trimethylglycine |
glycine |
As nouns the difference between trimethylglycine and glycine
is that
trimethylglycine is an organic compound related to choline, with the difference that the terminal carboxylic acid group of trimethylglycine has been reduced to a hydroxyl group in choline while
glycine is a nonessential amino acid, amino-acetic acid, C
2H
5NO
2 found in most proteins but especially in sugar cane; the simplest amino acid.
trimethylglycine |
|
taxonomy |
trimethylglycine |
As nouns the difference between taxonomy and trimethylglycine
is that
taxonomy is the science or the technique used to make a classification while
trimethylglycine is trimethylglycine.
hydroxyl |
trimethylglycine |
As nouns the difference between hydroxyl and trimethylglycine
is that
hydroxyl is (chemistry) a univalent radical or functional group (–oh) in organic chemistry; present in alcohols, phenols, carboxylic acids and certain other classes of compounds while
trimethylglycine is trimethylglycine.
terminal |
trimethylglycine |
As nouns the difference between terminal and trimethylglycine
is that
terminal is terminal (at an airport etc) while
trimethylglycine is trimethylglycine.
choline |
trimethylglycine |
As nouns the difference between choline and trimethylglycine
is that
choline is a hydroxy quaternary ammonium compound with formula (CH
3)
3N
+CH
2CH
2OHX
−. It is an essential nutrient for cardiovascular and brain health and for cell membrane formation. Discovered by Andreas Strecker in 1862 while
trimethylglycine is an organic compound related to choline, with the difference that the terminal carboxylic acid group of trimethylglycine has been reduced to a hydroxyl group in choline.
trimethylglycine |
dimethylglycine |
see also |
As nouns the difference between trimethylglycine and dimethylglycine
is that
trimethylglycine is an organic compound related to choline, with the difference that the terminal carboxylic acid group of trimethylglycine has been reduced to a hydroxyl group in choline while
dimethylglycine is a derivative of glycine in which both hydrogen atoms of the amino group are replaced by methyl groups.