Peter G. Speck

This paper develops an injectable hydrogel with antimicrobial and pH-sensing nanoparticles for infection control and monitoring, showing efficacy against MRSA and reduced inflammation.

This study develops a new phage isolation method and evaluates phage efficacy in different biological matrices, finding that phage activity varies significantly and sustained activity depends on maintaining favorable phage-to-bacteria ratios.

The paper shows that adjusting ionic conditions improves phage isolation from Gram-positive bacteria and expands their host range.