ethanolamine

As nouns the difference between ethanolamine and methanolamine

is that ethanolamine is a hydroxy-amine, HO.CH₂.CH₂.NH₂, manufactured by the reaction of ethylene oxide with ammonia; it is found naturally in a combined form in cephalin, and has many industrial applications while methanolamine is the simplest amino alcohol NH₂CH₂OH.

As nouns the difference between ethanolamine and doxylamine

is that ethanolamine is ethanolamine while doxylamine is an ethanolamine antihistamine used as a short-term sedative and in combination with other drugs for night-time cold and allergy relief.

As nouns the difference between ethanolamine and acylethanolamine

is that ethanolamine is ethanolamine while acylethanolamine is (organic chemistry) any amide of ethanolamine, many of which have biochemical significance.

As nouns the difference between ethanolamine and triethanolamine

is that ethanolamine is a hydroxy-amine, HO.CH₂.CH₂.NH₂, manufactured by the reaction of ethylene oxide with ammonia; it is found naturally in a combined form in cephalin, and has many industrial applications while triethanolamine is the tertiary amine (HO-CH₂-CH₂)₃N derived from ethanolamine.

As nouns the difference between ethanolamine and orphenadrine

is that ethanolamine is a hydroxy-amine, HO.CH₂.CH₂.NH₂, manufactured by the reaction of ethylene oxide with ammonia; it is found naturally in a combined form in cephalin, and has many industrial applications while orphenadrine is an anticholinergic drug of the ethanolamine antihistamine class, closely related to diphenhydramine, used to treat painful muscle spasm and some aspects of Parkinson's disease.

As nouns the difference between ethanolamine and phosphorylethanolamine

is that ethanolamine is ethanolamine while phosphorylethanolamine is (chemistry) an ethanolamine derivative that is used to construct sphingomyelins.