Poster Presentation Award #1 – 2025 of Targeting Phage Therapy 2025

Poster Presentation Award #1 – 2025 of Targeting Phage Therapy 2025

 

Congratulations to Dr. Peter Braun and Leonie Reetz from the Fraunhofer ITMP, Germany, for winning the Poster Presentation Award 2025 at Targeting Phage Therapy!

Their poster, “Rapid and Specific Detection of Pathogenic Bacteria Using Recombinant Receptor Binding Proteins of Bacteriophages” showcases a cutting-edge approach to diagnostics through phage-based technologies — opening new doors for precision microbiology.

Bravo for this excellent work and well-deserved recognition!

 

       

Poster Presentation Award #2 – 2025 of Targeting Phage Therapy 2025

Poster Presentation Award #2 – 2025 of Targeting Phage Therapy 2025

 

Congratulations to Dr. Viviane de Cássia Oliveira for winning Poster Presentation Award 2025 !

Her poster, “Evolution of Ceftolozane/Tazobactam Resistance in Carbapenem-Resistant Pseudomonas aeruginosa Under Phage-Antibiotic” earned recognition by the scientific committee for its depth of analysis and relevance to one of today’s most critical challenges in antimicrobial resistance. Her research offers new insights into the complex interactions between phages and antibiotics, paving the way for more effective combination therapies in the fight against multidrug-resistant infections.

Summary and Future Steps of her Research

Approximately 20–36% of ventilated patients develop ventilator-associated pneumonia (VAP), frequently caused by Pseudomonas aeruginosa. VAP has a high mortality rate, ranging from 24% to 76%, and imposes a significant burden on healthcare resources. My research, developed under ARISTOS program (European Union’s Horizon Europe research – Marie Sklodowska-Curie actions), focuses on identifying novel therapeutic approaches for treating VAP caused by carbapenem-resistant P. aeruginosa, a high-priority pathogen according to the WHO. The next phase of my study involves the in vivo administration of phage cocktails, evaluating their effect on progression and severity of VAP, alongside investigating how different lung cells respond to phage therapy. In parallel, the inhibition of biofilm formation on endotracheal tubes will be also investigated. I am committed to exploring the effect of phage-therapy against acute multidrug-resistant infections, which are widely regarded as one of the most critical global health challenges.

Bravo to Dr. Oliveira for this remarkable contribution and well-deserved recognition!

 

        

Poster Presentation Award #3 – 2025 of Targeting Phage Therapy 2025

Poster Presentation Award #3 – 2025 of Targeting Phage Therapy 2025

 

Congratulations to Miriam Waizer from the University of Regensburg, Germany, for winning the Poster Presentation Award 2025 of Targeting Phage Therapy 2025, here in Berlin !

Her poster titled “Pseudomonas Aeruginosa-Induced Bilateral Otitis Media with Different Progression Under Topical Phage Therapy” captured the attention of the Scientific Committee and earned her this well-deserved recognition. Her work brings valuable insight into the potential of topical phage applications in complex ENT infections — a promising path for future therapeutic strategies.

About her Research and Future Steps :

She focuses on the development of bacterial phage resistance in a therapeutic context. M.Waizer investigates on mechanisms that influence phage therapy, for example the influence of the immune system and the co-evolution of bacteriophages and bacteria in vitro and in situ. These experiments are carried out based on the cases of the Phage Center Regensburg in collaboration with our cooperation partners at the UKR. The aim is to use these findings from the in vitro experiments and the continuous monitoring of the in situ situation to further improve phage therapy.

Bravo to Miriam Waizer for this outstanding contribution!

 

    

Short Oral Award 2025 at the Phage Therapy 2025 Congress

Short Oral Award 2025 at the Phage Therapy 2025 Congress

 

Congratulations to Anthony Vocat winner of the Short Oral Award 2025! His outstanding presentation, “Novel Mycobacteriophages as a Promising Adjunct in the Fight against Drug-Resistant TB and NTM Infections” captivated the scientific committee with its scientific rigor and real-world impact. His work highlights the innovative potential of bacteriophage therapy in addressing one of the most pressing global health challenges: drug-resistant tuberculosis and non-tuberculous mycobacterial infections.

 

About his Research and Future Steps:

The 37-year-old Swiss microbiologist with over a decade of experience in infectious disease research, particularly Mycobacterium tuberculosis pursues a PhD at CHUV / Centre hospitalier universitaire vaudois, under the supervision of Dr. Grégory Resch and Prof. Gilbert Greub within the CRISP group. His research focuses on discovering and characterizing new bacteriophages active against mycobacteria and Pseudomonas-related lung infections. The project includes isolating phages from environmental samples and developing ultra-rapid phage susceptibility testing (PST) using nanomotion technology, in collaboration with Resistell.”

Bravo Dr. Vocat for this well-deserved recognition and for pushing the boundaries of infectious disease research!

 

       

Best Innovation Award at the Phage Therapy 2025 Congress

Best Innovation Award at the Phage Therapy 2025 Congress

 

 

Congratulations to José Luis Bila, PhD, from Precise Health SA, Switzerland, on winning the Best Innovation Award at the Phage Therapy 2025 Congress! The winning innovation? A revolutionary digital phagogram platform that’s set to transform how we combat multidrug-resistant infections.

The Challenge: Identifying effective therapeutic phages for MDR pathogens has been painfully slow, creating critical delays when patients need treatment most urgently.

The Solution: An AI-driven identification and decision-support system that:
– Automates matching of bacterial genome sequences to optimal phages
– Connects to a global biobank network
– Dramatically compresses sample-to-treatment time
– Increases clinician confidence in treatment decisions

This breakthrough represents a major leap forward in personalized antimicrobial therapy. By leveraging artificial intelligence and global collaboration, we’re moving closer to a future where life-threatening infections can be treated with precision and speed. The implications for healthcare are enormous – faster treatment decisions, better patient outcomes, and a powerful new weapon against the growing threat of antimicrobial resistance.

Congratulations again to the entire team at Precise Health SA!