Life Science

A highly reactive 2-oxoaldehyde intermediate of the Maillard reaction produced during oxidative stress in response to excess sugar consumption and in association with diabetes glycates and crosslinks proteins leading to the formation of advanced

A naturally occuring deaminated sialic acid that is thought to be a precursor for the biosynthesis of other members of the sialic acid family can be used to analyze nonulosonic acid residues in polysialoglycoproteins.

A naturally occuring deaminated sialic acid that is thought to be a precursor for the biosynthesis of other members of the sialic acid family can be used to analyze nonulosonic acid residues in polysialoglycoproteins.

A naturally occuring deaminated sialic acid that is thought to be a precursor for the biosynthesis of other members of the sialic acid family can be used to analyze nonulosonic acid residues in polysialoglycoproteins.

A naturally occuring deaminated sialic acid that is thought to be a precursor for the biosynthesis of other members of the sialic acid family can be used to analyze nonulosonic acid residues in polysialoglycoproteins.

A fluorescently-tagged cholesterol with the hydrophilic NBD fluorophore attached to the hydrophilic end of cholesterol, separated by a 12-carbon spacer allows the cholesterol to properly orient in membrane bilayers while the fluorescent tag is

A fluorescently-tagged cholesterol with the hydrophilic NBD fluorophore attached to the hydrophilic end of cholesterol, separated by a 12-carbon spacer allows the cholesterol to properly orient in membrane bilayers while the fluorescent tag is

A fluorescently-tagged cholesterol with the hydrophilic NBD fluorophore attached to the hydrophilic end of cholesterol, separated by a 12-carbon spacer allows the cholesterol to properly orient in membrane bilayers while the fluorescent tag is

A creatine analog that alters skeletal muscle energy expenditure reduces cellular ATP, creatine, and phosphocreatine levels and stimulates AMPK, activating PGC-1&alpha increases the expression of genes for oxidative phosphorylation, electron

A creatine analog that alters skeletal muscle energy expenditure reduces cellular ATP, creatine, and phosphocreatine levels and stimulates AMPK, activating PGC-1&alpha increases the expression of genes for oxidative phosphorylation, electron

A creatine analog that alters skeletal muscle energy expenditure reduces cellular ATP, creatine, and phosphocreatine levels and stimulates AMPK, activating PGC-1&alpha increases the expression of genes for oxidative phosphorylation, electron

A creatine analog that alters skeletal muscle energy expenditure reduces cellular ATP, creatine, and phosphocreatine levels and stimulates AMPK, activating PGC-1&alpha increases the expression of genes for oxidative phosphorylation, electron