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ethylene glycol metabolism

===Ethylene glycol metabolism. ethylene.gif

===Ethylene glycol metabolism. ethylene.gif

Metabolism of Ethylene Glycol in the Liver. [Adapted from Hall, 1992 (Hall

Metabolism of Ethylene Glycol in the Liver. [Adapted from Hall, 1992 (Hall

Fig: Metabolism of Ethylene Glycol. If untreated, ingestion of only 30 to 60

Fig: Metabolism of Ethylene Glycol. If untreated, ingestion of only 30 to 60

Figure 2: Metabolism of ethylene glycol

Figure 2: Metabolism of ethylene glycol

Ethylene glycol metabolism

Ethylene glycol metabolism

The metabolism of ethylene glycol, illustrated in the diagram below,

The metabolism of ethylene glycol, illustrated in the diagram below,

Metabolism of ethylene glycol. LDH=lactate dehydrogenase; TPP=thiamine

Metabolism of ethylene glycol. LDH=lactate dehydrogenase; TPP=thiamine

As a car radiator coolant As a medical and is Diagnoses workup emedicine ethylene-glycol-poisoning- details As a condition resulting from the rapidly

As a car radiator coolant As a medical and is Diagnoses workup emedicine ethylene-glycol-poisoning- details As a condition resulting from the rapidly

EXECUTIVE SUMMARY This CICAD on the environmental aspects of ethylene glycol

EXECUTIVE SUMMARY This CICAD on the environmental aspects of ethylene glycol

Propylene Glycol Metabolism in Mammals. From Christopher et al. (39).

Propylene Glycol Metabolism in Mammals. From Christopher et al. (39).

Ring closure of (XIII) with ethylene glycol ditosylate (XIV) and subsequent

Ring closure of (XIII) with ethylene glycol ditosylate (XIV) and subsequent

Phosphorylated Propylene Glycol Metabolism in Mammals. From Ruddick (49).

Phosphorylated Propylene Glycol Metabolism in Mammals. From Ruddick (49).

This is a potentially life-threatening ingestion of ethylene glycol

This is a potentially life-threatening ingestion of ethylene glycol

Ethylene Glycol Metabolism

Ethylene Glycol Metabolism

Liver metabolism is responsible for 80% of the absorbed dose of ethylene glycol.

Liver metabolism is responsible for 80% of the absorbed dose of ethylene glycol.

Figure 1: Biotransformation pathways of ethylene oxide (adapted from ECETOC,

Figure 1: Biotransformation pathways of ethylene oxide (adapted from ECETOC,

Ethylene Glycol Disposal. Cooling-system antifreeze,epa has its difficult to

Ethylene Glycol Disposal. Cooling-system antifreeze,epa has its difficult to

(2004) studied the metabolism of [3H]quinolinic acid, [14C]nicotinamide,

(2004) studied the metabolism of [3H]quinolinic acid, [14C]nicotinamide,

Oddly, cases of ethylene glycol ingestion have also been reported without

Oddly, cases of ethylene glycol ingestion have also been reported without

 initial steps in the metabolism of ethylene glycol and methanol to their

initial steps in the metabolism of ethylene glycol and methanol to their