was associated with very short chain peptides. The results so obtained
demonstrate also that ACE-inhibitory peptides are encrypted within
thornback ray muscle proteins and could be released by proteolysis.
The observed results suggest that TRMH-A26 and TRMH-Neutrase possibly contained more potent ACE-inhibitory peptides than the
other hydrolysates. It seems that TRMH-Neutrase has multifunctional
roles since it exhibited both high antioxidant and antihypertensive activities.
Many studies reported also themultifunctional roles for protein
hydrolysates [