POLYSACCHARIDES DISACCHARIDES LIPIDS (fats) PROTEINS Starch Lactose Maltose Sucrose lipases Cellulose proteases amylases cellulases disaccharidases glycerol amino acids deamination monosaccharides GLUCOSE fatty acids (simple sugars) `NH3 Pentose phosphate pathway Glycolysis Applies to both branches in glycolysis B-oxidation removes 2-carbon units. Руruvate Pyruvate Acetyl- Acetyl- CoA CoA x 2 FIGURE 6.24 Catabolism of Organic Compounds Other Than Glucose The subunits of macromolecules are degraded to form the appropriate precursor metabolites. These metabolites can then either be oxidized in one of the central metabolic pathways or be TCA cycle used in anabolism.

Ebk:Nutrition & Diet Therapy
10th Edition
ISBN:9780357391747
Author:DEBRUYNE
Publisher:DEBRUYNE
Chapter16: Specialized Nutrition Support: Enteral And Parenteral Nutrition
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Which is more common—an organism that produces amylase or one that produces cellulase?

POLYSACCHARIDES
DISACCHARIDES
LIPIDS (fats)
PROTEINS
Starch
Lactose Maltose
Sucrose
lipases
Cellulose
proteases
amylases
cellulases disaccharidases
glycerol
amino acids
deamination
monosaccharides
GLUCOSE
fatty acids
(simple sugars)
`NH3
Pentose phosphate
pathway
Glycolysis
Applies to
both branches
in glycolysis
B-oxidation
removes
2-carbon units.
Руruvate
Pyruvate
Acetyl-
Acetyl-
CoA
CoA
x 2
FIGURE 6.24 Catabolism of Organic Compounds
Other Than Glucose The subunits of macromolecules
are degraded to form the appropriate precursor
metabolites. These metabolites can then either be
oxidized in one of the central metabolic pathways or be
TCA cycle
used in anabolism.
Transcribed Image Text:POLYSACCHARIDES DISACCHARIDES LIPIDS (fats) PROTEINS Starch Lactose Maltose Sucrose lipases Cellulose proteases amylases cellulases disaccharidases glycerol amino acids deamination monosaccharides GLUCOSE fatty acids (simple sugars) `NH3 Pentose phosphate pathway Glycolysis Applies to both branches in glycolysis B-oxidation removes 2-carbon units. Руruvate Pyruvate Acetyl- Acetyl- CoA CoA x 2 FIGURE 6.24 Catabolism of Organic Compounds Other Than Glucose The subunits of macromolecules are degraded to form the appropriate precursor metabolites. These metabolites can then either be oxidized in one of the central metabolic pathways or be TCA cycle used in anabolism.
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