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.
Learn how beta-elimination of serine, cysteine, and phosphoserine residues generates dehydroalanine intermediates causing lanthionine crosslinks in reconstituted peptides.
Learn how reconstituted peptides undergo serine and threonine beta-elimination in alkaline solutions, forming dehydroalanine and lanthionine crosslinks via E1cb mechanisms.
Learn how cysteine beta-elimination in reconstituted peptides at elevated pH creates dehydroalanine crosslinks like lanthionine and lysinoalanine during storage.