1.

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

2.

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

3.

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

4.

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.

2.

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

3.

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

4.

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.

2.

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

3.

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

4.

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

1.

Minerale voedingstoestand van de Europese beuk gaat achteruit (NB 05/15)

2.

Minerale voedingstoestand van de Europese beuk gaat achteruit (NB 05/15)

3.

Minerale voedingstoestand van de Europese beuk gaat achteruit (NB 05/15)

4.

Minerale voedingstoestand van de Europese beuk gaat achteruit (NB 05/15)

1.

Oil embargo : reports, research, etc by Shipping Research Bureau : list of main publications ; Shipping Research Bureau : list of main publications; List of main publications

2.

Oil embargo : reports, research, etc by Shipping Research Bureau : list of main publications ; Shipping Research Bureau : list of main publications; List of main publications

3.

Oil embargo : reports, research, etc by Shipping Research Bureau : list of main publications ; Shipping Research Bureau : list of main publications; List of main publications

4.

Oil embargo : reports, research, etc by Shipping Research Bureau : list of main publications ; Shipping Research Bureau : list of main publications; List of main publications

1.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

2.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

3.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

4.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

5.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

6.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

7.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

8.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

9.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

1.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

2.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

3.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

4.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

5.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

6.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

7.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

8.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

9.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

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.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

2.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

3.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

4.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

5.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

6.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

7.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

8.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

9.

Overview of sampling dates, sites sampled per measurement, number of samples collected per measurement and presence of colistin-resistant Enterobacterales.

1.

Colistin use per farm expressed as TiDDDVet.

2.

Colistin use per farm expressed as TiDDDVet.

3.

Colistin use per farm expressed as TiDDDVet.

4.

Colistin use per farm expressed as TiDDDVet.

5.

Colistin use per farm expressed as TiDDDVet.

6.

Colistin use per farm expressed as TiDDDVet.

7.

Colistin use per farm expressed as TiDDDVet.

8.

Colistin use per farm expressed as TiDDDVet.

9.

Colistin use per farm expressed as TiDDDVet.