O、H CHOH H—C-0H C=0 HO-C—H HO—C—H H-C-OH H—C-0H H—C-0H H—C-0H 6 CHOH C HOH 2 D-Glucose D-Fructose (An aldose (a ketose)
Carbons in a monosaccharide are numbered such that the aldehyde group is carbon number one or the ketone group is carbon number two
Carbons in a monosaccharide are numbered such that the aldehyde group is carbon number one or the ketone group is carbon number two
Sucrose is composed of a pyranose and a furanose HO CH2 HO 0、HCH OH 0 OH CH2 H OH OH Sucrose
Sucrose is composed of a pyranose and a furanose
HO-CH2 CHI(OH)CHO The simplest memb glyceraldehyde of the carbohydrate family is glyceraldehyde. Sir glyceraldehyde CHO CHO contains an H-C-OH HO-C-H asymmetric or chiral carbon it can be found in two stereoisomeric CH,OH CHOH forms designated as d or L-. Almost every D glyceral dehyde L· glyceraldehyde e sugar found in animals is related to d glyceraldehyde although there are a few rare exceptions D-aldoses such as L-Fucose, found in glycoproteins tc
The simplest member of the carbohydrate family is glyceraldehyde. Since glyceraldehyde contains an asymmetric or chiral carbon, it can be found in two stereoisomeric forms designated as Dor L-. Almost every sugar found in animals is related to D - glyceraldehyde, although there are a few rare exceptions such as L- Fucose, found in glycoproteins, etc
The enantiomers of glyceraldehyde (o) D-Glyceraldehyde L-Glyceraldehyde
The enantiomers of glyceraldehyde