Biofilm peptides are used to treat bacterial infections.

New developments in antimicrobial peptides (AMPs) with antibacterial membrane properties are taking effect.
ABP inhibits antibiotic resistance bacteria in biofilms through nucleotide signaling molecules.
antimicrobial peptides and biofilm peptides (ABPs) are new antibiotic molecules from microorganisms for the treatment of infections.
the authors discuss the importance, limitations and trials of these antimicrobial peptides from bacteria, fungi, protozoa and yeast.
these antimicrobial peptides are small, cationed and biptogen polypeptide sequences with a wide range of Gram-positive and Gram-negative bacteria, viruses and fungi, with a length of 6-100 amino acids.
reviewed these sources in detail and showed the characteristics of these antimicrobial peptides and their respective categories.
APD3 database shows 333 bacterial and peptide antibiotics from bacteria, 4 fromarchaea, 8 from protozoa and 13 from fungi.
bacteria AMP are characterized according to the amount of amino acids they have, and are very small in size, with a mass of 1-5kDa, longer than Class II AMP, and about 25-50 amino acids.
class II bacteriobacteria are composed of homogenous amino acids and are divided into different groups according to their secondary structure.
Lactobacillus II produced by lactic acid aureus is lactococcus B. The AMP participates in membrane potential changes.
reported fungal AMP compounds are not only bacterial AMP, but have been found to be a good source of anti-infection for their similarity and response to infection.
computer cDNA scanning method scans are widely used to determine the sequencing of defensive peptides, and more than 100 AMPs have been revealed with the help of genome screening methods. Peptaibols, a fungus isolated as a secondary metabolite
, has antimicrobial and antifungal activity.
they have short amino acid chains.
Source: Thundernet Space.