Peptide Beta-Elimination: Serine & Threonine Degradation
Learn how reconstituted peptides undergo beta-elimination of serine and threonine residues at alkaline pH, forming dehydroalanine intermediates and lanthionine crosslinks.
Tag: beta-elimination
Peptide Beta-Elimination: Crosslink Formation in Storage
Learn how beta-elimination of serine, cysteine, and phosphoserine residues generates dehydroalanine intermediates causing lanthionine crosslinks in reconstituted peptides.
Peptide Beta-Elimination: Serine & Threonine Degradation
Learn how reconstituted peptides undergo serine and threonine beta-elimination at alkaline pH, forming dehydroalanine crosslinks that compromise peptide stability during storage.
Peptide Beta-Elimination: Serine & Threonine Degradation
Learn how reconstituted peptides undergo serine and threonine beta-elimination in alkaline solutions, forming dehydroalanine and lanthionine crosslinks via E1cb mechanisms.
Peptide Serine Threonine Beta-Elimination & Dha Formation
Learn how reconstituted peptides undergo serine and threonine beta-elimination forming dehydroalanine via base-catalyzed E1cb reactions in alkaline storage.
Peptide Phosphoserine Beta-Elimination & Dehydroalanine
Learn how reconstituted peptides undergo beta-elimination of phosphoserine and phosphothreonine residues, forming reactive dehydroalanine intermediates during alkaline storage.