Table 1. Input values used to estimate the expected change in the number and incidence (cases/100 000 inhabitants) of reported domestic human salmonella cases in Sweden in 2010 in the different scenarios.
| Input values | SE | DK | NL | References |
| Total number (incidence) of reported cases (2010) | 3 609 (38) | 1 598 (28.7) | 2 291*(8.8) | SE [3], DK [10], NL [11] |
| Proportion domestic of the total number of reported cases (2010) | 23.4% | 54.8% | 90% | SE [3], DK [10], NL [11] |
| Number of reported domestic (travel related) cases in Sweden(2010) | 845 (2764) | SE [3] | ||
| Population (2010) | 9 408 320 | 5 560 628 | 16 654 979 | SE [12], DK [13],NL [14] |
| Multiplier (data source 1) | 134 | 289 | 1 064 | [5] |
| Underdetection index UDI (data source 2) | 1 | 1.8 | 7.7 | [7] |
| Under-reporting factor URF (data source 3) | 0.5 | 4.4 | 26.3 | [8] |
| Multiplier (data source 4) | 10 | 17 | 20 | [6] |
| Multiplier (data 5) | 6.7** | 10*** | 16.6**** |
* Laboratory surveillance data from RIVM NL covers only 64% of the population. Cases adjusted to cover whole population: 1466/0.64 = 2291.
** Sundström, K. (2010) [9].
*** Email. com. 15 November 2011, S. Ethelberg, Statens Serum Institut, DK.
**** Email. com. 2 April 2012, W. van Pelt, Rijksinstituut voor Volksgezondheid en Milieu, NL.