13–15 Sept 2027
Wroclaw University Library
Europe/Warsaw timezone

Scientific Programme

MONDAY, 13 SEPTEMBER 2027

09:00-12:00

Preconference Student Workshop
• AI and Computational Discovery of Phage Proteins: Modern AI tools for phage protein research; Protein language models and AlphaFold; Discovery of depolymerases, lysins, and RBPs
• Experimental Characterization of Phage Proteins: From gene cloning to protein production; Activity assays for lysins, depolymerases and RBPs; Biophysical characterization of phage proteins

11:00-13:00

Registration & Welcome Coffee

13:00-13:30

Opening Ceremony

13:30-14:15

Opening Keynote Lecture

14:15-15:45

Session I: Discovery and Functional Diversity of Phage Proteins

15:45-16:15

Coffee Break

16:15-17:45

Session II: Receptor-Binding Proteins, Tail Fibres and Host Recognition

18:00-20:00

Welcome Reception

TUESDAY, 14 SEPTEMBER 2027

09:00-10:30

Session III: Endolysins and Cell Wall-Degrading Enzymes

10:30-11:00

Coffee Break

11:00-12:30

Session IV: Depolymerases and Anti-Biofilm Strategies

12:30-12:45

Poster pitch session 1 (4 x 3 min)

12:45-14:30

Lunch & Poster Session I

14:30-16:00

Session V: Engineering and Synthetic Design of Phage Proteins

16:00-16:30

Coffee Break

16:30-18:00

Session VI: Phage Proteins in Modern Medicine

20:00-23:00

Get-Together Party, Botanical Garden

WEDNESDAY, 15 SEPTEMBER 2027

09:00-10:30

Session VII: AI, Bioinformatics and Functional Prediction

10:30-11:00

Coffee Break

11:00-12:30

Session VIII: Phage proteins for biocontrol: from basic to translational research

12:30-12:45

Poster pitch session 2 (4 x 3 min)

12:45-14:30

Lunch & Poster Session II

14:30-16:00

Session IX: Structural Phage Proteins and Phage-Inspired Nanotechnology

16:30-17:45

Closing Discussion Forum

17:45-18:15

Awards & Closing Ceremony


  • Session I: Discovery and Functional Diversity of Phage Proteins

    S1
  • Session II: Receptor-Binding Proteins, Tail Fibres and Host Recognition

    S2
  • Session III: Endolysins and Cell Wall-Degrading Enzymes

    S3
  • Session IV: Depolymerases and Anti-Biofilm Strategies

    S4
  • Session V: Engineering and Synthetic Design of Phage Proteins

    S5
  • Session VI: Phage Proteins in Modern Medicine

    S6
  • Session VII: AI, Bioinformatics and Functional Prediction

    S7
  • Session VIII: Phage proteins for biocontrol: from basic to translational research

    S8
  • Session IX: Structural Phage Proteins and Phage-Inspired Nanotechnology

    S9