Spanning from the mitigation of pathogenic diseases via protective immunity to the provision
of therapeutic solutions for other debilitating ailments, immune-based interventions have …

Several different self-assembling peptide systems that form nanofibers have been
investigated as vaccine platforms, but design principles for adjusting the character of the …

Vaccines that elicit robust CD8+ T cell responses are desirable for protection against
infectious diseases and cancers. However, most vaccine adjuvants fail to elicit robust CD8+ …

Recently, nanofibers (NFs) formed from antigenic peptides conjugated to β-sheet-forming
peptides have attracted much attention as a new generation of vaccines. However, studies …

Peptide nanofibers are useful for many biological applications, including immunotherapy,
tissue engineering, and drug delivery. The robust lengthwise assembly of these peptides …

The design and development of vaccines, which can induce cellular immunity, particularly
CD8+ T cells hold great importance since these cells play crucial roles against cancers and …

Induction of antigen-specific immune tolerance has emerged as the next frontier in treating
autoimmune disorders, including atherosclerosis and graft-vs-host reactions during …

Induction of tumor-specific CD8+ T cell responses is known as a major challenge for cancer
vaccine development; here we presented a strategy to improve peptide nanofibers-mounted …

Peptide-based nanovaccines have emerged as promising strategies for combating
reemerging and emerging infectious diseases. They exhibit excellent immunogenicity and …

Self-assembling peptides programed by sequence design to form predefined nanostructures
are useful for a variety of biomedical applications. However, assemblies of classic ionic self …