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PetPeptide Antibacterial Dressing

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With limited options for reimbursable drugs in the pet sector, pet owners are under considerable economic strain. Meanwhile, the overuse of antibiotics has fostered bacterial drug resistance, and when combined with drug-resistant bacterial infections, it makes pets highly susceptible to bacterial infections after injury. This not only prolongs the treatment cycle and drives up treatment costs but can even lead to pet deaths in severe cases.

we are committed to designing a product

Antimicrobial Dressing

"Antimicrobial Peptides Protective System".

We are dedicated to creating an Antimicrobial Dressing, namely the "Antimicrobial Peptides Protective System", to tackle the multifaceted challenges posed by bacterial infections in pets amid the booming pet-keeping trend worldwide.

benefits

  • Low tendency to induce drug resistance

  • Rapid onset of action

  • Broad-spectrum antibacterial activity

  • Effective against multidrug-resistant bacteria

  • Good biocompatibility & low residue

  • Wide sources & synthetic accessibility

Overview of Principles

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Cationic AMPs interact with bacterial membrane, forming pores to kill bacteria.

Formation of membrane pores

AMPs penetrate bacterial membrane to target cellular processes.

Membrane permeation

Some AMPs penetrate via self-promoted uptake, targeting key processes.

Self-promotion and intake

Mammalian membranes resist AMPs due to zwitterionic phospholipids and cholesterol.

Mammalian membrane resistance
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