell walls MATb70a_0436
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 storage form of glucose in animals amylose unbranched storage form of glucose in plants chitin carbohydrate polymer that used for structural purposes by some animals amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_3dea
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 amylose unbranched storage form of glucose in plants amylopectin branched storage form of glucose in plants cellulose major structural component of cell walls chitin structural material in arthropods and fungi MATb70a_7fa3
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 cellulose polymer of β-linked glucose units found in plants glycogen highly branched polymer of α-linked glucose units found in animals chitin structural material in arthropods and fungi MATb70a_0f0a
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 glycogen highly branched energy storage in animals amylopectin branched storage form of glucose in plants 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 MATb70a_3683
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 cellulose carbohydrate polymer that used for structural purposes by plants amylose linear chain of glucose with α-glycosidic linkages and no branches chitin polymer of β-linked glucose units found in some animals glycogen glucose storage found in skeleton muscle and liver cells MATb70a_8193
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 highly branched polymer of α-linked glucose units found in plants chitin structural material in arthropods and fungi cellulose polymer of β-linked glucose units found in plants amylose unbranched energy storage in plants MATb70a_0b09
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 storage form of glucose in animals chitin animal polysaccharide that contains β-glycosidic linkages amylopectin branched storage form of glucose in plants cellulose polymer of β-linked glucose units found in plants MATb70a_7b57
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 amylopectin moderately branched energy storage in plants glycogen highly branched polymer of α-linked glucose units found in animals cellulose structural material in plant cell walls chitin polymer of β-linked glucose units found in some animals MATb70a_6dcd
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 highly branched energy storage in animals chitin polymer of β-linked glucose units found in some animals 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 MATb70a_73e6
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 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 cellulose structural material in plant cell walls MATb70a_e7c7
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 highly branched polymer of α-linked glucose units found in plants chitin structural form of glucose in some animals glycogen highly branched energy storage in animals MATb70a_687d
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 cellulose major structural component of cell walls chitin major structural component of arthopod (e.g., insects) exoskeletons amylose unbranched storage form of glucose in plants glycogen animal polysaccharide that contains α-glycosidic linkages MATb70a_004c
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 highly branched polymer of α-linked glucose units found in animals amylose unbranched storage form of glucose in plants amylopectin branched storage form of glucose in plants cellulose polymer of β-linked glucose units found in plants MATb70a_c75c
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 also know as resistant starch, because it has no branches and it is resistant to digestion chitin structural form of glucose in some animals 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 MATb70a_c9f5
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 glycogen highly branched energy storage in animals cellulose major structural component of cell walls amylose unbranched energy storage in plants MATb70a_8844
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 cellulose structural material in plant cell walls glycogen storage form of glucose in animals chitin major structural component of arthopod (e.g., insects) exoskeletons amylopectin moderately branched energy storage in plants MATb70a_adfe
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 animal polysaccharide that contains β-glycosidic linkages amylopectin moderately branched energy storage in plants amylose unbranched storage form of glucose in plants glycogen highly branched energy storage in animals MATb70a_ddcd
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 energy storage in animals cellulose polymer of β-linked glucose units found in plants amylose unbranched energy storage in plants chitin structural form of glucose in some animals MATb70a_ddd4
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 glucose storage found in skeleton muscle and liver cells 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 chitin polymer of β-linked glucose units found in some animals MATb70a_2862
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 glycogen glucose storage found in skeleton muscle and liver cells cellulose major structural component of cell walls chitin structural form of glucose in some animals MATb70a_bf27
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 highly branched polymer of α-linked glucose units found in animals amylose unbranched energy storage in plants chitin carbohydrate polymer that used for structural purposes by some animals amylopectin branched storage form of glucose in plants MATb70a_117a
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 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 glycogen animal molecule composed of linear chains of α-(1,4) D-glucose residues connected through α-(1,6) linkages MATb70a_2203
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 chitin carbohydrate polymer that used for structural purposes by some animals glycogen animal 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 cellulose structural form of glucose in plants MATb70a_7f14
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 highly branched energy storage in animals cellulose structural form of glucose in plants amylopectin moderately branched energy storage in plants MATb70a_3237
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 highly branched energy storage in animals chitin carbohydrate polymer that used for structural purposes by some animals cellulose structural form of glucose in plants amylose unbranched storage form of glucose in plants MATb70a_2ed9
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 glycogen highly branched polymer of α-linked glucose units found in animals amylose linear chain of glucose with α-glycosidic linkages and no branches cellulose polymer of β-linked glucose units found in plants amylopectin highly branched polymer of α-linked glucose units found in plants MATb70a_2de1
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 amylose unbranched storage form of glucose in plants amylopectin moderately branched energy storage in plants chitin major structural component of arthopod (e.g., insects) exoskeletons glycogen highly branched polymer of α-linked glucose units found in animals MATb70a_c3c5
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 highly branched energy storage in animals amylose linear chain of glucose with α-glycosidic linkages and no branches amylopectin plant 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 MATb70a_2718
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 amylose unbranched energy storage in plants chitin structural material in arthropods and fungi cellulose polymer of β-linked glucose units found in plants amylopectin highly branched polymer of α-linked glucose units found in plants