… selective delivery requires the insertion of natural (antibodies, ligands, or proteins) or synthetic
(aptamers or peptides) biomolecules able to perform selective … To this end, we designed a …

… Here, we report selective cell death induced by a novel peptide amphiphile that self-… pH
(pH i ). We found that a palmitoylated hexapeptide (C 16 -VVAEEE) formed a hydrogel below pH …

… a “smart”, multifunctional polymeric micelle was developed using … activated cell-penetrating
peptide (RG) 5 at physiological pH, ie, limiting internalization, and were selectively triggered …

… activated nanotherapeutics in the tumor microenvironment. Two peptides, that is, a pH-responsive
peptide HLAH and a matrix metalloprotease-2 (MMP2)-sensitive peptide with a poly(…

… , and finally designed peptides or chimeric peptides, which … and the lack of selectivity are
the main obstacles that hinder … permit their use for developing multifunctional CPPs that vary in …

… of noncovalent interactions, molecular self-assembly design provides a versatile tool to tailor
the properties of self-assembled nanocarriers for optimizing the delivery of drugs.5, 7, 9, 10 …

… the synthesis and characterization of stimuli-responsive gels. Here, we provide an understanding
of the self-assembly process of peptide conjugates and the characterization tools used …

… to the peptide using standard peptide coupling conditions (DIPEA… The crude peptides were
precipitated with diethyl ether and … on a preparative Waters XBridge C8 column, eluting with a …

… -37 lipopeptides with high selectivity, stability, and antimicrobial … peptides: C10-KR8 and
C8-KR10 (Table 1), a recent study found an optimal peptide when KR12 is conjugated with C8. (…

… -DOX) are designed by site-specific conjugation of DOX to a genetically engineered
polypeptide LHRH-ELP-C8 (Scheme 1a and b). LHRH is a peptide ligand of luteinizing hormone …