1.

The seasonal occurrence of cholera cases in Sabah is represented by plotting the cumulative number of cholera cases for each month during 2015–2020.

2.

The seasonal occurrence of cholera cases in Sabah is represented by plotting the cumulative number of cholera cases for each month during 2015–2020.

3.

The seasonal occurrence of cholera cases in Sabah is represented by plotting the cumulative number of cholera cases for each month during 2015–2020.

1.

Distribution of asymptomatic carriers in Sabah by age group.

2.

Distribution of asymptomatic carriers in Sabah by age group.

3.

Distribution of asymptomatic carriers in Sabah by age group.

1.

Yearly distribution of cholera cases and asymptomatic carriers in Sabah.

2.

Yearly distribution of cholera cases and asymptomatic carriers in Sabah.

3.

Yearly distribution of cholera cases and asymptomatic carriers in Sabah.

1.

Mosquito species trapped using two methods in the four villages along River Galana/ Sabaki in Kilifi County, coastal Kenya.

1.

Demographic characteristics of individuals recruited for parasitological surveys of helminthic infections in four villages along River Galana/ Sabaki in Kilifi County, coastal Keny...

1.

Prevalence of helminthic NTDs among schoolchildren and community members in 4 villages along River Galana/ Sabaki in Kilifi County, coastal Kenya.

1.

Intensities of helminthic NTDs among schoolchildren and community members in 4 villages along River Galana/ Sabaki in Kilifi County, coastal Kenya.

1.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

2.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

3.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

4.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

5.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

6.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

7.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

8.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

9.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

1.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

2.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

3.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

4.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

5.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

6.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

7.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

8.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

9.

Comparison of colistin resistance between Belgium and the Netherlands by measurement and by sector.

1.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

2.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

3.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

4.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

5.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

6.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

7.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

8.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).

9.

Association of colistin resistance with prior colistin use in pig farms in Belgium (n = 14) and the Netherlands (n = 15).