terms |
cyclol |
As nouns the difference between terms and cyclol
is that
terms is while
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures.
cyclon |
cyclol |
As nouns the difference between cyclon and cyclol
is that
cyclon is a kind of large round artifact made by aboriginal australians while
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures.
cyclol |
cyclo |
As nouns the difference between cyclol and cyclo
is that
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures while
cyclo is a tuk-tuk.
cyclol |
cyclos |
As nouns the difference between cyclol and cyclos
is that
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures while
cyclos is .
protein |
cyclol |
In biochemistry terms the difference between protein and cyclol
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
cyclol is any of a group of cyclic peptides proposed as a basis of rigid protein structures.
peptide |
cyclol |
As nouns the difference between peptide and cyclol
is that
peptide is while
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures.
cyclic |
cyclol |
As an adjective cyclic
is characterized by, or moving in cycles, or happening at regular intervals.
As a noun cyclol is
(biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures.
cyclol |
ergopeptine |
As nouns the difference between cyclol and ergopeptine
is that
cyclol is (biochemistry) any of a group of cyclic peptides proposed as a basis of rigid protein structures while
ergopeptine is (organic compound) a peptide ergot alkaloid; any ergoline derivative that contains a tripeptide moiety, comprising proline and α-hydroxy-α-amino acids, linked in a cyclol formation with the carboxyl carbon of proline.