Infection diseases caused by Gram-negative pathogens are exceedingly difficult to treat
because their characteristic outer membrane limits antibiotic entry. Herein, we report the …

Unlike antibiotics with accurate chemical structures, polydisperse chain lengths of synthetic
polycations usually result in undesirable variations of antibacterial performance, which …

Antimicrobials against planktonic cells and established biofilms at low doses are in
increasing demand to tackle antibiotic-resistant biofilm infections. As a promising alternative …

Incorporation of cationic groups into polymers represents one of the most widely used
strategies to prepare antibacterial materials. Sulfonium, as a typical cationic moiety, displays …

Sulfonium‐ion‐containing polymers exhibit significant potential benefits for various
applications. An efficient strategy to synthesize a type of antibacterial sulfonium‐ion‐bearing …

Drug-resistant microbes loom as a growing threat to global healthcare by greatly increasing
the risk of hospital-acquired infections that could ultimately become fatal, especially for …

Antimicrobial polymers exhibit great potential for treating drug-resistant bacteria; however,
designing antimicrobial polymers that can selectively kill bacteria and cause relatively low …

Typically, quaternary ammonium polymers are employed for antibacterial purposes.
However, a century of use has led bacteria to develop resistance to such materials …

Cationic polymers have gained significant attention as potent antimicrobial agents due to the
emergence of antibiotic resistance. These polymers can interact with the negatively charged …

The emergence of multidrug‐resistant (MDR) pathogenic bacteria constitutes a key threat to
global health. Infections caused by multidrug‐resistant Gram‐negative bacteria are …