ergopeptine

As nouns the difference between terms and ergopeptine

is that terms is 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.

In organic compound|lang=en terms the difference between ergopeptine and ergocristine

is that 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 while ergocristine is (organic compound) an ergopeptine and one of the ergot alkaloids, formerly used in the manufacture of the drug lsd.

As nouns the difference between ergopeptine and ergocristine

is that 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 while ergocristine is (organic compound) an ergopeptine and one of the ergot alkaloids, formerly used in the manufacture of the drug lsd.

As nouns the difference between carbon and ergopeptine

is that carbon is alternative form of (l) 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.

As nouns the difference between carboxyl and ergopeptine

is that carboxyl is (organic chemistry) a univalent functional group consisting of a carbonyl and a hydroxyl functional group (-cooh); characteristic of carboxylic acids 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.

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.

As nouns the difference between proline and ergopeptine

is that proline is (amino acid) a nonessential amino acid c₅h₉no₂ found in most animal proteins, especially collagen; its cyclic structure leads to kinks in the peptide chain of proteins 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.

As nouns the difference between moiety and ergopeptine

is that moiety is half 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.

As nouns the difference between tripeptide and ergopeptine

is that tripeptide is (chemistry) an organic compound formed from three amino acids joined by peptide bonds 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.

As an adjective derivative

is .

As a noun 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.

As nouns the difference between ergoline and ergopeptine

is that ergoline is (chemistry) a tetracyclic heterocycle whose structural skeleton is contained in a diverse range of alkaloids, including some psychedelic drugs, and whose derivatives are used clinically for vasoconstriction and in the treatment of migraine and parkinson's disease 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.