analogue |
azidohomoalanine |
As nouns the difference between analogue and azidohomoalanine
is that
analogue is (british|canadian) while
azidohomoalanine is (organic compound) an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.
As an adjective analogue
is (british|canadian).
methionine |
azidohomoalanine |
As nouns the difference between methionine and azidohomoalanine
is that
methionine is a lipotropic, sulphur-containing essential amino acid, C
5H
11NO
2S, found in most protein while
azidohomoalanine is an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.
protein |
azidohomoalanine |
As nouns the difference between protein and azidohomoalanine
is that
protein is any of numerous large, complex naturally-produced molecules composed of one or more long chains of amino acids, in which the amino acid groups are held together by peptide bonds while
azidohomoalanine is an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.
homoalanine |
azidohomoalanine |
In organic compound|lang=en terms the difference between homoalanine and azidohomoalanine
is that
homoalanine is (organic compound) the amino acid
2-aminobutanoic acid while
azidohomoalanine is (organic compound) an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.
As nouns the difference between homoalanine and azidohomoalanine
is that
homoalanine is (organic compound) the amino acid
2-aminobutanoic acid while
azidohomoalanine is (organic compound) an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.
azido |
azidohomoalanine |
As nouns the difference between azido and azidohomoalanine
is that
azido is (chemistry|in combination) the univalent radical n
3- related to azide while
azidohomoalanine is (organic compound) an azido derivative of homoalanine that can be incorporated into proteins as potential methionine analogues.