The experience of colleagues physicians in application of phago-products will help to choose the optimal prevention and treatment regimen for a particular infectious disease
Treatment of cystitis with bacteriophages is advisable for both acute and chronic forms of the disease, especially when traditional uroantiseptics and antibiotics are ineffective. Common pathogens of infectious cystitis are destroyed by bacteriophages, wh
Representatives of opportunistic human flora often demonstrate multiple resistance to antibiotics. The use of bacteriophages in the treatment of purulent-inflammatory diseases of the ear, nose and throat allows not only to eliminate the infection, but als
When treating stomatitis, it is important to ensure disinfection of the oral cavity, eliminate pain and inflammation, and prevent the spread of infection. For the prevention and treatment of stomatitis, bacteriophage preparations are used, in particular t
Antibiotics for intestinal infections are prescribed only in the most severe cases. Most often, so-called intestinal antiseptics are used - drugs that act only in the intestinal lumen and are not always effective. An alternative to traditional antibacteri
For the prevention and treatment of purulent septic complications of wound processes, bacteriophages are used, in particular the drug Pyofag®. The drug has a bactericidal effect against a number of common pathogens, including antibiotic-resistant ones.
To eliminate opportunistic microflora, it is advisable to use appropriate bacteriophages. Phage preparations are highly specific - they destroy only certain bacteria without affecting beneficial microflora.
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Phage therapy - is a field of medical microbiology, which is now actively developing and is the subject of numerous scientific and clinical studies, the "hot topic" of medical forums and congresses.
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Scientists have taught artificial intelligence to design entire bacteriophage genomes. Sixteen phages created this way were viable and capable of destroying Escherichia coli. Some of them outperformed the natural phage on which they were based.
In the journal Nature Biotechnology, scientists presented a new tool, PALACE, that helps discover previously unknown bacteriophages. The algorithm analyzes massive amounts of genetic data and reconstructs complete phage genomes much more accurately than existing methods. This means researchers will be able to discover new bacteriophages more quickly and better understand their properties.
In July 2026, a clinical case of a 40-year-old patient with severe lung infections caused by three multidrug-resistant bacteria— Acinetobacter baumannii, Klebsiella pneumoniae, and Stenotrophomonas malto—was published in the journal Nature Communications. Previous antibiotic treatment had failed to fully control the infection, so doctors decided to use personalized phage therapy.
