HIV-derived TAT peptide, with a high penetration rate into cells and its nonimmunogenic and
minimally toxic nature, is an attractive tool for enhancing the biodistribution of drugs and …

Pathogenic bacteria are closely associated with the occurrence, development and
metastasis of oral squamous cell carcinoma (OSCC). Antibacterial therapy has been …

The delivery of functional proteins, including antibodies, into cells opens up many
opportunities to regulate cellular events, with significant implications for studies in chemical …

Developing protein delivery systems holds tremendous promise for the next-generation of
protein-related biotechniques and biotherapeutics. Polycatechols inspired from nature …

While the cellular cytosol and organelles contain attractive targets for disease treatments, it
remains a challenge to deliver therapeutic biomacromolecules to these sites. This is due to …

To facilitate the introduction of proteins, such as antibodies, into cells, a variety of delivery
peptides have been engineered. These peptides are typically highly cationic and somewhat …

Despite exhibiting potent anticancer activity, the strong hemolytic properties of melittin (MEL)
significantly restrict its delivery efficiency and clinical applications. To address this issue, we …

Antibodies are promising biopharmaceuticals that offer new therapeutic options for
diseases. Since antibodies are membrane impermeable, approaches that allow …

Hypoglycemic peptides have exhibited great clinical benefits for diabetics and body weight
control due to their high activity, high specificity, and low toxicity. However, frequent …

Background Messenger RNA (mRNA)-based immunogene therapy holds significant
promise as an emerging tumor therapy approach. However, the delivery efficiency of …