Figures & data
Figure 1. Number of CFU normalized to the control after 60 min MDCT on fresh material (Short term) and on material after 18 weeks in water (Long term) (N = 4). CH and COS (20%) labeled with * indicates significant statistical difference compared to ZOE.
![Figure 1. Number of CFU normalized to the control after 60 min MDCT on fresh material (Short term) and on material after 18 weeks in water (Long term) (N = 4). CH and COS (20%) labeled with * indicates significant statistical difference compared to ZOE.](/cms/asset/1fbc6810-0054-4935-bc83-d6efdd8ab538/iabo_a_1697621_f0001_b.jpg)
Figure 2. Live/dead staining of S. epidermidis after MDCT on unmodified ZOE (left) and ZOE with 20% CH (right). Green indicates live cells and red dead cells.
![Figure 2. Live/dead staining of S. epidermidis after MDCT on unmodified ZOE (left) and ZOE with 20% CH (right). Green indicates live cells and red dead cells.](/cms/asset/9bb21937-afa5-42c1-91ce-15f954c87a3d/iabo_a_1697621_f0002_c.jpg)
Figure 3. Amount of eugenol leaching from ZOE discs with and without CH or COS where the water was replaced every week and leaching during one week after 1, 4 and 18 weeks in water was analysed (N = 6).
![Figure 3. Amount of eugenol leaching from ZOE discs with and without CH or COS where the water was replaced every week and leaching during one week after 1, 4 and 18 weeks in water was analysed (N = 6).](/cms/asset/a813c0b8-808f-4ae8-b75c-262d03606592/iabo_a_1697621_f0003_b.jpg)
Figure 4. Growth curve of bacteria after 18 h measured at OD 600 nm in medium with eugenol (0–1250 μg/ml) (n = 6).
![Figure 4. Growth curve of bacteria after 18 h measured at OD 600 nm in medium with eugenol (0–1250 μg/ml) (n = 6).](/cms/asset/08e959de-8824-4ddb-9be5-332f37d18c1b/iabo_a_1697621_f0004_c.jpg)
Table 1. Minimum inhibitory concentration, MIC, after 18 h growth in medium with eugenol (µg/ml).