Eric Walker added UCSB Researchers Develop Controlled Phage Therapy Techniques, Potential Alternative to Antibiotics | The Daily Nexus to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added Controlled phage therapy by photothermal ablation of specific bacterial species using gold nanorods targeted by chimeric phages | PNAS to Use of bacteriophages to treat antibiotic-resistant infections and 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added A Controlled Phage Therapy Targets Drug-resistant Bacteria Without Bad Side Effects | UCSB - Noozhawk.com to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added Phage Therapy Targets Drug-resistant Bacteria | Technology Networks to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added Phage Therapy Targets Drug-resistant Bacteria | Technology Networks to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added A controlled phage therapy to target drug-resistant pathogens to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added A New Old Therapy | The UCSB Current to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added Controlled phage therapy can target drug-resistant bacteria while sidestepping potential unintended consequences to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added Controlled phage therapy by photothermal ablation of specific bacterial species using gold nanorods targeted by chimeric phages | PNAS to 2020-01 UC Santa Barbara study on phages and gold nanorods

Eric Walker added a number of topics and a number of links to Use of bacteriophages to treat antibiotic-resistant infections, and added Use of bacteriophages to treat antibiotic-resistant infections to Treating and mitigating antibiotic-resistant infections and Bacteriophages

Eric Walker added a number of links to UC Santa Barbara study on phages and gold nanorods, and added UC Santa Barbara study on phages and gold nanorods to Use of bacteriophages to treat antibiotic-resistant infections