Amphipathic α-helical peptides (AHPs) have shown potential as a therapeutic approach
against multi-drug-resistant bacterial infections due to their broad-spectrum antimicrobial …

Many peptides interact with biological membranes, but elucidating these interactions is
challenging because cellular membranes are complex and peptides are structurally flexible …

Solid state NMR has been tremendously useful in characterizing the structure and dynamics
of model membranes composed of simple lipid mixtures. Model lipid studies employing solid …

There has been an alarming rise in antibacterial resistant infections in recent years due to
the widespread use of antibiotics, and there is a dire need for the development of new …

Hypothesis Tissue-specific homing peptides have been shown to improve chemotherapeutic
efficacy due to their trophism for tumor cells. Other sequences that selectively home to the …

Antibiotic resistance‐related bacterial infections and cancers become huge challenges in
human health in the 21st century. A number of naturally derived antimicrobial peptides …

Growing antibiotic resistance is rapidly threatening the efficacy of treatments for Gram-
negative infections. Bicycle molecules, constrained bicyclic peptides from diverse libraries …

Many membrane proteins form functional complexes that are either homo-or hetero-
oligomeric. However, it is challenging to characterize membrane protein oligomerization in …

Peptides are compounds formed by linking 20 natural amino acids through amide bonds,
which widely exist in organisms. Thanks to their excellent biological activity …

Introduction Increasing evidence suggests that intratumor microbiota are an intrinsic
component in the tumor microenvironment across multiple cancer types, and that there is a …