Data for: Schaub et al., Salt supersaturation as an accelerator of influenza A virus inactivation in 1-μl droplets

Experimental data

This folder contains the experimental data to the figures shown in the main manuscript and Supporting Information.

Figure 1: inactivation curves for 1- and 2-μl NaCl droplet experiments at 30% RH + NaCl control (infectivity titer and genomic copy enumeration). "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 1: relative radius of NaCl droplets during evaporation. "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 2: inactivation curves for 1-μl NaCl and LiCl droplet experiments at 30 and 65% RH + NaCl and LiCl controls (infectivity titer and genomic copy enumeration). "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 2: relative radius of NaCl and LiCl droplets during evaporation. "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 3: inactivation curves for 1-μl NaCl and NaCl/sucrose droplet experiments at 30 % RH + NaCl and NaCl/sucrose controls (infectivity titer and genomic copy enumeration). "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 3: relative radius of NaCl and NaCl/sucrose droplets during evaporation. "Efflorescence" indicates the time at which efflorescence was first observed.

Figure 5: virus enumeration (infectivity titer and genomic copies) for virion integrity assay.

Figure S2: relative radius of NaCl droplets during evaporation at 65% RH. "Efflorescence" indicates the time at which efflorescence was first observed.

Figure S5: inactivation curves for bulk experiments at various NaCl molalities (infectivity titer).

Figure S6: inactivation curves for 1-μl NaCl droplet experiment at 74% RH (infectivity titer and genomic copy enumeration).

Figure S8: inactivation curves for bulk experiments at pH 11 (infectivity titer).

Abbrevations used:

GC = Genomic Copies

LoQ = Limit of Quantification

m = molality (mol/kg H2O)

PFU = Plaque Forming Unit

ul = microliter