Ajinomoto

Last updated January 31, 2026

Innovation Areas

1,635

Inventors

Collaborations

Intramolecular disulfide bridge cyclization: AjinomotoRecent Research Landscape

Batch-to-batch variability and slow reaction kinetics in cyclic peptide synthesis increase production costs and impurity profiles. Continuous flow engineering mitigates these risks by maintaining precise residence times and high-dilution conditions to favor intramolecular cyclization.

What technical problems is Ajinomoto addressing in Intramolecular disulfide bridge cyclization?

Low cyclization yield

(6)evidences

Linear peptides suffer from rapid degradation and poor structural integrity. Restricting conformational flexibility through cyclization prevents enzymatic breakdown and improves binding affinity.

Low oligonucleotide synthesis yield

(5)evidences

Inefficient coupling and purification steps during large-scale production lead to high waste and low purity. Reducing these losses lowers manufacturing costs and increases therapeutic availability.