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1. Answer parts a) through e) for each sugar A through E below. 每 A= A= COOH CHO H- -OH € € OH -OH H H- -OH -OH CH₂OH CH₂OPO, C B D a) Classify each sugar A through E by the number of carbons (e.g. triose, tetrose, etc.). A= 8 = A= B = C= B = HO b) Classify each sugar by type of carbonyl group (i.e. aldose, ketose, aldonic acid, or uronic acid). Some carbonyl groups may be shown in a masked form, e.g. hemiacetal or hemiketal; in such cases, write hemiacetal or hemiketal. If no carbonyl, hemiacetal, or hemiketal is present, write "N/A". C = B = OH C= D= C= c) Classify each sugar by the class of derivative (i.e. aldonic acid, uronic acid, amino sugar, deoxy sugar, alditol, sugar phosphate). If no derivative is given, then write "N/A". M₂N D= OH CH₂OH HO- HO -H 睡 H- -OH H- -OH CH₂OH E D= E= d) Classify each sugar by its ring form, e.g. pyranose or furanose. If no ring form is given, write "N/A". E= E= E=

1. Answer parts a) through e) for each sugar A through E below. 每 A= A= COOH CHO H- -OH € € OH -OH H H- -OH -OH CH₂OH CH₂OPO, C B D a) Classify each sugar A through E by the number of carbons (e.g. triose, tetrose, etc.). A= 8 = A= B = C= B = HO b) Classify each sugar by type of carbonyl group (i.e. aldose, ketose, aldonic acid, or uronic acid). Some carbonyl groups may be shown in a masked form, e.g. hemiacetal or hemiketal; in such cases, write hemiacetal or hemiketal. If no carbonyl, hemiacetal, or hemiketal is present, write "N/A". C = B = OH C= D= C= c) Classify each sugar by the class of derivative (i.e. aldonic acid, uronic acid, amino sugar, deoxy sugar, alditol, sugar phosphate). If no derivative is given, then write "N/A". M₂N D= OH CH₂OH HO- HO -H 睡 H- -OH H- -OH CH₂OH E D= E= d) Classify each sugar by its ring form, e.g. pyranose or furanose. If no ring form is given, write "N/A". E= E= E=

Biochemistry
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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please help question 1, a-d Correctly please.
1. Answer parts a) through e) for each sugar A through E below. $ A= A= COOH OH H- -OH € €€ -OH H- -OH CH₂OH OH B a) Classify each sugar A through E by the number of carbons (e.g. triose, tetrose, etc.). A= 8 = A= B = H- -OH B= -OH C= B = CHIOPO, C C= D= D D= -OH b) Classify each sugar by type of carbonyl group (i.e. aldose, ketose, aldonic acid, or uronic acid). Some carbonyl groups may be shown in a masked form, e.g. hemiacetal or hemiketal; in such cases, write hemiacetal or hemiketal. If no carbonyl, hemiacetal, or hemiketal is present, write "N/A". C= HO D= HO H- E= c) Classify each sugar by the class of derivative (i.e. aldonic acid, uronic acid, amino sugar, deoxy sugar, alditol, sugar phosphate). If no derivative is given, then write "N/A". E= d) Classify each sugar by its ring form, e.g. pyranose or furanose. If no ring form is given, write "N/A". CH₂OH E= -OH -OH E= CH₂OH E
Transcribed Image Text:1. Answer parts a) through e) for each sugar A through E below. $ A= A= COOH OH H- -OH € €€ -OH H- -OH CH₂OH OH B a) Classify each sugar A through E by the number of carbons (e.g. triose, tetrose, etc.). A= 8 = A= B = H- -OH B= -OH C= B = CHIOPO, C C= D= D D= -OH b) Classify each sugar by type of carbonyl group (i.e. aldose, ketose, aldonic acid, or uronic acid). Some carbonyl groups may be shown in a masked form, e.g. hemiacetal or hemiketal; in such cases, write hemiacetal or hemiketal. If no carbonyl, hemiacetal, or hemiketal is present, write "N/A". C= HO D= HO H- E= c) Classify each sugar by the class of derivative (i.e. aldonic acid, uronic acid, amino sugar, deoxy sugar, alditol, sugar phosphate). If no derivative is given, then write "N/A". E= d) Classify each sugar by its ring form, e.g. pyranose or furanose. If no ring form is given, write "N/A". CH₂OH E= -OH -OH E= CH₂OH E
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