BMP Peptides Enhanced by Protease Cleavage

The patent applies composite materials by combining BMPs with specific proteases (collagenase, dispase, trypsin) and isolated peptides to create a composite composition that enhances osteoinductive activity. This composite approach allows the proteases to cleave the BMPs at specific sites, generating active fragments that work synergistically to improve differentiation activity while maintaining a manageable composition structure.

The patent applies segmentation by using proteases to cleave the BMP polypeptide chain into specific fragments or domains. This segmentation releases bioactive peptides from the full-length BMP, creating smaller, more active units that can more effectively interact with cellular receptors and signaling pathways, thereby enhancing the biological activity.

The patent applies parameter changes by modifying the amino acid sequence parameters of BMPs through proteolytic cleavage. The proteases change the peptide chain length and sequence by cleaving at specific amino acid residues, generating truncated peptides with precise N- or C-terminal endings. This parameter change approach allows production of active fragments without requiring de novo synthesis of each precise sequence.

The patent applies intermediary by using proteases as mediator enzymes that facilitate the precise generation of truncated BMP peptides. Rather than directly synthesizing precise peptide sequences, the proteases act as intermediaries that cleave full-length BMPs at specific sites, indirectly producing the desired truncated peptides with high sequence precision through enzyme-catalyzed specificity.