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...ion|Any ester of glycerol having all three hydroxyl groups esterified with fatty acids}} ..., from top to bottom: [[palmitic acid]], [[oleic acid]], [[alpha-linolenic acid]].]] ...

...ion|Any ester of glycerol having all three hydroxyl groups esterified with fatty acids}} ..., from top to bottom: [[palmitic acid]], [[oleic acid]], [[alpha-linolenic acid]].]] ...

...atty acid|the vitamin C metabolite also abbreviated as DHA|Dehydroascorbic acid}} | Name = Docosahexaenoic acid ...

...atty acid|the vitamin C metabolite also abbreviated as DHA|Dehydroascorbic acid}} | Name = Docosahexaenoic acid ...

...e structure is a [[triglyceride]] composed of [[oleate|oleoyl]], [[stearic acid|stearoyl]], and [[palmitate|palmitoyl]] chains attached to a [[glycerol]] b ...g this approach, lipids may be divided into eight categories: [[fatty acid|fatty acyl]]s, [[glycerolipid]]s, [[glycerophospholipid]]s, [[sphingolipid]]s, [[ ...

...e structure is a [[triglyceride]] composed of [[oleate|oleoyl]], [[stearic acid|stearoyl]], and [[palmitate|palmitoyl]] chains attached to a [[glycerol]] b ...g this approach, lipids may be divided into eight categories: [[fatty acid|fatty acyl]]s, [[glycerolipid]]s, [[glycerophospholipid]]s, [[sphingolipid]]s, [[ ...

{{short description|carboxylic acid with a long aliphatic chain, either saturated or unsaturated}} ...d|Unsaturated]] ones are typically bent, unless they have a [[#Unsaturated fatty acids|trans]] configuration.]] ...

{{short description|carboxylic acid with a long aliphatic chain, either saturated or unsaturated}} ...d|Unsaturated]] ones are typically bent, unless they have a [[#Unsaturated fatty acids|trans]] configuration.]] ...

...hyperlipidemic blood in a [[vacutainer]] with [[Ethylenediaminetetraacetic acid|EDTA]]. Left to settle for four hours without centrifugation, the lipids s | [[Bile acid sequestrant]]s, [[statin]]s, [[niacin (substance)|niacin]] ...

...hyperlipidemic blood in a [[vacutainer]] with [[Ethylenediaminetetraacetic acid|EDTA]]. Left to settle for four hours without centrifugation, the lipids s | [[Bile acid sequestrant]]s, [[statin]]s, [[niacin (substance)|niacin]] ...

...e = 2-(3-cyano-4-isobutoxyphenyl)-4-methyl-<br />1,3-thiazole-5-carboxylic acid ...cation]] used long-term to treat [[gout]] due to [[hyperuricemia|high uric acid levels]]. It is generally recommended only for people who cannot take [[all ...

...e = 2-(3-cyano-4-isobutoxyphenyl)-4-methyl-<br />1,3-thiazole-5-carboxylic acid ...cation]] used long-term to treat [[gout]] due to [[hyperuricemia|high uric acid levels]]. It is generally recommended only for people who cannot take [[all ...

...acids, and hormones. CYP450 enzymes convert xenobiotics into hydrophilic derivatives, which are more readily excreted. In almost all of the transformations that ...cid]] identity, while members of subfamilies must share at least 55% amino-acid identity. Nomenclature committees assign and track both base gene names ([h ...

...ore increase the risk of hypoglycemia include [[acetylsalicylic acid]] and derivatives, [[allopurinol]], [[sulfonamide (medicine)|sulfonamide]]s, and [[fibrate]]s ...[[liver]], that they decrease lipolysis (breakdown and release of [[fatty acid]]s by [[adipose tissue]]) and decrease clearance of insulin by the liver. ...

...acids, and hormones. CYP450 enzymes convert xenobiotics into hydrophilic derivatives, which are more readily excreted. In almost all of the transformations that ...cid]] identity, while members of subfamilies must share at least 55% amino-acid identity. Nomenclature committees assign and track both base gene names ([h ...

...ore increase the risk of hypoglycemia include [[acetylsalicylic acid]] and derivatives, [[allopurinol]], [[sulfonamide (medicine)|sulfonamide]]s, and [[fibrate]]s ...[[liver]], that they decrease lipolysis (breakdown and release of [[fatty acid]]s by [[adipose tissue]]) and decrease clearance of insulin by the liver. ...

...serves as a [[coenzyme]] in more than 140 [[enzyme]] reactions in [[amino acid]], [[glucose]], and [[lipid]] metabolism. ...[amino acid]] biosynthesis and catabolism, but is also involved in [[fatty acid]] biosynthesis and other physiological functions. ...

...serves as a [[coenzyme]] in more than 140 [[enzyme]] reactions in [[amino acid]], [[glucose]], and [[lipid]] metabolism. ...[amino acid]] biosynthesis and catabolism, but is also involved in [[fatty acid]] biosynthesis and other physiological functions. ...

...redox biochemistry and link them together in pathways such as the [[citric acid cycle]] and [[Adenosine triphosphate|ATP]] synthesis. ...ature|1']] carbon, while phosphate is bound to the ribose at the [[Nucleic acid nomenclature|5']] carbon to form the adenine nucledotide. [[Riboflavin]] is ...