Supporting Material Data from the systematised review of 380-480 nm violet-blue inactivation of microorganisms. Table S1.1 details inactivation of Gram positive and Gram negative bacteria, Gram positive endospores and mycobacteria. Table S1.2 details inactivation of yeasts and fungal conidia, germinating/germinated conidia and hyphae. Table S1.3 details inactivation of bacteriophage and viruses. Key: indicates an unspecified clinical isolate; ‘CI’ indicates microorganisms exposed under anaerobic conditions; ‘A’ indicates bacteria exposed at low temperatures (≤ 10°C); ‘-‘ indicates bacteria exposed at elevated temperatures (≥ 37°C); ‘+’ indicates microorganisms exposed on agar plates; ‘P’ indicates log10 reduction values extracted from figures; ‘E’ indicates dose for 1 log10 reduction values provided by paper ‘V’ This dataset relates to the Scottish Infection Research Network and Chief Scientist Office, project 405 nm Light for Clinical Decontamination: Investigation of the Antiviral Efficacy ‘Antimicrobial and Potential for Bacterial Tolerance’ (SIRN/DTF/13/02).
Supporting Material Data from the systematised review of 380-480 nm violet-blue inactivation of microorganisms. Table S1.1 details inactivation of Gram positive and Gram negative bacteria, Gram positive endospores and mycobacteria. Table S1.2 details inactivation of yeasts and fungal conidia, germinating/germinated conidia and hyphae. Table S1.3 details inactivation of bacteriophage and viruses. Key: ‘CI’ indicates an unspecified clinical isolate; ‘A’ indicates microorganisms exposed under anaerobic conditions; ‘-‘ indicates bacteria exposed at low temperatures (≤ 10°C); ‘+’ indicates bacteria exposed at elevated temperatures (≥ 37°C); ‘P’ indicates microorganisms exposed on agar plates; ‘E’ indicates log10 reduction values extracted from figures; ‘V’ indicates dose for 1 log10 reduction values provided by paper This dataset relates to the Scottish Infection Research Network and Chief Scientist Office, project ‘Antimicrobial 405 nm Light for Clinical Decontamination: Investigation of the Antiviral Efficacy and Potential for Bacterial Tolerance’ (SIRN/DTF/13/02).
Tomb_et_al_Supporting_Material.docx